Diff: rfc9980.original.xml

	rfc9980.original.xml	rfc9980.xml

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	<front>	<front>
	<title abbrev="PQC in OpenPGP">Post-Quantum Cryptography in OpenPGP</title>	<title abbrev="PQC in OpenPGP">Post-Quantum Cryptography in OpenPGP</title>

	<seriesInfo name="Internet-Draft" value="draft-ietf-openpgp-pqc-17"/>	<seriesInfo name="RFC" value="9980"/>
	<author initials="S." surname="Kousidis" fullname="Stavros Kousidis">	<author initials="S." surname="Kousidis" fullname="Stavros Kousidis">
	<organization>BSI</organization>	<organization>BSI</organization>
	<address>	<address>
	<postal>	<postal>
	<country>Germany</country>	<country>Germany</country>
	</postal>	</postal>
	<email>kousidis.ietf@gmail.com</email>	<email>kousidis.ietf@gmail.com</email>
	</address>	</address>
	</author>	</author>
	<author initials="J." surname="Roth" fullname="Johannes Roth">	<author initials="J." surname="Roth" fullname="Johannes Roth">

	skipping to change at line 51 ¶	skipping to change at line 53 ¶
	</author>	</author>
	<author initials="A." surname="Wussler" fullname="Aron Wussler">	<author initials="A." surname="Wussler" fullname="Aron Wussler">
	<organization>Proton AG</organization>	<organization>Proton AG</organization>
	<address>	<address>
	<postal>	<postal>
	<country>Switzerland</country>	<country>Switzerland</country>
	</postal>	</postal>
	<email>aron@wussler.it</email>	<email>aron@wussler.it</email>
	</address>	</address>
	</author>	</author>

	<date year="2026" month="January" day="13"/>	<date year="2026" month="May"/>
	<area>sec</area>	<area>SEC</area>
	<workgroup>Network Working Group</workgroup>	<workgroup>openpgp</workgroup>
	<keyword>Internet-Draft</keyword>
	<abstract>
	<?line 222?>


	<t>This document defines a post-quantum public key algorithm extension for the O	<!-- [rfced] Please insert any keywords (beyond those that appear in
	penPGP protocol, extending RFC9580.	the title) for use on https://www.rfc-editor.org/search. -->

		<keyword>example</keyword>

		<abstract>
		<t>This document defines a post-quantum public key algorithm extension for the O
		penPGP protocol, extending RFC 9580.
	Given the generally assumed threat of a cryptographically relevant quantum compu ter, this extension provides a basis for long-term secure OpenPGP signatures and ciphertexts.	Given the generally assumed threat of a cryptographically relevant quantum compu ter, this extension provides a basis for long-term secure OpenPGP signatures and ciphertexts.

	Specifically, it defines composite public key encryption based on ML-KEM (former ly CRYSTALS-Kyber), composite public key signatures based on ML-DSA (formerly CR YSTALS-Dilithium), both in combination with elliptic curve cryptography, and SLH -DSA (formerly SPHINCS+) as a standalone public key signature scheme.</t>	Specifically, it defines composite public key encryption based on ML-KEM (former ly CRYSTALS-Kyber), composite public key signatures based on ML-DSA (formerly CR YSTALS-Dilithium), both in combination with Elliptic Curve Cryptography (ECC), a nd SLH-DSA (formerly SPHINCS+) as a standalone public key signature scheme.</t>
	</abstract>	</abstract>

	<note removeInRFC="true">
	<name>About This Document</name>
	<t>
	Status information for this document may be found at <eref target="https
	://datatracker.ietf.org/doc/draft-ietf-openpgp-pqc/"/>.
	</t>
	<t>
	Discussion of this document takes place on the
	WG Working Group mailing list (<eref target="mailto:openpgp@ietf.org"/>)
	,
	which is archived at <eref target="https://mailarchive.ietf.org/arch/bro
	wse/openpgp/"/>.
	Subscribe at <eref target="https://www.ietf.org/mailman/listinfo/openpgp
	/"/>.
	</t>
	<t>Source for this draft and an issue tracker can be found at
	<eref target="https://github.com/openpgp-pqc/draft-openpgp-pqc"/>.</t>
	</note>
	</front>	</front>
	<middle>	<middle>

	<?line 228?>


	<section anchor="introduction">	<section anchor="introduction">
	<name>Introduction</name>	<name>Introduction</name>
	<t>The OpenPGP protocol <xref target="RFC9580"/> supports various traditio nal public key algorithms based on the factoring or discrete logarithm problem.	<t>The OpenPGP protocol <xref target="RFC9580"/> supports various traditio nal public key algorithms based on the factoring or discrete logarithm problem.

	As the security of algorithms based on these mathematical problems is endangered	As the security of algorithms based on these mathematical problems is endangered
	by the advent of quantum computers, there is a need to extend OpenPGP with algo	by the advent of quantum computers, there is a need to extend OpenPGP with algo
	rithms that remain secure in the presence of a cryptographically relevant quantu	rithms that remain secure in the presence of a Cryptographically Relevant Quantu
	m computer (CRQC), i.e., a quantum computer with sufficient capacity to break tr	m Computer (CRQC), i.e., a quantum computer with sufficient capacity to break tr
	aditional public key cryptography.</t>	aditional public key cryptography.</t>
	<t>Such cryptographic algorithms are referred to as post-quantum cryptogra	<t>Such cryptographic algorithms are referred to as "Post-Quantum Cryptogr
	phy (PQC).	aphy" (or "PQC").
	The algorithms defined in this extension were chosen for standardization by the	The algorithms defined in this extension were chosen for standardization b
	US National Institute of Standards and Technology (NIST) in mid-2022 <xref targe	y the US National Institute of Standards and Technology (NIST) in mid-2022 <xref
	t="NISTIR-8413"/> as the result of the NIST Post-Quantum Cryptography Standardiz	target="NISTIR-8413"/> as the result of the NIST Post-Quantum Cryptography Stan
	ation process initiated in 2016 <xref target="NIST-PQC"/>.	dardization process initiated in 2016 <xref target="NIST-PQC"/>.

		<!--[rfced] This sentence is difficult to parse please rephrase (and
		perhaps consider breaking up into multiple sentences).

		Original:
		Namely, these are ML-KEM [FIPS-203] as a Key Encapsulation Mechanism
		(KEM), a KEM being a modern building block for public key encryption,
		and ML-DSA [FIPS-204] as well as SLH-DSA [FIPS-205] as signature
		schemes.

		-->
	Namely, these are ML-KEM <xref target="FIPS-203"/> as a Key Encapsulation Mechan ism (KEM), a KEM being a modern building block for public key encryption, and ML -DSA <xref target="FIPS-204"/> as well as SLH-DSA <xref target="FIPS-205"/> as s ignature schemes.</t>	Namely, these are ML-KEM <xref target="FIPS-203"/> as a Key Encapsulation Mechan ism (KEM), a KEM being a modern building block for public key encryption, and ML -DSA <xref target="FIPS-204"/> as well as SLH-DSA <xref target="FIPS-205"/> as s ignature schemes.</t>

	<t>For the two ML-* schemes, this document follows the conservative strate	<t>For the ML-KEM and ML-DSA schemes, this document follows the conservati
	gy to deploy post-quantum in combination with traditional schemes such that the	ve strategy to deploy post-quantum in combination with traditional schemes such
	security is retained even if all schemes but one in the combination are broken.	that the security is retained even if all schemes but one in the combination are
	Such combinations are referred to as multi-algorithm or "post-quantum/traditiona	broken.
	l" (PQ/T) hybrid algorithms.	Such combinations are referred to as "multi-algorithm" or "post-quantum/traditio
		nal" (or "PQ/T") hybrid algorithms.
	In contrast, the stateless hash-based signature scheme SLH-DSA is considered to be sufficiently well understood with respect to its security assumptions in orde r to be used standalone.	In contrast, the stateless hash-based signature scheme SLH-DSA is considered to be sufficiently well understood with respect to its security assumptions in orde r to be used standalone.

	To this end, this document specifies the following new set: SLH-DSA standalone a nd the two ML-* as composite with ECC-based KEM and digital signature schemes.	To this end, this document specifies the following new set: SLH-DSA standalone a nd the two ML-* as composite with KEM based on ECC and digital signature schemes .
	Here, the term "composite" indicates that any data structure or algorithm pertai ning to the combination of the two components appears as a single data structure or algorithm from the protocol perspective.</t>	Here, the term "composite" indicates that any data structure or algorithm pertai ning to the combination of the two components appears as a single data structure or algorithm from the protocol perspective.</t>

	<t>This document extends <xref target="RFC9580"/> by adding KEM and signat ure algorithms specified in <xref target="composite-kem-section"/>, <xref target ="composite-signature-section"/>, and <xref target="slhdsa-section"/> and specif ies the conventions for interoperability between compliant OpenPGP implementatio ns.</t>	<t>This document extends <xref target="RFC9580"/> by adding KEM and signat ure algorithms specified in Sections <xref target="composite-kem-section" format ="counter"/>, <xref target="composite-signature-section" format="counter"/>, and <xref target="slhdsa-section" format="counter"/> and specifies the conventions for interoperability between compliant OpenPGP implementations.</t>
	<section anchor="conventions-used-in-this-document">	<section anchor="conventions-used-in-this-document">

	<name>Conventions used in this Document</name>	<name>Conventions Used In This Document</name>
	<t>The key words "<bcp14>MUST</bcp14>", "<bcp14>MUST NOT</bcp14>", "<bcp	<t>
	14>REQUIRED</bcp14>", "<bcp14>SHALL</bcp14>", "<bcp14>SHALL	The key words "<bcp14>MUST</bcp14>", "<bcp14>MUST NOT</bcp14>", "<bcp14>REQU
	NOT</bcp14>", "<bcp14>SHOULD</bcp14>", "<bcp14>SHOULD NOT</bcp14>", "<bcp14>RECO	IRED</bcp14>", "<bcp14>SHALL</bcp14>", "<bcp14>SHALL
	MMENDED</bcp14>", "<bcp14>NOT RECOMMENDED</bcp14>",	NOT</bcp14>", "<bcp14>SHOULD</bcp14>", "<bcp14>SHOULD NOT</bcp14>", "<bcp14>
	"<bcp14>MAY</bcp14>", and "<bcp14>OPTIONAL</bcp14>" in this document are to be i	RECOMMENDED</bcp14>", "<bcp14>NOT RECOMMENDED</bcp14>",
	nterpreted as	"<bcp14>MAY</bcp14>", and "<bcp14>OPTIONAL</bcp14>" in this document are to
	described in BCP 14 <xref target="RFC2119"/> <xref target="RFC8174"/> when, and	be interpreted as
	only when, they	described in BCP 14 <xref target="RFC2119"/> <xref target="RFC8174"/>
	appear in all capitals, as shown here.</t>	when, and only when, they appear in all capitals, as shown here.
	<?line -18?>	</t>
		<t>In wire format descriptions, the operator "<tt>\|\|</tt>" is used to ind
	<t>In wire format descriptions, the operator "<tt>\|\|</tt>" is used to indicate c	icate concatenation of groups of octets.</t>
	oncatenation of groups of octets.</t>
	<section anchor="terminology-for-multi-algorithm-schemes">	<section anchor="terminology-for-multi-algorithm-schemes">
	<name>Terminology for Multi-Algorithm Schemes</name>	<name>Terminology for Multi-Algorithm Schemes</name>


		<!--[rfced] Would it make sense to include the following sentences
		from the subsections of 5.1 and Section 6 in the Terminology
		section?

		Original:
		Throughout this specification EdDSA refers to the PureEdDSA variant
		defined in [RFC8032].

		Original:
		Throughout this specification ML-DSA refers to the default pure and
		hedged version of ML-DSA defined in [FIPS-204].

		Original:
		Throughout this specification SLH-DSA refers to the default pure and
		hedged version of SLH-DSA defined in [FIPS-205].

		-->

	<t>The terminology in this document is oriented towards the definition s in <xref target="RFC9794"/>.	<t>The terminology in this document is oriented towards the definition s in <xref target="RFC9794"/>.
	Specifically, the terms "multi-algorithm", "composite" and "non-composite" are u sed in correspondence with the definitions therein.	Specifically, the terms "multi-algorithm", "composite" and "non-composite" are u sed in correspondence with the definitions therein.
	The abbreviation "PQ" is used for post-quantum schemes.	The abbreviation "PQ" is used for post-quantum schemes.
	To denote the combination of post-quantum and traditional schemes, the abbreviat ion "PQ/T" is used.	To denote the combination of post-quantum and traditional schemes, the abbreviat ion "PQ/T" is used.
	The short form "PQ(/T)" stands for PQ or PQ/T.</t>	The short form "PQ(/T)" stands for PQ or PQ/T.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="post-quantum-cryptography">	<section anchor="post-quantum-cryptography">
	<name>Post-Quantum Cryptography</name>	<name>Post-Quantum Cryptography</name>
	<t>This section describes the individual post-quantum cryptographic sche mes.	<t>This section describes the individual post-quantum cryptographic sche mes.
	All schemes listed here are designed to provide security in the presence of a CR QC.	All schemes listed here are designed to provide security in the presence of a CR QC.

	However, the mathematical problems on which the two ML-* schemes and SLH-DSA are based, are fundamentally different, and accordingly the level of trust commonly placed in them as well as their performance characteristics vary.</t>	However, the mathematical problems on which the two ML-* schemes and SLH-DSA are based are fundamentally different, and, accordingly, the level of trust commonl y placed in them as well as their performance characteristics vary.</t>
	<section anchor="mlkem-intro">	<section anchor="mlkem-intro">
	<name>ML-KEM</name>	<name>ML-KEM</name>
	<t>ML-KEM <xref target="FIPS-203"/> is based on the hardness of solvin g the Learning with Errors problem in module lattices (MLWE).	<t>ML-KEM <xref target="FIPS-203"/> is based on the hardness of solvin g the Learning with Errors problem in module lattices (MLWE).
	The scheme is believed to provide security against cryptanalytic attacks based o n classical as well as quantum algorithms.	The scheme is believed to provide security against cryptanalytic attacks based o n classical as well as quantum algorithms.

	This specification defines ML-KEM only in composite combination with ECDH encryp tion schemes in order to provide a pre-quantum security fallback.</t>	This specification defines ML-KEM only in composite combination with Elliptic Cu rve Diffie-Hellman (ECDH) encryption schemes in order to provide a pre-quantum s ecurity fallback.</t>
	</section>	</section>
	<section anchor="mldsa-intro">	<section anchor="mldsa-intro">


	<name>ML-DSA</name>	<name>ML-DSA</name>

	<t>ML-DSA <xref target="FIPS-204"/> is a signature scheme that, like M	<t>ML-DSA <xref target="FIPS-204"/> is a signature scheme that, like M
	L-KEM, is based on the hardness of solving the Learning With Errors problem and	L-KEM, is based on the hardness of solving the MLWE problem and a variant of the
	a variant of the Short Integer Solution problem in module lattices (MLWE and Sel	Short Integer Solution problem in module lattices (MLWE and SelfTargetMSIS).
	fTargetMSIS).	Accordingly, this specification only defines ML-DSA in composite combination wit
	Accordingly, this specification only defines ML-DSA in composite combination wit	h Edwards-Curve Digital Signature Algorithm (EdDSA) signature schemes.</t>
	h EdDSA signature schemes.</t>
	</section>	</section>
	<section anchor="slh-dsa">	<section anchor="slh-dsa">
	<name>SLH-DSA</name>	<name>SLH-DSA</name>
	<t>SLH-DSA <xref target="FIPS-205"/> is a stateless hash-based signatu re scheme.	<t>SLH-DSA <xref target="FIPS-205"/> is a stateless hash-based signatu re scheme.
	Its security relies on the hardness of finding preimages for cryptographic hash functions.	Its security relies on the hardness of finding preimages for cryptographic hash functions.
	This feature is generally considered to be a high security guarantee.	This feature is generally considered to be a high security guarantee.
	Therefore, this specification defines SLH-DSA as a standalone signature scheme.< /t>	Therefore, this specification defines SLH-DSA as a standalone signature scheme.< /t>

	<t>In deployments the performance characteristics of SLH-DSA should be taken into account.	<t>In deployments, the performance characteristics of SLH-DSA should b e taken into account.
	The performance characteristics of this scheme are discussed in <xref target="pe rformance-considerations"/>.</t>	The performance characteristics of this scheme are discussed in <xref target="pe rformance-considerations"/>.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="elliptic-curve-cryptography">	<section anchor="elliptic-curve-cryptography">
	<name>Elliptic Curve Cryptography</name>	<name>Elliptic Curve Cryptography</name>

	<t>ECDH encryption is defined here as a KEM via X25519 and X448 which ar e defined in <xref target="RFC7748"/>.	<t>ECDH encryption is defined here as a KEM via X25519 and X448, which a re defined in <xref target="RFC7748"/>.
	EdDSA as defined in <xref target="RFC8032"/> is used as the elliptic curve-based digital signature scheme.</t>	EdDSA as defined in <xref target="RFC8032"/> is used as the elliptic curve-based digital signature scheme.</t>
	</section>	</section>
	<section anchor="multi-algo-schemes">	<section anchor="multi-algo-schemes">
	<name>Standalone and Multi-Algorithm Schemes</name>	<name>Standalone and Multi-Algorithm Schemes</name>
	<t>This section provides a categorization of the new algorithms and thei r combinations.</t>	<t>This section provides a categorization of the new algorithms and thei r combinations.</t>
	<section anchor="composite-multi-alg">	<section anchor="composite-multi-alg">
	<name>Standalone and Composite Multi-Algorithm Schemes</name>	<name>Standalone and Composite Multi-Algorithm Schemes</name>
	<t>This specification introduces new cryptographic schemes, which can be categorized as follows:</t>	<t>This specification introduces new cryptographic schemes, which can be categorized as follows:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>PQ/T multi-algorithm public key encryption, namely a composite combination of ML-KEM with ECDH,</t>	<t>PQ/T multi-algorithm public key encryption, namely a composite combination of ML-KEM with ECDH,</t>
	</li>	</li>
	<li>	<li>

	<t>PQ/T multi-algorithm digital signature, namely composite combin ations of ML-DSA with EdDSA,</t>	<t>PQ/T multi-algorithm digital signature, namely composite combin ations of ML-DSA with EdDSA, and</t>
	</li>	</li>
	<li>	<li>
	<t>PQ digital signature, namely SLH-DSA as a standalone cryptograp hic algorithm.</t>	<t>PQ digital signature, namely SLH-DSA as a standalone cryptograp hic algorithm.</t>
	</li>	</li>
	</ul>	</ul>
	<t>For each of the composite schemes, this specification mandates that the consuming party successfully perform the cryptographic algorithms for each of the component schemes used in a cryptographic message, for the message to be deciphered and considered as valid.	<t>For each of the composite schemes, this specification mandates that the consuming party successfully perform the cryptographic algorithms for each of the component schemes used in a cryptographic message, for the message to be deciphered and considered as valid.
	This means that all component signatures must be verified successfully to achiev e a successful verification of the composite signature.	This means that all component signatures must be verified successfully to achiev e a successful verification of the composite signature.
	In the case of the composite public key decryption, each of the component KEM de capsulation operations must succeed.</t>	In the case of the composite public key decryption, each of the component KEM de capsulation operations must succeed.</t>
	</section>	</section>
	<section anchor="non-composite-multi-alg">	<section anchor="non-composite-multi-alg">

	skipping to change at line 177 ¶	skipping to change at line 198 ¶
	Furthermore, multiple OpenPGP signatures may be combined on the application laye r.	Furthermore, multiple OpenPGP signatures may be combined on the application laye r.
	These latter two cases realize non-composite combinations of signatures.	These latter two cases realize non-composite combinations of signatures.
	<xref target="multiple-signatures"/> specifies how implementations should handle the verification of such combinations of signatures.</t>	<xref target="multiple-signatures"/> specifies how implementations should handle the verification of such combinations of signatures.</t>
	<t>Furthermore, the OpenPGP protocol also allows parallel encryption t o different keys by using multiple Public Key Encrypted Session Key (PKESK) pack ets, thus realizing non-composite multi-algorithm public key encryption.</t>	<t>Furthermore, the OpenPGP protocol also allows parallel encryption t o different keys by using multiple Public Key Encrypted Session Key (PKESK) pack ets, thus realizing non-composite multi-algorithm public key encryption.</t>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	<section anchor="supported-public-key-algorithms">	<section anchor="supported-public-key-algorithms">
	<name>Supported Public Key Algorithms</name>	<name>Supported Public Key Algorithms</name>
	<t>This section specifies the composite ML-KEM + ECDH and ML-DSA + EdDSA s chemes as well as the standalone SLH-DSA signature scheme.	<t>This section specifies the composite ML-KEM + ECDH and ML-DSA + EdDSA s chemes as well as the standalone SLH-DSA signature scheme.

	All of these schemes are fully specified via their algorithm ID, that is, they a re not parametrized.</t>	All of these schemes are fully specified via their algorithm ID, that is, they a re not parameterized.</t>
	<section anchor="algorithm-specifications">	<section anchor="algorithm-specifications">
	<name>Algorithm Specifications</name>	<name>Algorithm Specifications</name>
	<t>For signatures, the following (composite) signature schemes are speci fied:</t>	<t>For signatures, the following (composite) signature schemes are speci fied:</t>
	<table anchor="sig-alg-specs">	<table anchor="sig-alg-specs">

	<name>Signature algorithm specifications</name>	<name>Signature Algorithm Specifications</name>
	<thead>	<thead>
	<tr>	<tr>
	<th align="right">ID</th>	<th align="right">ID</th>
	<th align="left">Algorithm</th>	<th align="left">Algorithm</th>
	<th align="left">Requirement</th>	<th align="left">Requirement</th>
	<th align="left">Definition</th>	<th align="left">Definition</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>

	skipping to change at line 236 ¶	skipping to change at line 257 ¶
	<td align="left">SLH-DSA-SHAKE-256s</td>	<td align="left">SLH-DSA-SHAKE-256s</td>
	<td align="left">	<td align="left">
	<bcp14>MAY</bcp14></td>	<bcp14>MAY</bcp14></td>
	<td align="left">	<td align="left">
	<xref target="slhdsa"/></td>	<xref target="slhdsa"/></td>
	</tr>	</tr>
	</tbody>	</tbody>
	</table>	</table>
	<t>For encryption, the following composite KEM schemes are specified:</t >	<t>For encryption, the following composite KEM schemes are specified:</t >
	<table anchor="kem-alg-specs">	<table anchor="kem-alg-specs">

	<name>KEM algorithm specifications</name>	<name>KEM Algorithm Specifications</name>
	<thead>	<thead>
	<tr>	<tr>
	<th align="left">ID</th>	<th align="left">ID</th>
	<th align="left">Algorithm</th>	<th align="left">Algorithm</th>
	<th align="left">Requirement</th>	<th align="left">Requirement</th>
	<th align="left">Definition</th>	<th align="left">Definition</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>

	skipping to change at line 266 ¶	skipping to change at line 287 ¶
	<td align="left">ML-KEM-1024+X448</td>	<td align="left">ML-KEM-1024+X448</td>
	<td align="left">	<td align="left">
	<bcp14>SHOULD</bcp14></td>	<bcp14>SHOULD</bcp14></td>
	<td align="left">	<td align="left">
	<xref target="ecc-mlkem"/></td>	<xref target="ecc-mlkem"/></td>
	</tr>	</tr>
	</tbody>	</tbody>
	</table>	</table>
	<t>A conformant implementation <bcp14>MUST</bcp14> implement ML-DSA-65+E d25519 and ML-KEM-768+X25519.	<t>A conformant implementation <bcp14>MUST</bcp14> implement ML-DSA-65+E d25519 and ML-KEM-768+X25519.
	It <bcp14>SHOULD</bcp14> also implement ML-DSA-87+Ed448 and ML-KEM-1024+X448,	It <bcp14>SHOULD</bcp14> also implement ML-DSA-87+Ed448 and ML-KEM-1024+X448,

	but may omit them if targeting a highly constrained environment.	but it may omit them if targeting a highly constrained environment.
	An implementation <bcp14>MAY</bcp14> implement any of the SLH-DSA algorithms.</t >	An implementation <bcp14>MAY</bcp14> implement any of the SLH-DSA algorithms.</t >

	<t>The specified algorithm IDs offer two security levels for each scheme	<t>The specified algorithm IDs offer two security levels for each scheme
	, for a tradeoff between security and performance.	, for a trade-off between security and performance.
	The SLH-DSA algorithms offer an additional performance tradeoff between signatur	The SLH-DSA algorithms offer an additional performance trade-off between signatu
	e generation time ("128f" is faster) and signature size ("128s" is smaller) at t	re generation time ("128f" is faster) and signature size ("128s" is smaller) at
	he lower of the two SLH-DSA security levels.	the lower of the two SLH-DSA security levels.
	The larger parameter sets of ML-DSA and ML-KEM (Algorithm IDs 31 and 36) are rec ommended to support interoperability, but they are not required for compliance.	The larger parameter sets of ML-DSA and ML-KEM (Algorithm IDs 31 and 36) are rec ommended to support interoperability, but they are not required for compliance.
	Implementations targeting highly constrained environments may omit these larger variants.</t>	Implementations targeting highly constrained environments may omit these larger variants.</t>
	<t>For SLH-DSA-SHAKE-256, only the "small" variant is offered to contain signature size.	<t>For SLH-DSA-SHAKE-256, only the "small" variant is offered to contain signature size.
	See also <xref target="performance-considerations"/> for further considerations about parameter choices.</t>	See also <xref target="performance-considerations"/> for further considerations about parameter choices.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="algorithm-combinations">	<section anchor="algorithm-combinations">
	<name>Algorithm Combinations</name>	<name>Algorithm Combinations</name>
	<section anchor="composite-kem">	<section anchor="composite-kem">
	<name>Composite KEMs</name>	<name>Composite KEMs</name>

	<t>The ML-KEM + ECDH public key encryption involves both the ML-KEM and an ECDH KEM in an a priori non-separable manner.	<t>The ML-KEM + ECDH public key encryption involves both the ML-KEM and an ECDH KEM in an a priori inseparable manner.
	This is achieved via KEM combination, that is, both key encapsulations/decapsula tions are performed in parallel, and the resulting key shares are fed into a key combiner to produce a single shared secret for message encryption.</t>	This is achieved via KEM combination, that is, both key encapsulations/decapsula tions are performed in parallel, and the resulting key shares are fed into a key combiner to produce a single shared secret for message encryption.</t>
	<t>As explained in <xref target="non-composite-multi-alg"/>, the OpenPGP protocol inherently supports parallel encryption to different keys.	<t>As explained in <xref target="non-composite-multi-alg"/>, the OpenPGP protocol inherently supports parallel encryption to different keys.
	Note that the confidentiality of a message is not post-quantum secure when encry pting to different keys unless all keys support PQ(/T) encryption schemes.</t>	Note that the confidentiality of a message is not post-quantum secure when encry pting to different keys unless all keys support PQ(/T) encryption schemes.</t>
	</section>	</section>
	<section anchor="composite-signatures">	<section anchor="composite-signatures">
	<name>Composite Signatures</name>	<name>Composite Signatures</name>
	<t>The ML-DSA + EdDSA signature consists of independent ML-DSA and EdDSA signatures, and an implementation <bcp14>MUST</bcp14> successfully validate bot h signatures to state that the ML-DSA + EdDSA signature is valid.</t>	<t>The ML-DSA + EdDSA signature consists of independent ML-DSA and EdDSA signatures, and an implementation <bcp14>MUST</bcp14> successfully validate bot h signatures to state that the ML-DSA + EdDSA signature is valid.</t>
	</section>	</section>
	<section anchor="multiple-signatures">	<section anchor="multiple-signatures">
	<name>Multiple Signatures</name>	<name>Multiple Signatures</name>

	skipping to change at line 302 ¶	skipping to change at line 323 ¶
	<t>An implementation <bcp14>MAY</bcp14> sign a message with a traditiona l key and a PQ(/T) key from the same sender.	<t>An implementation <bcp14>MAY</bcp14> sign a message with a traditiona l key and a PQ(/T) key from the same sender.
	This ensures backwards compatibility due to <xref section="5.2.5" sectionFormat= "of" target="RFC9580"/>, since a legacy implementation without PQ(/T) support ca n fall back on the traditional signature.</t>	This ensures backwards compatibility due to <xref section="5.2.5" sectionFormat= "of" target="RFC9580"/>, since a legacy implementation without PQ(/T) support ca n fall back on the traditional signature.</t>
	<t>Newer implementations with PQ(/T) support <bcp14>MAY</bcp14> ignore t he traditional signature(s) during validation.</t>	<t>Newer implementations with PQ(/T) support <bcp14>MAY</bcp14> ignore t he traditional signature(s) during validation.</t>
	<t>Implementations <bcp14>SHOULD</bcp14> consider the message correctly signed if at least one of the non-ignored signatures validates successfully.	<t>Implementations <bcp14>SHOULD</bcp14> consider the message correctly signed if at least one of the non-ignored signatures validates successfully.
	This is consistent with <xref section="5.2.5" sectionFormat="of" target="RFC9580 "/>.</t>	This is consistent with <xref section="5.2.5" sectionFormat="of" target="RFC9580 "/>.</t>
	</section>	</section>
	<section anchor="ecc-requirements">	<section anchor="ecc-requirements">
	<name>ECC Requirements</name>	<name>ECC Requirements</name>
	<t>Even though the zero point, also called the point at infinity, may oc cur as a result of arithmetic operations on points of an elliptic curve, it <bcp 14>MUST NOT</bcp14> appear in any ECC data structure defined in this document.	<t>Even though the zero point, also called the point at infinity, may oc cur as a result of arithmetic operations on points of an elliptic curve, it <bcp 14>MUST NOT</bcp14> appear in any ECC data structure defined in this document.
	An implementation <bcp14>MAY</bcp14> signal an error if this condition is encoun tered.</t>	An implementation <bcp14>MAY</bcp14> signal an error if this condition is encoun tered.</t>

	<t>Furthermore, when performing the explicitly listed operations in <xre f target="x25519-kem"/> or <xref target="x448-kem"/> it is <bcp14>REQUIRED</bcp1 4> to follow the specification and security advisory mandated from the respectiv e elliptic curve specification <xref target="RFC7748"/>.</t>	<t>Furthermore, when performing the explicitly listed operations in Sect ions <xref target="x25519-kem" format="counter"/> or <xref target="x448-kem" for mat="counter"/>, it is <bcp14>REQUIRED</bcp14> to follow the specification and s ecurity advisory mandated from the respective elliptic curve specification <xref target="RFC7748"/>.</t>
	</section>	</section>
	<section anchor="key-version-binding">	<section anchor="key-version-binding">
	<name>Key Version Binding</name>	<name>Key Version Binding</name>
	<t>All PQ(/T) asymmetric algorithms are to be used only in v6 (and newer ) keys and certificates, with the single exception of ML-KEM-768+X25519 (algorit hm ID 35), which is also allowed in v4 encryption-capable subkeys.</t>	<t>All PQ(/T) asymmetric algorithms are to be used only in v6 (and newer ) keys and certificates, with the single exception of ML-KEM-768+X25519 (algorit hm ID 35), which is also allowed in v4 encryption-capable subkeys.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="composite-kem-section">	<section anchor="composite-kem-section">
	<name>Composite KEM Schemes</name>	<name>Composite KEM Schemes</name>
	<section anchor="building-blocks">	<section anchor="building-blocks">
	<name>Building Blocks</name>	<name>Building Blocks</name>
	<section anchor="ecc-kem">	<section anchor="ecc-kem">
	<name>ECDH KEM</name>	<name>ECDH KEM</name>
	<t>In this section, the encryption, decryption, and data formats for t he ECDH component of the composite algorithms are defined.</t>	<t>In this section, the encryption, decryption, and data formats for t he ECDH component of the composite algorithms are defined.</t>
	<t><xref target="tab-ecdh-cfrg-artifacts"/> describes the ECDH KEM par ameters and artifact lengths.	<t><xref target="tab-ecdh-cfrg-artifacts"/> describes the ECDH KEM par ameters and artifact lengths.
	The artifacts in <xref target="tab-ecdh-cfrg-artifacts"/> follow the encodings d escribed in <xref target="RFC7748"/>.</t>	The artifacts in <xref target="tab-ecdh-cfrg-artifacts"/> follow the encodings d escribed in <xref target="RFC7748"/>.</t>
	<table anchor="tab-ecdh-cfrg-artifacts">	<table anchor="tab-ecdh-cfrg-artifacts">

	<name>Montgomery curve parameters and artifact lengths</name>	<name>Montgomery Curve Parameters and Artifact Lengths</name>
	<thead>	<thead>
	<tr>	<tr>

	<th align="left"> </th>	<th align="left"/>
	<th align="left">X25519</th>	<th align="left">X25519</th>
	<th align="left">X448</th>	<th align="left">X448</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="left">Algorithm ID reference</td>	<td align="left">Algorithm ID reference</td>
	<td align="left">35</td>	<td align="left">35</td>
	<td align="left">36</td>	<td align="left">36</td>
	</tr>	</tr>

	skipping to change at line 363 ¶	skipping to change at line 384 ¶
	<tr>	<tr>
	<td align="left">ECDH key share</td>	<td align="left">ECDH key share</td>
	<td align="left">32 octets</td>	<td align="left">32 octets</td>
	<td align="left">56 octets</td>	<td align="left">56 octets</td>
	</tr>	</tr>
	</tbody>	</tbody>
	</table>	</table>
	<t>The various procedures to perform the operations of an ECDH KEM are defined in the following subsections.	<t>The various procedures to perform the operations of an ECDH KEM are defined in the following subsections.
	Specifically, each of these subsections defines the instances of the following o perations:</t>	Specifically, each of these subsections defines the instances of the following o perations:</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(ecdhCipherText, ecdhKeyShare) <- ECDH-KEM.Encaps(ecdhPublicKey)	(ecdhCipherText, ecdhKeyShare) <- ECDH-KEM.Encaps(ecdhPublicKey)]]></artwork>
	]]></artwork>
	<t>and</t>	<t>and</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(ecdhKeyShare) <- ECDH-KEM.Decaps(ecdhCipherText, ecdhSecretKey)	(ecdhKeyShare) <- ECDH-KEM.Decaps(ecdhCipherText, ecdhSecretKey)]]></artwork>
	]]></artwork>
	<t>To instantiate <tt>ECDH-KEM</tt>, one must select a parameter set f rom <xref target="tab-ecdh-cfrg-artifacts"/>.</t>	<t>To instantiate <tt>ECDH-KEM</tt>, one must select a parameter set f rom <xref target="tab-ecdh-cfrg-artifacts"/>.</t>
	<section anchor="x25519-kem">	<section anchor="x25519-kem">
	<name>X25519-KEM</name>	<name>X25519-KEM</name>
	<t>The encapsulation and decapsulation operations of <tt>X25519-KEM< /tt> are described using the function <tt>X25519()</tt> and encodings defined in <xref target="RFC7748"/>.	<t>The encapsulation and decapsulation operations of <tt>X25519-KEM< /tt> are described using the function <tt>X25519()</tt> and encodings defined in <xref target="RFC7748"/>.

	The <tt>ecdhSecretKey</tt> is denoted as <tt>r</tt>, the <tt>ecdhPublicKey</tt> as <tt>R</tt>, they are subject to the equation <tt>R = X25519(r, U(P))</tt>.	The <tt>ecdhSecretKey</tt> is denoted as <tt>r</tt> and the <tt>ecdhPublicKey</t t> as <tt>R</tt>; they are subject to the equation <tt>R = X25519(r, U(P))</tt>.
	Here, <tt>U(P)</tt> denotes the u-coordinate of the base point of Curve25519.</t >	Here, <tt>U(P)</tt> denotes the u-coordinate of the base point of Curve25519.</t >
	<t>The operation <tt>X25519-KEM.Encaps()</tt> is defined as follows: </t>	<t>The operation <tt>X25519-KEM.Encaps()</tt> is defined as follows: </t>
	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Generate an ephemeral key pair {<tt>v</tt>, <tt>V</tt>} via < tt>V = X25519(v,U(P))</tt> where <tt>v</tt> is a randomly generated octet string with a length of 32 octets</t>	<t>Generate an ephemeral key pair {<tt>v</tt>, <tt>V</tt>} via < tt>V = X25519(v,U(P))</tt> where <tt>v</tt> is a randomly generated octet string with a length of 32 octets</t>
	</li>	</li>
	<li>	<li>
	<t>Compute the shared coordinate <tt>X = X25519(v, R)</tt> where <tt>R</tt> is the recipient's public key <tt>ecdhPublicKey</tt></t>	<t>Compute the shared coordinate <tt>X = X25519(v, R)</tt> where <tt>R</tt> is the recipient's public key <tt>ecdhPublicKey</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Set the output <tt>ecdhCipherText</tt> to <tt>V</tt></t>	<t>Set the output <tt>ecdhCipherText</tt> to <tt>V</tt></t>

	skipping to change at line 401 ¶	skipping to change at line 422 ¶
	<t>Compute the shared coordinate <tt>X = X25519(r, V)</tt>, wher e <tt>r</tt> is the <tt>ecdhSecretKey</tt> and <tt>V</tt> is the <tt>ecdhCipherT ext</tt></t>	<t>Compute the shared coordinate <tt>X = X25519(r, V)</tt>, wher e <tt>r</tt> is the <tt>ecdhSecretKey</tt> and <tt>V</tt> is the <tt>ecdhCipherT ext</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Set the output <tt>ecdhKeyShare</tt> to <tt>X</tt></t>	<t>Set the output <tt>ecdhKeyShare</tt> to <tt>X</tt></t>
	</li>	</li>
	</ol>	</ol>
	</section>	</section>
	<section anchor="x448-kem">	<section anchor="x448-kem">
	<name>X448-KEM</name>	<name>X448-KEM</name>
	<t>The encapsulation and decapsulation operations of <tt>X448-KEM</t t> are described using the function <tt>X448()</tt> and encodings defined in <xr ef target="RFC7748"/>.	<t>The encapsulation and decapsulation operations of <tt>X448-KEM</t t> are described using the function <tt>X448()</tt> and encodings defined in <xr ef target="RFC7748"/>.

	The <tt>ecdhSecretKey</tt> is denoted as <tt>r</tt>, the <tt>ecdhPublicKey</tt> as <tt>R</tt>, they are subject to the equation <tt>R = X448(r, U(P))</tt>.	The <tt>ecdhSecretKey</tt> is denoted as <tt>r</tt> and the <tt>ecdhPublicKey</t t> as <tt>R</tt>; they are subject to the equation <tt>R = X448(r, U(P))</tt>.
	Here, <tt>U(P)</tt> denotes the u-coordinate of the base point of Curve448.</t>	Here, <tt>U(P)</tt> denotes the u-coordinate of the base point of Curve448.</t>
	<t>The operation <tt>X448-KEM.Encaps()</tt> is defined as follows:</ t>	<t>The operation <tt>X448-KEM.Encaps()</tt> is defined as follows:</ t>
	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Generate an ephemeral key pair {<tt>v</tt>, <tt>V</tt>} via < tt>V = X448(v,U(P))</tt> where <tt>v</tt> is a randomly generated octet string w ith a length of 56 octets</t>	<t>Generate an ephemeral key pair {<tt>v</tt>, <tt>V</tt>} via < tt>V = X448(v,U(P))</tt> where <tt>v</tt> is a randomly generated octet string w ith a length of 56 octets</t>
	</li>	</li>
	<li>	<li>
	<t>Compute the shared coordinate <tt>X = X448(v, R)</tt> where < tt>R</tt> is the recipient's public key <tt>ecdhPublicKey</tt></t>	<t>Compute the shared coordinate <tt>X = X448(v, R)</tt> where < tt>R</tt> is the recipient's public key <tt>ecdhPublicKey</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Set the output <tt>ecdhCipherText</tt> to <tt>V</tt></t>	<t>Set the output <tt>ecdhCipherText</tt> to <tt>V</tt></t>

	skipping to change at line 431 ¶	skipping to change at line 452 ¶
	<li>	<li>
	<t>Set the output <tt>ecdhKeyShare</tt> to <tt>X</tt></t>	<t>Set the output <tt>ecdhKeyShare</tt> to <tt>X</tt></t>
	</li>	</li>
	</ol>	</ol>
	</section>	</section>
	</section>	</section>
	<section anchor="mlkem-ops">	<section anchor="mlkem-ops">
	<name>ML-KEM</name>	<name>ML-KEM</name>
	<t>ML-KEM features the following operations:</t>	<t>ML-KEM features the following operations:</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(mlkemCipherText, mlkemKeyShare) <- ML-KEM.Encaps(mlkemPublicKey)	(mlkemCipherText, mlkemKeyShare) <- ML-KEM.Encaps(mlkemPublicKey)]]></artwork>
	]]></artwork>
	<t>and</t>	<t>and</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(mlkemKeyShare) <- ML-KEM.Decaps(mlkemCipherText, mlkemSecretKey)	(mlkemKeyShare) <- ML-KEM.Decaps(mlkemCipherText, mlkemSecretKey)]]></artwork>
	]]></artwork>
	<t>The above are the operations <tt>ML-KEM.Encaps</tt> and <tt>ML-KEM. Decaps</tt> defined in <xref target="FIPS-203"/>.	<t>The above are the operations <tt>ML-KEM.Encaps</tt> and <tt>ML-KEM. Decaps</tt> defined in <xref target="FIPS-203"/>.
	Note that <tt>mlkemPublicKey</tt> is the encapsulation and <tt>mlkemSecretKey</t t> is the decapsulation key.</t>	Note that <tt>mlkemPublicKey</tt> is the encapsulation and <tt>mlkemSecretKey</t t> is the decapsulation key.</t>

	<t>ML-KEM has the parametrization with the corresponding artifact leng ths in octets as given in <xref target="tab-mlkem-artifacts"/>.	<t>ML-KEM has the parameterization with the corresponding artifact len gths in octets as given in <xref target="tab-mlkem-artifacts"/>.
	All artifacts are encoded as defined in <xref target="FIPS-203"/>.</t>	All artifacts are encoded as defined in <xref target="FIPS-203"/>.</t>
	<table anchor="tab-mlkem-artifacts">	<table anchor="tab-mlkem-artifacts">

	<name>ML-KEM parameters and artifact lengths</name>	<name>ML-KEM Parameters and Artifact Lengths</name>
	<thead>	<thead>
	<tr>	<tr>

	<th align="left"> </th>	<th align="left"/>
	<th align="left">ML-KEM-768</th>	<th align="left">ML-KEM-768</th>
	<th align="left">ML-KEM-1024</th>	<th align="left">ML-KEM-1024</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="left">Algorithm ID reference</td>	<td align="left">Algorithm ID reference</td>
	<td align="left">35</td>	<td align="left">35</td>
	<td align="left">36</td>	<td align="left">36</td>
	</tr>	</tr>

	skipping to change at line 485 ¶	skipping to change at line 505 ¶
	</tr>	</tr>
	</tbody>	</tbody>
	</table>	</table>
	<t>To instantiate <tt>ML-KEM</tt>, one must select a parameter set fro m the column "ML-KEM" of <xref target="tab-mlkem-artifacts"/>.</t>	<t>To instantiate <tt>ML-KEM</tt>, one must select a parameter set fro m the column "ML-KEM" of <xref target="tab-mlkem-artifacts"/>.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="ecc-mlkem">	<section anchor="ecc-mlkem">
	<name>Composite Encryption Schemes with ML-KEM</name>	<name>Composite Encryption Schemes with ML-KEM</name>
	<t><xref target="kem-alg-specs"/> specifies the following ML-KEM + ECDH composite public key encryption schemes:</t>	<t><xref target="kem-alg-specs"/> specifies the following ML-KEM + ECDH composite public key encryption schemes:</t>
	<table anchor="tab-mlkem-ecc-composite">	<table anchor="tab-mlkem-ecc-composite">

	<name>ML-KEM + ECDH composite schemes</name>	<name>ML-KEM + ECDH Composite Schemes</name>
	<thead>	<thead>
	<tr>	<tr>
	<th align="right">Algorithm ID reference</th>	<th align="right">Algorithm ID reference</th>
	<th align="left">ML-KEM</th>	<th align="left">ML-KEM</th>
	<th align="left">ECDH-KEM</th>	<th align="left">ECDH-KEM</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="right">35</td>	<td align="right">35</td>

	skipping to change at line 518 ¶	skipping to change at line 538 ¶
	<li>	<li>
	<t>The ML-KEM encapsulation algorithm is invoked to create an ML-KEM ciphertext together with an ML-KEM symmetric key share.</t>	<t>The ML-KEM encapsulation algorithm is invoked to create an ML-KEM ciphertext together with an ML-KEM symmetric key share.</t>
	</li>	</li>
	<li>	<li>
	<t>The encapsulation algorithm of an ECDH KEM, namely X25519-KEM or X448-KEM, is invoked to create an ECDH ciphertext together with an ECDH symmetri c key share.</t>	<t>The encapsulation algorithm of an ECDH KEM, namely X25519-KEM or X448-KEM, is invoked to create an ECDH ciphertext together with an ECDH symmetri c key share.</t>
	</li>	</li>
	<li>	<li>
	<t>A Key Encryption Key (KEK) is computed as the output of a key com biner that receives as input both of the above created symmetric key shares, the ECDH ciphertext, the ECDH public key, and the protocol binding information.</t>	<t>A Key Encryption Key (KEK) is computed as the output of a key com biner that receives as input both of the above created symmetric key shares, the ECDH ciphertext, the ECDH public key, and the protocol binding information.</t>
	</li>	</li>
	<li>	<li>

	<t>The session key for content encryption, generated as specified in <xref target="RFC9580"/>, is then wrapped as described in <xref target="RFC3394 "/> using AES-256 as algorithm and the KEK as key.</t>	<t>The session key for content encryption, generated as specified in <xref target="RFC9580"/>, is then wrapped as described in <xref target="RFC3394 "/> using AES-256 as the algorithm and the KEK as the key.</t>
	</li>	</li>
	<li>	<li>
	<t>The PKESK packet's algorithm-specific parts are made up of the ML -KEM ciphertext, the ECDH ciphertext, and the wrapped session key.</t>	<t>The PKESK packet's algorithm-specific parts are made up of the ML -KEM ciphertext, the ECDH ciphertext, and the wrapped session key.</t>
	</li>	</li>
	</ul>	</ul>
	<section anchor="kem-key-combiner">	<section anchor="kem-key-combiner">
	<name>Key Combiner</name>	<name>Key Combiner</name>

	<t>For the composite KEM schemes defined in <xref target="kem-alg-spec	<t>For the composite KEM schemes defined in <xref target="kem-alg-spec
	s"/> the following procedure <bcp14>MUST</bcp14> be used to compute the KEK that	s"/>, the following procedure <bcp14>MUST</bcp14> be used to compute the KEK tha
	wraps a session key.	t wraps a session key.
	The construction is a key derivation function compliant to the QSF/X-Wing constr	The construction is a key derivation function compliant with the QSF/X-Wing cons
	uction in <xref target="BCD_24"/>, the generalization of which is analyzed in <x	truction in <xref target="BCD_24"/>, the generalization of which is analyzed in
	ref target="CHHKM"/>.	<xref target="CHHKM"/>.
	It is given by the following algorithm, which computes the key encryption key <t	It is given by the following algorithm, which computes the <tt>KEK</tt> that is
	t>KEK</tt> that is used to wrap (that is, encrypt) the session key.</t>	used to wrap (that is, encrypt) the session key.</t>
	<artwork><![CDATA[	<artwork><![CDATA[
	// multiKeyCombine(	// multiKeyCombine(
	// mlkemKeyShare, ecdhKeyShare,	// mlkemKeyShare, ecdhKeyShare,
	// ecdhCipherText, ecdhPublicKey,	// ecdhCipherText, ecdhPublicKey,
	// algId	// algId
	// )	// )
	//	//
	// Input:	// Input:
	// mlkemKeyShare - the ML-KEM key share encoded as an octet string	// mlkemKeyShare - the ML-KEM key share encoded as an octet string
	// ecdhKeyShare - the ECDH key share encoded as an octet string	// ecdhKeyShare - the ECDH key share encoded as an octet string

	skipping to change at line 550 ¶	skipping to change at line 570 ¶
	// ecdhPublicKey - the ECDH public key of the recipient as an	// ecdhPublicKey - the ECDH public key of the recipient as an
	// octet string	// octet string
	// algId - the OpenPGP algorithm ID of the public key	// algId - the OpenPGP algorithm ID of the public key
	// encryption algorithm	// encryption algorithm

	KEK = SHA3-256(	KEK = SHA3-256(
	mlkemKeyShare \|\| ecdhKeyShare \|\|	mlkemKeyShare \|\| ecdhKeyShare \|\|
	ecdhCipherText \|\| ecdhPublicKey \|\|	ecdhCipherText \|\| ecdhPublicKey \|\|
	algId \|\| domSep \|\| len(domSep)	algId \|\| domSep \|\| len(domSep)
	)	)

	return KEK	return KEK]]></artwork>
	]]></artwork>
	<t>The value <tt>domSep</tt> is a constant set to the UTF-8 encoding o f the string "OpenPGPCompositeKDFv1", that is:</t>	<t>The value <tt>domSep</tt> is a constant set to the UTF-8 encoding o f the string "OpenPGPCompositeKDFv1", that is:</t>


	<artwork><![CDATA[	<artwork><![CDATA[

	domSep = 4F 70 65 6E 50 47 50 43 6F 6D 70 6F 73 69 74 65 4B 44 46 76 31	domSep = 4F 70 65 6E 50 47 50 43 6F 6D 70 6F 73 69 74 65 4B 44 46 76 31]]></artw
	]]></artwork>	ork>
	<t>Here <tt>len(domSep)</tt> is the single octet with the value equal
	to the octet-length of <tt>domSep</tt>, that is, decimal 21.</t>	<t>Here, <tt>len(domSep)</tt> is the single octet with the value equal
		to the octet-length of <tt>domSep</tt>, that is, decimal 21.</t>
	</section>	</section>
	<section anchor="ecc-mlkem-generation">	<section anchor="ecc-mlkem-generation">
	<name>Key Generation Procedure</name>	<name>Key Generation Procedure</name>
	<t>The implementation <bcp14>MUST</bcp14> generate the ML-KEM and the ECDH component keys independently.	<t>The implementation <bcp14>MUST</bcp14> generate the ML-KEM and the ECDH component keys independently.
	ML-KEM key generation follows the specification in <xref target="FIPS-203"/>, an d the artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="mlkem-ops"/>.	ML-KEM key generation follows the specification in <xref target="FIPS-203"/>, an d the artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="mlkem-ops"/>.
	ECDH key generation follows the specification in <xref target="RFC7748"/>, and t he artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="tab-ecdh-cfrg-artifacts"/>.</t>	ECDH key generation follows the specification in <xref target="RFC7748"/>, and t he artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="tab-ecdh-cfrg-artifacts"/>.</t>
	</section>	</section>
	<section anchor="ecc-mlkem-encryption">	<section anchor="ecc-mlkem-encryption">
	<name>Encryption Procedure</name>	<name>Encryption Procedure</name>
	<t>The procedure to perform public key encryption with an ML-KEM + ECD H composite scheme is as follows:</t>	<t>The procedure to perform public key encryption with an ML-KEM + ECD H composite scheme is as follows:</t>
	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Take the recipient's authenticated public key packet <tt>pkComp osite</tt> and <tt>sessionKey</tt> as input</t>	<t>Take the recipient's authenticated public key packet <tt>pkComp osite</tt> and <tt>sessionKey</tt> as input</t>
	</li>	</li>
	<li>	<li>
	<t>Parse the algorithm ID from <tt>pkComposite</tt> and set it as <tt>algId</tt></t>	<t>Parse the algorithm ID from <tt>pkComposite</tt> and set it as <tt>algId</tt></t>
	</li>	</li>
	<li>	<li>

	<t>Extract the <tt>ecdhPublicKey</tt> and <tt>mlkemPublicKey</tt> component from the algorithm specific data encoded in <tt>pkComposite</tt> with the format specified in <xref target="mlkem-ecc-key"/>.</t>	<t>Extract the <tt>ecdhPublicKey</tt> and <tt>mlkemPublicKey</tt> components from the algorithm-specific data encoded in <tt>pkComposite</tt> with the format specified in <xref target="mlkem-ecc-key"/></t>
	</li>	</li>
	<li>	<li>
	<t>Instantiate the ECDH-KEM and the ML-KEM depending on the algori thm ID according to <xref target="tab-mlkem-ecc-composite"/></t>	<t>Instantiate the ECDH-KEM and the ML-KEM depending on the algori thm ID according to <xref target="tab-mlkem-ecc-composite"/></t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>(ecdhCipherText, ecdhKeyShare) = ECDH-KEM.Encaps(ec dhPublicKey)</tt></t>	<t>Compute <tt>(ecdhCipherText, ecdhKeyShare) = ECDH-KEM.Encaps(ec dhPublicKey)</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>(mlkemCipherText, mlkemKeyShare) = ML-KEM.Encaps(ml kemPublicKey)</tt></t>	<t>Compute <tt>(mlkemCipherText, mlkemKeyShare) = ML-KEM.Encaps(ml kemPublicKey)</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>KEK = multiKeyCombine(mlkemKeyShare, ecdhKeyShare, ecdhCipherText, ecdhPublicKey, algId)</tt> as defined in <xref target="kem-key-c ombiner"/></t>	<t>Compute <tt>KEK = multiKeyCombine(mlkemKeyShare, ecdhKeyShare, ecdhCipherText, ecdhPublicKey, algId)</tt> as defined in <xref target="kem-key-c ombiner"/></t>
	</li>	</li>
	<li>	<li>

	<t>Compute <tt>C = AESKeyWrap(KEK, sessionKey)</tt> with AES-256 a s per <xref target="RFC3394"/> that includes a 64 bit integrity check</t>	<t>Compute <tt>C = AESKeyWrap(KEK, sessionKey)</tt> with AES-256 a s per <xref target="RFC3394"/> that includes a 64-bit integrity check</t>
	</li>	</li>
	<li>	<li>

	<t>Output the algorithm specific part of the PKESK as <tt>ecdhCiph erText \|\| mlkemCipherText \|\| len(C, symAlgId) (\|\| symAlgId) \|\| C</tt>, where bot h <tt>symAlgId</tt> and <tt>len(C, symAlgId)</tt> are single octet fields, <tt>s ymAlgId</tt> denotes the symmetric algorithm ID used and is present only for a v 3 PKESK, and <tt>len(C, symAlgId)</tt> denotes the combined octet length of the fields specified as the arguments.</t>	<t>Output the algorithm-specific part of the PKESK as <tt>ecdhCiph erText \|\| mlkemCipherText \|\| len(C, symAlgId) (\|\| symAlgId) \|\| C</tt>, where bot h <tt>symAlgId</tt> and <tt>len(C, symAlgId)</tt> are single-octet fields, <tt>s ymAlgId</tt> denotes the symmetric algorithm ID used and is present only for a v 3 PKESK, and <tt>len(C, symAlgId)</tt> denotes the combined octet length of the fields specified as the arguments.</t>
	</li>	</li>
	</ol>	</ol>
	</section>	</section>
	<section anchor="decryption-procedure">	<section anchor="decryption-procedure">
	<name>Decryption Procedure</name>	<name>Decryption Procedure</name>
	<t>The procedure to perform public key decryption with an ML-KEM + ECD H composite scheme is as follows:</t>	<t>The procedure to perform public key decryption with an ML-KEM + ECD H composite scheme is as follows:</t>


	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Take the matching PKESK and own secret key packet as input</t>	<t>Take the matching PKESK and own secret key packet as input</t>
	</li>	</li>
	<li>	<li>

	<t>From the PKESK extract the algorithm ID as <tt>algId</tt> and t he wrapped session key as <tt>encryptedKey</tt></t>	<t>From the PKESK, extract the algorithm ID as <tt>algId</tt> and the wrapped session key as <tt>encryptedKey</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Check that the own and the extracted algorithm ID match</t>	<t>Check that the own and the extracted algorithm ID match</t>
	</li>	</li>
	<li>	<li>

	<t>Parse the <tt>ecdhSecretKey</tt> and <tt>mlkemSecretKey</tt> fr om the algorithm specific data of the own secret key encoded in the format speci fied in <xref target="mlkem-ecc-key"/></t>	<t>Parse the <tt>ecdhSecretKey</tt> and <tt>mlkemSecretKey</tt> fr om the algorithm-specific data of the own secret key encoded in the format speci fied in <xref target="mlkem-ecc-key"/></t>
	</li>	</li>
	<li>	<li>
	<t>Instantiate the ECDH-KEM and the ML-KEM depending on the algori thm ID according to <xref target="tab-mlkem-ecc-composite"/></t>	<t>Instantiate the ECDH-KEM and the ML-KEM depending on the algori thm ID according to <xref target="tab-mlkem-ecc-composite"/></t>
	</li>	</li>
	<li>	<li>

	<t>Parse <tt>ecdhCipherText</tt>, <tt>mlkemCipherText</tt>, and <t t>C</tt> from <tt>encryptedKey</tt> encoded as <tt>ecdhCipherText \|\| mlkemCipher Text \|\| len(C, symAlgId) (\|\| symAlgId) \|\| C</tt> as specified in <xref target="e cc-mlkem-pkesk"/>, where <tt>symAlgId</tt> is present only in the case of a v3 P KESK.</t>	<t>Parse <tt>ecdhCipherText</tt>, <tt>mlkemCipherText</tt>, and <t t>C</tt> from <tt>encryptedKey</tt> encoded as <tt>ecdhCipherText \|\| mlkemCipher Text \|\| len(C, symAlgId) (\|\| symAlgId) \|\| C</tt> as specified in <xref target="e cc-mlkem-pkesk"/>, where <tt>symAlgId</tt> is present only in the case of a v3 P KESK</t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>(ecdhKeyShare) = ECDH-KEM.Decaps(ecdhCipherText, ec dhSecretKey)</tt></t>	<t>Compute <tt>(ecdhKeyShare) = ECDH-KEM.Decaps(ecdhCipherText, ec dhSecretKey)</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>(mlkemKeyShare) = ML-KEM.Decaps(mlkemCipherText, ml kemSecretKey)</tt></t>	<t>Compute <tt>(mlkemKeyShare) = ML-KEM.Decaps(mlkemCipherText, ml kemSecretKey)</tt></t>
	</li>	</li>
	<li>	<li>
	<t>Compute <tt>KEK = multiKeyCombine(mlkemKeyShare, ecdhKeyShare, ecdhCipherText, ecdhPublicKey, algId)</tt> as defined in <xref target="kem-key-c ombiner"/></t>	<t>Compute <tt>KEK = multiKeyCombine(mlkemKeyShare, ecdhKeyShare, ecdhCipherText, ecdhPublicKey, algId)</tt> as defined in <xref target="kem-key-c ombiner"/></t>
	</li>	</li>
	<li>	<li>

	<t>Compute <tt>sessionKey = AESKeyUnwrap(KEK, C)</tt> with AES-256 as per <xref target="RFC3394"/>, aborting if the 64 bit integrity check fails</ t>	<t>Compute <tt>sessionKey = AESKeyUnwrap(KEK, C)</tt> with AES-256 as per <xref target="RFC3394"/>, aborting if the 64-bit integrity check fails</ t>
	</li>	</li>
	<li>	<li>
	<t>Output <tt>sessionKey</tt></t>	<t>Output <tt>sessionKey</tt></t>
	</li>	</li>
	</ol>	</ol>
	</section>	</section>
	</section>	</section>
	<section anchor="packet-specifications">	<section anchor="packet-specifications">
	<name>Packet Specifications</name>	<name>Packet Specifications</name>
	<section anchor="ecc-mlkem-pkesk">	<section anchor="ecc-mlkem-pkesk">
	<name>Public Key Encrypted Session Key Packets (Packet Type ID 1)</nam e>	<name>Public Key Encrypted Session Key Packets (Packet Type ID 1)</nam e>
	<t>The algorithm-specific fields consist of the output of the encrypti on procedure described in <xref target="ecc-mlkem-encryption"/>:</t>	<t>The algorithm-specific fields consist of the output of the encrypti on procedure described in <xref target="ecc-mlkem-encryption"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A fixed-length octet string representing an ECDH ephemeral publ ic key in the format associated with the curve as specified in <xref target="ecc -kem"/>.</t>	<t>A fixed-length octet string representing an ECDH ephemeral publ ic key in the format associated with the curve as specified in <xref target="ecc -kem"/>.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string of the ML-KEM ciphertext, whose len gth depends on the algorithm ID as specified in <xref target="tab-mlkem-artifact s"/>.</t>	<t>A fixed-length octet string of the ML-KEM ciphertext whose leng th depends on the algorithm ID as specified in <xref target="tab-mlkem-artifacts "/>.</t>
	</li>	</li>
	<li>	<li>
	<t>A one-octet size of the following fields.</t>	<t>A one-octet size of the following fields.</t>
	</li>	</li>
	<li>	<li>

	<t>Only in the case of a v3 PKESK packet: a one-octet symmetric al gorithm identifier.</t>	<t>(Only in the case of a v3 PKESK packet) a one-octet symmetric a lgorithm identifier.</t>
	</li>	</li>
	<li>	<li>
	<t>The wrapped session key represented as an octet string.</t>	<t>The wrapped session key represented as an octet string.</t>
	</li>	</li>
	</ul>	</ul>


		<!--[rfced] How may we rephrase to avoid the stacked "in the case"?
		Perhaps breaking this sentence up would be helpful?

		Original:
		Note that like in the case of the algorithms X25519 and X448
		specified in [RFC9580], for the ML-KEM composite schemes, in the case
		of a v3 PKESK packet, the symmetric algorithm identifier is not
		encrypted.
		-->

	<t>Note that like in the case of the algorithms X25519 and X448 specif ied in <xref target="RFC9580"/>, for the ML-KEM composite schemes, in the case o f a v3 PKESK packet, the symmetric algorithm identifier is not encrypted.	<t>Note that like in the case of the algorithms X25519 and X448 specif ied in <xref target="RFC9580"/>, for the ML-KEM composite schemes, in the case o f a v3 PKESK packet, the symmetric algorithm identifier is not encrypted.

	Instead, it is placed in plaintext after the <tt>mlkemCipherText</tt> and before	Instead, it is prepended to the wrapped session key in plaintext and its length
	the length octet preceding the wrapped session key.	is included in the preceding length field.
	In the case of v3 PKESK packets for ML-KEM composite schemes, the symmetric algo	In the case of v3 PKESK packets for ML-KEM composite schemes, the symmetric algo
	rithm used <bcp14>MUST</bcp14> be AES-128, AES-192 or AES-256 (algorithm ID 7, 8	rithm used <bcp14>MUST</bcp14> be AES-128, AES-192 or AES-256 (algorithm IDs 7,
	or 9).</t>	8, or 9).</t>
	<t>In the case of a v3 PKESK, a receiving implementation <bcp14>MUST</	<t>In the case of a v3 PKESK, a receiving implementation <bcp14>MUST</
	bcp14> check if the length of the unwrapped symmetric key matches the symmetric	bcp14> check if the length of the unwrapped symmetric key matches the symmetric
	algorithm identifier, and abort if this is not the case.</t>	algorithm ID and abort if this is not the case.</t>
	<t>Implementations <bcp14>MUST NOT</bcp14> use the obsolete Symmetrica lly Encrypted Data packet (Packet Type ID 9) to encrypt data protected with the algorithms described in this document.</t>	<t>Implementations <bcp14>MUST NOT</bcp14> use the obsolete Symmetrica lly Encrypted Data packet (Packet Type ID 9) to encrypt data protected with the algorithms described in this document.</t>
	</section>	</section>
	<section anchor="mlkem-ecc-key">	<section anchor="mlkem-ecc-key">
	<name>Key Material Packets</name>	<name>Key Material Packets</name>
	<t>The composite ML-KEM-768 + X25519 (algorithm ID 35) <bcp14>MUST</bc p14> be used only with v4 or v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>	<t>The composite ML-KEM-768 + X25519 (algorithm ID 35) <bcp14>MUST</bc p14> be used only with v4 or v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>
	<t>The composite ML-KEM-1024 + X448 (algorithm ID 36) <bcp14>MUST</bcp 14> be used only with v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>	<t>The composite ML-KEM-1024 + X448 (algorithm ID 36) <bcp14>MUST</bcp 14> be used only with v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>
	<section anchor="public-key-packets-packet-type-ids-6-and-14">	<section anchor="public-key-packets-packet-type-ids-6-and-14">
	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>
	<t>The algorithm-specific public key is this series of values:</t>	<t>The algorithm-specific public key is this series of values:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A fixed-length octet string representing an ECC public key, i n the point format associated with the curve specified in <xref target="ecc-kem" />.</t>	<t>A fixed-length octet string representing an ECC public key, i n the point format associated with the curve specified in <xref target="ecc-kem" />.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string containing the ML-KEM public key, whose length depends on the algorithm ID as specified in <xref target="tab-mlke m-artifacts"/>.</t>	<t>A fixed-length octet string containing the ML-KEM public key whose length depends on the algorithm ID as specified in <xref target="tab-mlkem -artifacts"/>.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	<section anchor="secret-key-packets-packet-type-ids-5-and-7">	<section anchor="secret-key-packets-packet-type-ids-5-and-7">
	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>

	<t>The algorithm-specific secret key is these two values:</t>	<t>The algorithm-specific secret key is comprised of these two value s:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string of the encoded ECDH secret key, w hose encoding and length depend on the algorithm ID as specified in <xref target ="ecc-kem"/>.</t>	<t>A fixed-length octet string of the encoded ECDH secret key wh ose encoding and length depend on the algorithm ID as specified in <xref target= "ecc-kem"/>.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string containing the ML-KEM secret key in seed format, whose length is 64 octets (compare <xref target="tab-mlkem-artif acts"/>).	<t>A fixed-length octet string containing the ML-KEM secret key in seed format whose length is 64 octets (compare <xref target="tab-mlkem-artifa cts"/>).
	The seed format is defined in accordance with Section 3.3 of <xref target="FIPS- 203"/>.	The seed format is defined in accordance with Section 3.3 of <xref target="FIPS- 203"/>.
	Namely, the secret key is given by the concatenation of the values of <tt>d</tt> and <tt>z</tt>, generated in steps 1 and 2 of <tt>ML-KEM.KeyGen</tt> <xref targ et="FIPS-203"/>, each of a length of 32 octets.	Namely, the secret key is given by the concatenation of the values of <tt>d</tt> and <tt>z</tt>, generated in steps 1 and 2 of <tt>ML-KEM.KeyGen</tt> <xref targ et="FIPS-203"/>, each of a length of 32 octets.
	Upon parsing the secret key format, or before using the secret key, for the expa nsion of the key, the function <tt>ML-KEM.KeyGen_internal</tt> <xref target="FIP S-203"/> has to be invoked with the parsed values of <tt>d</tt> and <tt>z</tt> a s input.</t>	Upon parsing the secret key format, or before using the secret key, for the expa nsion of the key, the function <tt>ML-KEM.KeyGen_internal</tt> <xref target="FIP S-203"/> has to be invoked with the parsed values of <tt>d</tt> and <tt>z</tt> a s input.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	<section anchor="composite-signature-section">	<section anchor="composite-signature-section">
	<name>Composite Signature Schemes</name>	<name>Composite Signature Schemes</name>
	<section anchor="building-blocks-1">	<section anchor="building-blocks-1">
	<name>Building Blocks</name>	<name>Building Blocks</name>
	<section anchor="eddsa-signature">	<section anchor="eddsa-signature">
	<name>EdDSA-Based Signatures</name>	<name>EdDSA-Based Signatures</name>

	<t>Throughout this specification EdDSA refers to the PureEdDSA variant defined in <xref target="RFC8032"/>.	<t>Throughout this specification, "EdDSA" refers to the PureEdDSA vari ant defined in <xref target="RFC8032"/>.
	The context is always empty.</t>	The context is always empty.</t>

	<t>To sign and verify with EdDSA the following operations are defined: </t>	<t>To sign and verify with EdDSA, the following operations are defined :</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(eddsaSignature) <- EdDSA.Sign(eddsaSecretKey, dataDigest)	(eddsaSignature) <- EdDSA.Sign(eddsaSecretKey, dataDigest)]]></artwork>
	]]></artwork>
	<t>and</t>	<t>and</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(verified) <- EdDSA.Verify(eddsaPublicKey, dataDigest, eddsaSignature)	(verified) <- EdDSA.Verify(eddsaPublicKey, dataDigest, eddsaSignature)]]></artwo
	]]></artwork>	rk>
	<t>The public and secret key, as well as the signature <bcp14>MUST</bc	<t>The public and secret key, as well as the signature, <bcp14>MUST</b
	p14> be encoded according to <xref target="RFC8032"/> as fixed-length octet stri	cp14> be encoded according to <xref target="RFC8032"/> as fixed-length octet str
	ngs.	ings.
	The following table describes the EdDSA parameters and artifact lengths:</t>	The following table describes the EdDSA parameters and artifact lengths:</t>
	<table anchor="tab-eddsa-artifacts">	<table anchor="tab-eddsa-artifacts">

	<name>EdDSA parameters and artifact lengths</name>	<name>EdDSA Parameters and Artifact Lengths</name>
	<thead>	<thead>
	<tr>	<tr>

	<th align="left"> </th>	<th align="left"/>
	<th align="left">Ed25519</th>	<th align="left">Ed25519</th>
	<th align="left">Ed448</th>	<th align="left">Ed448</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="left">Algorithm ID reference</td>	<td align="left">Algorithm ID reference</td>
	<td align="left">30</td>	<td align="left">30</td>
	<td align="left">31</td>	<td align="left">31</td>
	</tr>	</tr>

	skipping to change at line 750 ¶	skipping to change at line 780 ¶
	<tr>	<tr>
	<td align="left">Signature</td>	<td align="left">Signature</td>
	<td align="left">64 octets</td>	<td align="left">64 octets</td>
	<td align="left">114 octets</td>	<td align="left">114 octets</td>
	</tr>	</tr>
	</tbody>	</tbody>
	</table>	</table>
	</section>	</section>
	<section anchor="mldsa-signature">	<section anchor="mldsa-signature">
	<name>ML-DSA Signatures</name>	<name>ML-DSA Signatures</name>

	<t>Throughout this specification ML-DSA refers to the default pure and hedged version of ML-DSA defined in <xref target="FIPS-204"/>.</t>	<t>Throughout this specification, "ML-DSA" refers to the default pure and hedged version of ML-DSA defined in <xref target="FIPS-204"/>.</t>
	<t>ML-DSA signature generation is performed using the default hedged v ersion of the <tt>ML-DSA.Sign</tt> algorithm, as specified in <xref target="FIPS -204"/>, with an empty context string <tt>ctx</tt>.	<t>ML-DSA signature generation is performed using the default hedged v ersion of the <tt>ML-DSA.Sign</tt> algorithm, as specified in <xref target="FIPS -204"/>, with an empty context string <tt>ctx</tt>.

	That is, to sign with ML-DSA the following operation is defined:</t>	That is, to sign with ML-DSA, the following operation is defined:</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(mldsaSignature) <- ML-DSA.Sign(mldsaSecretKey, dataDigest)	(mldsaSignature) <- ML-DSA.Sign(mldsaSecretKey, dataDigest)]]></artwork>
	]]></artwork>
	<t>ML-DSA signature verification is performed using the <tt>ML-DSA.Ver ify</tt> algorithm, as specified in <xref target="FIPS-204"/>, with an empty con text string <tt>ctx</tt>.	<t>ML-DSA signature verification is performed using the <tt>ML-DSA.Ver ify</tt> algorithm, as specified in <xref target="FIPS-204"/>, with an empty con text string <tt>ctx</tt>.

	That is, to verify with ML-DSA the following operation is defined:</t>	That is, to verify with ML-DSA, the following operation is defined:</t>
	<artwork><![CDATA[	<artwork><![CDATA[

	(verified) <- ML-DSA.Verify(mldsaPublicKey, dataDigest, mldsaSignature)	(verified) <- ML-DSA.Verify(mldsaPublicKey, dataDigest, mldsaSignature)]]></artw
	]]></artwork>	ork>
	<t>ML-DSA has the parametrization with the corresponding artifact leng
	ths in octets as given in <xref target="tab-mldsa-artifacts"/>.	<t>ML-DSA has the parameterization with the corresponding artifact len
		gths in octets as given in <xref target="tab-mldsa-artifacts"/>.
	All artifacts are encoded as defined in <xref target="FIPS-204"/>.</t>	All artifacts are encoded as defined in <xref target="FIPS-204"/>.</t>
	<table anchor="tab-mldsa-artifacts">	<table anchor="tab-mldsa-artifacts">

	<name>ML-DSA parameters and artifact lengths</name>	<name>ML-DSA Parameters and Artifact Lengths</name>
	<thead>	<thead>
	<tr>	<tr>

	<th align="left"> </th>	<th align="left"/>
	<th align="left">ML-DSA-65</th>	<th align="left">ML-DSA-65</th>
	<th align="left">ML-DSA-87</th>	<th align="left">ML-DSA-87</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="left">Algorithm ID reference</td>	<td align="left">Algorithm ID reference</td>
	<td align="left">30</td>	<td align="left">30</td>
	<td align="left">31</td>	<td align="left">31</td>
	</tr>	</tr>

	skipping to change at line 807 ¶	skipping to change at line 837 ¶
	<section anchor="ecc-mldsa">	<section anchor="ecc-mldsa">
	<name>Composite Signature Schemes with ML-DSA</name>	<name>Composite Signature Schemes with ML-DSA</name>
	<section anchor="ecc-mldsa-generation">	<section anchor="ecc-mldsa-generation">
	<name>Key Generation Procedure</name>	<name>Key Generation Procedure</name>
	<t>The implementation <bcp14>MUST</bcp14> generate the ML-DSA and the EdDSA component keys independently.	<t>The implementation <bcp14>MUST</bcp14> generate the ML-DSA and the EdDSA component keys independently.
	ML-DSA key generation follows the specification in <xref target="FIPS-204"/>, an d the artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="mldsa-signature"/>.	ML-DSA key generation follows the specification in <xref target="FIPS-204"/>, an d the artifacts are encoded as fixed-length octet strings whose sizes are listed in <xref target="mldsa-signature"/>.
	EdDSA key generation follows the specification in <xref target="RFC8032"/>, and the artifacts are encoded as fixed-length octet strings whose sizes are listed i n <xref target="eddsa-signature"/>.</t>	EdDSA key generation follows the specification in <xref target="RFC8032"/>, and the artifacts are encoded as fixed-length octet strings whose sizes are listed i n <xref target="eddsa-signature"/>.</t>
	</section>	</section>
	<section anchor="signature-generation">	<section anchor="signature-generation">
	<name>Signature Generation</name>	<name>Signature Generation</name>

	<t>To sign a message <tt>M</tt> with ML-DSA + EdDSA the following sequ ence of operations has to be performed:</t>	<t>To sign a message <tt>M</tt> with ML-DSA + EdDSA, the following seq uence of operations has to be performed:</t>
	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Generate <tt>dataDigest</tt> according to <xref section="5.2.4" sectionFormat="of" target="RFC9580"/></t>	<t>Generate <tt>dataDigest</tt> according to <xref section="5.2.4" sectionFormat="of" target="RFC9580"/></t>
	</li>	</li>
	<li>	<li>
	<t>Create the EdDSA signature over <tt>dataDigest</tt> with <tt>Ed DSA.Sign()</tt> from <xref target="eddsa-signature"/></t>	<t>Create the EdDSA signature over <tt>dataDigest</tt> with <tt>Ed DSA.Sign()</tt> from <xref target="eddsa-signature"/></t>
	</li>	</li>
	<li>	<li>
	<t>Create the ML-DSA signature over <tt>dataDigest</tt> with <tt>M L-DSA.Sign()</tt> from <xref target="mldsa-signature"/></t>	<t>Create the ML-DSA signature over <tt>dataDigest</tt> with <tt>M L-DSA.Sign()</tt> from <xref target="mldsa-signature"/></t>
	</li>	</li>
	<li>	<li>
	<t>Encode the EdDSA and ML-DSA signatures according to the packet structure given in <xref target="ecc-mldsa-sig-packet"/></t>	<t>Encode the EdDSA and ML-DSA signatures according to the packet structure given in <xref target="ecc-mldsa-sig-packet"/></t>
	</li>	</li>
	</ol>	</ol>
	</section>	</section>
	<section anchor="signature-verification">	<section anchor="signature-verification">
	<name>Signature Verification</name>	<name>Signature Verification</name>

	<t>To verify an ML-DSA + EdDSA signature the following sequence of ope rations has to be performed:</t>	<t>To verify an ML-DSA + EdDSA signature, the following sequence of op erations has to be performed:</t>
	<ol spacing="normal" type="1"><li>	<ol spacing="normal" type="1"><li>
	<t>Verify the EdDSA signature with <tt>EdDSA.Verify()</tt> from <x ref target="eddsa-signature"/></t>	<t>Verify the EdDSA signature with <tt>EdDSA.Verify()</tt> from <x ref target="eddsa-signature"/></t>
	</li>	</li>
	<li>	<li>
	<t>Verify the ML-DSA signature with <tt>ML-DSA.Verify()</tt> from <xref target="mldsa-signature"/></t>	<t>Verify the ML-DSA signature with <tt>ML-DSA.Verify()</tt> from <xref target="mldsa-signature"/></t>
	</li>	</li>
	</ol>	</ol>

	<t>As specified in <xref target="composite-signature-section"/> an imp lementation <bcp14>MUST</bcp14> validate both signatures, that is, EdDSA and ML- DSA, successfully to state that a composite ML-DSA + EdDSA signature is valid.</ t>	<t>As specified in <xref target="composite-signature-section"/>, an im plementation <bcp14>MUST</bcp14> validate both signatures, that is, EdDSA and ML -DSA, successfully to state that a composite ML-DSA + EdDSA signature is valid.< /t>
	</section>	</section>
	</section>	</section>
	<section anchor="packet-specifications-1">	<section anchor="packet-specifications-1">
	<name>Packet Specifications</name>	<name>Packet Specifications</name>
	<section anchor="ecc-mldsa-sig-packet">	<section anchor="ecc-mldsa-sig-packet">
	<name>Signature Packet (Packet Type ID 2)</name>	<name>Signature Packet (Packet Type ID 2)</name>
	<t>The composite ML-DSA + EdDSA schemes <bcp14>MUST</bcp14> be used on ly with v6 signatures, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>	<t>The composite ML-DSA + EdDSA schemes <bcp14>MUST</bcp14> be used on ly with v6 signatures, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>
	<t>The algorithm-specific v6 signature parameters for ML-DSA + EdDSA s ignatures consist of:</t>	<t>The algorithm-specific v6 signature parameters for ML-DSA + EdDSA s ignatures consist of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string representing the EdDSA signature, w hose length depends on the algorithm ID as specified in <xref target="tab-eddsa- artifacts"/>.</t>	<t>A fixed-length octet string representing the EdDSA signature wh ose length depends on the algorithm ID as specified in <xref target="tab-eddsa-a rtifacts"/>.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string of the ML-DSA signature value, whos e length depends on the algorithm ID as specified in <xref target="tab-mldsa-art ifacts"/>.</t>	<t>A fixed-length octet string of the ML-DSA signature value whose length depends on the algorithm ID as specified in <xref target="tab-mldsa-arti facts"/>.</t>
	</li>	</li>
	</ul>	</ul>
	<t>A composite ML-DSA + EdDSA signature <bcp14>MUST</bcp14> use a hash algorithm with a digest size of at least 256 bits for the computation of the me ssage digest.	<t>A composite ML-DSA + EdDSA signature <bcp14>MUST</bcp14> use a hash algorithm with a digest size of at least 256 bits for the computation of the me ssage digest.
	A verifying implementation <bcp14>MUST</bcp14> reject any composite ML-DSA + EdD SA signature that uses a hash algorithm with a smaller digest size.</t>	A verifying implementation <bcp14>MUST</bcp14> reject any composite ML-DSA + EdD SA signature that uses a hash algorithm with a smaller digest size.</t>
	</section>	</section>
	<section anchor="key-material-packets">	<section anchor="key-material-packets">
	<name>Key Material Packets</name>	<name>Key Material Packets</name>
	<t>The composite ML-DSA + EdDSA schemes <bcp14>MUST</bcp14> be used on ly with v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defin ed by updates of that document.</t>	<t>The composite ML-DSA + EdDSA schemes <bcp14>MUST</bcp14> be used on ly with v6 keys, as defined in <xref target="RFC9580"/>, or newer versions defin ed by updates of that document.</t>
	<section anchor="public-key-packets-packet-type-ids-6-and-14-1">	<section anchor="public-key-packets-packet-type-ids-6-and-14-1">
	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>
	<t>The algorithm-specific public key for ML-DSA + EdDSA keys is this series of values:</t>	<t>The algorithm-specific public key for ML-DSA + EdDSA keys is this series of values:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string representing the EdDSA public key , whose length depends on the algorithm ID as specified in <xref target="tab-edd sa-artifacts"/>.</t>	<t>A fixed-length octet string representing the EdDSA public key whose length depends on the algorithm ID as specified in <xref target="tab-edds a-artifacts"/>.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string containing the ML-DSA public key, whose length depends on the algorithm ID as specified in <xref target="tab-mlds a-artifacts"/>.</t>	<t>A fixed-length octet string containing the ML-DSA public key whose length depends on the algorithm ID as specified in <xref target="tab-mldsa -artifacts"/>.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	<section anchor="secret-key-packets-packet-type-ids-5-and-7-1">	<section anchor="secret-key-packets-packet-type-ids-5-and-7-1">
	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>
	<t>The algorithm-specific secret key for ML-DSA + EdDSA keys is this series of values:</t>	<t>The algorithm-specific secret key for ML-DSA + EdDSA keys is this series of values:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string representing the EdDSA secret key , whose length depends on the algorithm ID as specified in <xref target="tab-edd sa-artifacts"/>.</t>	<t>A fixed-length octet string representing the EdDSA secret key whose length depends on the algorithm ID as specified in <xref target="tab-edds a-artifacts"/>.</t>
	</li>	</li>
	<li>	<li>

	<t>A fixed-length octet string containing the ML-DSA secret key in seed format, whose length is 32 octets (compare <xref target="tab-mldsa-artif acts"/>).	<t>A fixed-length octet string containing the ML-DSA secret key in seed format whose length is 32 octets (compare <xref target="tab-mldsa-artifa cts"/>).
	The seed format is defined in accordance with Section 3.6.3 of <xref target="FIP S-204"/>.	The seed format is defined in accordance with Section 3.6.3 of <xref target="FIP S-204"/>.
	Namely, the secret key is given by the value <tt>xi</tt> generated in step 1 of <tt>ML-DSA.KeyGen</tt> <xref target="FIPS-204"/>.	Namely, the secret key is given by the value <tt>xi</tt> generated in step 1 of <tt>ML-DSA.KeyGen</tt> <xref target="FIPS-204"/>.
	Upon parsing the secret key format, or before using the secret key, for the expa nsion of the key, the function <tt>ML-DSA.KeyGen_internal</tt> <xref target="FIP S-204"/> has to be invoked with the parsed value of <tt>xi</tt> as input.</t>	Upon parsing the secret key format, or before using the secret key, for the expa nsion of the key, the function <tt>ML-DSA.KeyGen_internal</tt> <xref target="FIP S-204"/> has to be invoked with the parsed value of <tt>xi</tt> as input.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	<section anchor="slhdsa-section">	<section anchor="slhdsa-section">
	<name>SLH-DSA</name>	<name>SLH-DSA</name>

	<t>Throughout this specification SLH-DSA refers to the default pure and he dged version of SLH-DSA defined in <xref target="FIPS-205"/>.</t>	<t>Throughout this specification, "SLH-DSA" refers to the default pure and hedged version of SLH-DSA defined in <xref target="FIPS-205"/>.</t>
	<section anchor="slhdsa">	<section anchor="slhdsa">
	<name>The SLH-DSA Algorithms</name>	<name>The SLH-DSA Algorithms</name>
	<t>The following table lists the group of algorithm code points for the SLH-DSA signature scheme and the corresponding artifact lengths.	<t>The following table lists the group of algorithm code points for the SLH-DSA signature scheme and the corresponding artifact lengths.
	This group of algorithms is henceforth referred to as "SLH-DSA code points".</t>	This group of algorithms is henceforth referred to as "SLH-DSA code points".</t>
	<table anchor="slhdsa-artifact-lengths">	<table anchor="slhdsa-artifact-lengths">

	<name>SLH-DSA code points and the corresponding artifact lengths.</nam e>	<name>SLH-DSA Code Points and the Corresponding Artifact Lengths</name >
	<thead>	<thead>
	<tr>	<tr>

	<th align="left"> </th>	<th align="left"/>
	<th align="left">SLH-DSA-SHAKE-128s</th>	<th align="left">SLH-DSA-SHAKE-128s</th>
	<th align="left">SLH-DSA-SHAKE-128f</th>	<th align="left">SLH-DSA-SHAKE-128f</th>
	<th align="left">SLH-DSA-SHAKE-256s</th>	<th align="left">SLH-DSA-SHAKE-256s</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>
	<td align="left">Algorithm ID reference</td>	<td align="left">Algorithm ID reference</td>
	<td align="left">32</td>	<td align="left">32</td>
	<td align="left">33</td>	<td align="left">33</td>

	skipping to change at line 950 ¶	skipping to change at line 980 ¶
	</section>	</section>
	</section>	</section>
	<section anchor="packet-specifications-2">	<section anchor="packet-specifications-2">
	<name>Packet Specifications</name>	<name>Packet Specifications</name>
	<section anchor="signature-packet-packet-type-id-2">	<section anchor="signature-packet-packet-type-id-2">
	<name>Signature Packet (Packet Type ID 2)</name>	<name>Signature Packet (Packet Type ID 2)</name>
	<t>The SLH-DSA algorithms <bcp14>MUST</bcp14> be used only with v6 sig natures, as defined in <xref section="5.2.3" sectionFormat="of" target="RFC9580" />.</t>	<t>The SLH-DSA algorithms <bcp14>MUST</bcp14> be used only with v6 sig natures, as defined in <xref section="5.2.3" sectionFormat="of" target="RFC9580" />.</t>
	<t>The algorithm-specific part of a signature packet for an SLH-DSA co de point consists of:</t>	<t>The algorithm-specific part of a signature packet for an SLH-DSA co de point consists of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string of the SLH-DSA signature value, who se length depends on the algorithm ID in the format specified in <xref target="s lhdsa-artifact-lengths"/>.</t>	<t>A fixed-length octet string of the SLH-DSA signature value whos e length depends on the algorithm ID in the format specified in <xref target="sl hdsa-artifact-lengths"/>.</t>
	</li>	</li>
	</ul>	</ul>
	<t>An SLH-DSA signature <bcp14>MUST</bcp14> use a hash algorithm with a digest size of at least 256 bits for the computation of the message digest.	<t>An SLH-DSA signature <bcp14>MUST</bcp14> use a hash algorithm with a digest size of at least 256 bits for the computation of the message digest.
	A verifying implementation <bcp14>MUST</bcp14> reject any SLH-DSA signature that uses a hash algorithm with a smaller digest size.</t>	A verifying implementation <bcp14>MUST</bcp14> reject any SLH-DSA signature that uses a hash algorithm with a smaller digest size.</t>
	</section>	</section>
	<section anchor="key-material-packets-1">	<section anchor="key-material-packets-1">
	<name>Key Material Packets</name>	<name>Key Material Packets</name>
	<t>The SLH-DSA code points <bcp14>MUST</bcp14> be used only with v6 ke ys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>	<t>The SLH-DSA code points <bcp14>MUST</bcp14> be used only with v6 ke ys, as defined in <xref target="RFC9580"/>, or newer versions defined by updates of that document.</t>
	<section anchor="public-key-packets-packet-type-ids-6-and-14-2">	<section anchor="public-key-packets-packet-type-ids-6-and-14-2">
	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>	<name>Public Key Packets (Packet Type IDs 6 and 14)</name>
	<t>The algorithm-specific part of the public key consists of:</t>	<t>The algorithm-specific part of the public key consists of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string containing the SLH-DSA public key , whose length depends on the algorithm ID as specified in <xref target="slhdsa- artifact-lengths"/>.</t>	<t>A fixed-length octet string containing the SLH-DSA public key whose length depends on the algorithm ID as specified in <xref target="slhdsa-a rtifact-lengths"/>.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	<section anchor="secret-key-packets-packet-type-ids-5-and-7-2">	<section anchor="secret-key-packets-packet-type-ids-5-and-7-2">
	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>	<name>Secret Key Packets (Packet Type IDs 5 and 7)</name>
	<t>The algorithm-specific part of the secret key consists of:</t>	<t>The algorithm-specific part of the secret key consists of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>

	<t>A fixed-length octet string containing the SLH-DSA secret key , whose length depends on the algorithm ID as specified in <xref target="slhdsa- artifact-lengths"/>.</t>	<t>A fixed-length octet string containing the SLH-DSA secret key whose length depends on the algorithm ID as specified in <xref target="slhdsa-a rtifact-lengths"/>.</t>
	</li>	</li>
	</ul>	</ul>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	</section>	</section>
	<section anchor="notes-on-algorithms">	<section anchor="notes-on-algorithms">
	<name>Notes on Algorithms</name>	<name>Notes on Algorithms</name>
	<section anchor="symmetric-algorithms-for-seipd-packets">	<section anchor="symmetric-algorithms-for-seipd-packets">
	<name>Symmetric Algorithms for SEIPD Packets</name>	<name>Symmetric Algorithms for SEIPD Packets</name>
	<t>Implementations <bcp14>MUST</bcp14> implement <tt>AES-256</tt>.	<t>Implementations <bcp14>MUST</bcp14> implement <tt>AES-256</tt>.

	An implementation <bcp14>SHOULD</bcp14> use <tt>AES-256</tt> in the case of a v1	An implementation <bcp14>SHOULD</bcp14> use <tt>AES-256</tt> in the case of a v1
	Symmetrically Encrypted and Integrity Protected Data (SEIPD) packet, or <tt>AES	Symmetrically Encrypted Integrity Protected Data (SEIPD) packet or <tt>AES-256<
	-256</tt> with any available AEAD mode in the case of a v2 SEIPD packet, if all	/tt> with any available Authenticated Encryption with Associated Data (AEAD) mod
	recipient certificates indicate support for it (explicitly or implicitly).	e in the case of a v2 SEIPD packet, if all recipient certificates indicate suppo
	This requirement is not specified as a <bcp14>MUST</bcp14>, because it would ren	rt for it (explicitly or implicitly).
	der messages not using AES-256 invalid and subject to rejection upon decryption;	This requirement is not specified as a <bcp14>MUST</bcp14> because it would rend
	however, a receiving implementation may not have access to all recipient certif	er messages not using AES-256 invalid and subject to rejection upon decryption;
	icates and therefore cannot reliably enforce such a requirement.</t>	however, a receiving implementation may not have access to all recipient certifi
		cates and, therefore, cannot reliably enforce such a requirement.</t>
	<t>A certificate that contains a PQ(/T) key <bcp14>SHOULD</bcp14> includ e <tt>AES-256</tt> in the "Preferred Symmetric Ciphers for v1 SEIPD" subpacket a nd <bcp14>SHOULD</bcp14> include the pair <tt>AES-256</tt> with <tt>OCB</tt> in the "Preferred AEAD Ciphersuites" subpacket to make support for <tt>AES-256</tt> and <tt>AES-256</tt> with <tt>OCB</tt> explicit.</t>	<t>A certificate that contains a PQ(/T) key <bcp14>SHOULD</bcp14> includ e <tt>AES-256</tt> in the "Preferred Symmetric Ciphers for v1 SEIPD" subpacket a nd <bcp14>SHOULD</bcp14> include the pair <tt>AES-256</tt> with <tt>OCB</tt> in the "Preferred AEAD Ciphersuites" subpacket to make support for <tt>AES-256</tt> and <tt>AES-256</tt> with <tt>OCB</tt> explicit.</t>
	<t>If <tt>AES-256</tt> is not explicitly in the list of the "Preferred S ymmetric Ciphers for v1 SEIPD" subpacket, and if the certificate contains a PQ(/ T) key, it is implicitly at the end of the list.	<t>If <tt>AES-256</tt> is not explicitly in the list of the "Preferred S ymmetric Ciphers for v1 SEIPD" subpacket, and if the certificate contains a PQ(/ T) key, it is implicitly at the end of the list.
	This is justified since <tt>AES-256</tt> is mandatory to implement.	This is justified since <tt>AES-256</tt> is mandatory to implement.
	If <tt>AES-128</tt> is also implicitly added to the list, it is added after <tt> AES-256</tt>.</t>	If <tt>AES-128</tt> is also implicitly added to the list, it is added after <tt> AES-256</tt>.</t>

	<t>If the pair <tt>AES-256</tt> with <tt>OCB</tt> is not explicitly in t he list of the "Preferred AEAD Ciphersuites" subpacket, and if the certificate c ontains a PQ(/T) key, it is implicitly at the end of the list.	<t>If the pair of <tt>AES-256</tt> and <tt>OCB</tt> is not explicitly in the list of the "Preferred AEAD Ciphersuites" subpacket, and if the certificate contains a PQ(/T) key, it is implicitly at the end of the list.
	This is justified since <tt>AES-256</tt> and <tt>OCB</tt> are mandatory to imple ment.	This is justified since <tt>AES-256</tt> and <tt>OCB</tt> are mandatory to imple ment.

	If the pair <tt>AES-128</tt> with <tt>OCB</tt> is also implicitly added to the l ist, it is added after the pair <tt>AES-256</tt> with <tt>OCB</tt>.</t>	If the pair of <tt>AES-128</tt> and <tt>OCB</tt> is also implicitly added to the list, it is added after the pair of <tt>AES-256</tt> and <tt>OCB</tt>.</t>
	</section>	</section>
	<section anchor="hash-algorithms-for-key-binding-signatures">	<section anchor="hash-algorithms-for-key-binding-signatures">
	<name>Hash Algorithms for Key Binding Signatures</name>	<name>Hash Algorithms for Key Binding Signatures</name>
	<t>Subkey binding signatures (Signature Type 0x18) over algorithms descr ibed in this document <bcp14>MUST NOT</bcp14> be made with <tt>MD5</tt>, <tt>SHA -1</tt>, or <tt>RIPEMD-160</tt>.	<t>Subkey binding signatures (Signature Type 0x18) over algorithms descr ibed in this document <bcp14>MUST NOT</bcp14> be made with <tt>MD5</tt>, <tt>SHA -1</tt>, or <tt>RIPEMD-160</tt>.
	A receiving implementation <bcp14>MUST</bcp14> treat such a signature as invalid .</t>	A receiving implementation <bcp14>MUST</bcp14> treat such a signature as invalid .</t>
	</section>	</section>
	</section>	</section>
	<section anchor="migration-considerations">	<section anchor="migration-considerations">
	<name>Migration Considerations</name>	<name>Migration Considerations</name>
	<t>The post-quantum KEM algorithms defined in <xref target="kem-alg-specs" /> and the signature algorithms defined in <xref target="sig-alg-specs"/> are a set of new public key algorithms that extend the algorithm selection of <xref ta rget="RFC9580"/>.	<t>The post-quantum KEM algorithms defined in <xref target="kem-alg-specs" /> and the signature algorithms defined in <xref target="sig-alg-specs"/> are a set of new public key algorithms that extend the algorithm selection of <xref ta rget="RFC9580"/>.
	During the transition period, the post-quantum algorithms will not be supported by all clients.	During the transition period, the post-quantum algorithms will not be supported by all clients.

	Therefore, various migration considerations must be taken into account, in parti cular backwards compatibility to existing implementations that have not yet been updated to support the post-quantum algorithms.</t>	Therefore, various migration considerations must be taken into account particula rly backwards compatibility to existing implementations that have not yet been u pdated to support the post-quantum algorithms.</t>
	<section anchor="encrypting-to-traditional-and-pqt-keys">	<section anchor="encrypting-to-traditional-and-pqt-keys">
	<name>Encrypting to Traditional and PQ(/T) Keys</name>	<name>Encrypting to Traditional and PQ(/T) Keys</name>
	<t>During the transition to post-quantum cryptography, an implementation <bcp14>MAY</bcp14>, by default, encrypt messages to both PQ(/T) and traditional keys to avoid disruption to communications, optionally displaying a warning.	<t>During the transition to post-quantum cryptography, an implementation <bcp14>MAY</bcp14>, by default, encrypt messages to both PQ(/T) and traditional keys to avoid disruption to communications, optionally displaying a warning.
	As noted in <xref target="composite-kem"/>, the confidentiality of a message is not post-quantum secure when using multiple PKESKs unless all of them use PQ(/T) encryption schemes.</t>	As noted in <xref target="composite-kem"/>, the confidentiality of a message is not post-quantum secure when using multiple PKESKs unless all of them use PQ(/T) encryption schemes.</t>
	</section>	</section>
	<section anchor="signing-with-traditional-and-pqt-keys">	<section anchor="signing-with-traditional-and-pqt-keys">
	<name>Signing with Traditional and PQ(/T) Keys</name>	<name>Signing with Traditional and PQ(/T) Keys</name>
	<t>The OpenPGP specification <xref target="RFC9580"/> allows signing a m essage with multiple signatures.	<t>The OpenPGP specification <xref target="RFC9580"/> allows signing a m essage with multiple signatures.

	This implies the possibility to sign with both a PQ(/T) and a traditional key as	This implies the possibility of signing with both a PQ(/T) and a traditional key
	described in <xref target="multiple-signatures"/>.	as described in <xref target="multiple-signatures"/>.
	Note that signing only with PQ(/T) key material is not backwards compatible.</t>	Note that signing with only PQ(/T) key material is not backwards compatible.</t>
	</section>	</section>
	<section anchor="verifying-with-traditional-and-pqt-keys">	<section anchor="verifying-with-traditional-and-pqt-keys">
	<name>Verifying with Traditional and PQ(/T) Keys</name>	<name>Verifying with Traditional and PQ(/T) Keys</name>
	<t>When verifying, an implementation <bcp14>MAY</bcp14> be willing to ac cept signatures both from PQ(/T) keys and from traditional keys.	<t>When verifying, an implementation <bcp14>MAY</bcp14> be willing to ac cept signatures both from PQ(/T) keys and from traditional keys.

	A verifier concerned with a cryptographically relevant quantum computer with kno wledge of a peer that has a PQ(/T) signing key <bcp14>MAY</bcp14> prefer instead to ignore all traditional signatures from that peer.</t>	A verifier concerned with a cryptographically relevant quantum computer with kno wledge of a peer that has a PQ(/T) signing key <bcp14>MAY</bcp14> instead prefer to ignore all traditional signatures from that peer.</t>
	</section>	</section>
	<section anchor="pq-key-generation">	<section anchor="pq-key-generation">
	<name>Generating PQ(/T) Keys</name>	<name>Generating PQ(/T) Keys</name>
	<t>It is <bcp14>RECOMMENDED</bcp14> to generate fresh secrets when gener ating PQ(/T) keys.	<t>It is <bcp14>RECOMMENDED</bcp14> to generate fresh secrets when gener ating PQ(/T) keys.
	Note that reusing key material from existing ECC keys in PQ(/T) keys does not pr ovide backwards compatibility.</t>	Note that reusing key material from existing ECC keys in PQ(/T) keys does not pr ovide backwards compatibility.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="security-considerations">	<section anchor="security-considerations">
	<name>Security Considerations</name>	<name>Security Considerations</name>
	<section anchor="security-aspects-of-composite-signatures">	<section anchor="security-aspects-of-composite-signatures">
	<name>Security Aspects of Composite Signatures</name>	<name>Security Aspects of Composite Signatures</name>

	<t>When multiple signatures are applied to a message, the question of th	<t>When multiple signatures are applied to a message, the question of th
	e protocol's resistance against signature stripping attacks naturally arises.	e protocol's resistance against signature-stripping attacks naturally arises.
	In a signature stripping attack, an adversary removes one or more of the signatu	In a signature-stripping attack, an adversary removes one or more of the signatu
	res such that only a subset of the signatures remain in the message at the point	res such that only a subset of the signatures remain in the message at the point
	when it is verified.	when it is verified.
	This amounts to a downgrade attack that potentially reduces the value of the sig nature.	This amounts to a downgrade attack that potentially reduces the value of the sig nature.

	It should be noted that the composite signature schemes specified in this draft	It should be noted that the composite signature schemes specified in this docume
	are not subject to a signature stripping vulnerability.	nt are not subject to a signature-stripping vulnerability.
	This is due to the fact that in any OpenPGP signature, the hashed metadata inclu	This is due to the fact that, in any OpenPGP signature, the hashed metadata incl
	des the signature algorithm ID, as specified in <xref section="5.2.4" sectionFor	udes the signature algorithm ID, as specified in <xref section="5.2.4" sectionFo
	mat="of" target="RFC9580"/>.	rmat="of" target="RFC9580"/>.
	As a consequence, a component signature taken out of the context of a specific c omposite algorithm is not a valid OpenPGP signature for any message.</t>	As a consequence, a component signature taken out of the context of a specific c omposite algorithm is not a valid OpenPGP signature for any message.</t>
	<t>An attacker cannot generate a fresh valid signature for a message tha t has already been signed twice with the composite algorithm; being able to do s o would violate Strong Unforgeability under Chosen Message Attack (SUF-CMA). Spe cifically, an attacker might try to construct a new signature by remixing the co mponent parts of two legitimate composite signatures. That is impossible because each v6 signature embeds a random salt at the start of its hashed metadata. The two legitimate signatures use different salts, so their components are not inte rchangeable and cannot be recombined into a valid signature.</t>	<t>An attacker cannot generate a fresh valid signature for a message tha t has already been signed twice with the composite algorithm; being able to do s o would violate Strong Unforgeability under Chosen Message Attack (SUF-CMA). Spe cifically, an attacker might try to construct a new signature by remixing the co mponent parts of two legitimate composite signatures. That is impossible because each v6 signature embeds a random salt at the start of its hashed metadata. The two legitimate signatures use different salts, so their components are not inte rchangeable and cannot be recombined into a valid signature.</t>
	<section anchor="preventing-signature-cross-protocol-attacks">	<section anchor="preventing-signature-cross-protocol-attacks">
	<name>Preventing Signature Cross-Protocol Attacks</name>	<name>Preventing Signature Cross-Protocol Attacks</name>
	<t>Signature cross-protocol attacks exploit the reuse of signatures ac ross different protocols or contexts, allowing attackers to maliciously repurpos e valid signatures in unintended ways.	<t>Signature cross-protocol attacks exploit the reuse of signatures ac ross different protocols or contexts, allowing attackers to maliciously repurpos e valid signatures in unintended ways.
	ML-DSA <xref target="FIPS-204"/>, SLH-DSA <xref target="FIPS-205"/>, and EdDSA < xref target="RFC8032"/> support an optional context string parameter ctx that ca n be incorporated into the algorithm's internal message preprocessing step befor e signing and verification.	ML-DSA <xref target="FIPS-204"/>, SLH-DSA <xref target="FIPS-205"/>, and EdDSA < xref target="RFC8032"/> support an optional context string parameter ctx that ca n be incorporated into the algorithm's internal message preprocessing step befor e signing and verification.

	This context parameter can in principle contribute to the prevention of cross-pr	In principle, this context parameter can contribute to the prevention of cross-p
	otocol attacks.	rotocol attacks.
	Nevertheless, this specification defines all these algorithms to use an empty co	Nevertheless, this specification defines all these algorithms to use an empty co
	ntext string which is in accordance with the previous use of EdDSA in OpenPGP, a	ntext string, which is in accordance with the previous use of EdDSA in OpenPGP a
	nd maximizes interoperability with cryptographic libraries.	nd maximizes interoperability with cryptographic libraries.
	In order to reliably prevent cross-protocol attacks, this specification recommen ds avoiding key-reuse across protocols in <xref target="pq-key-generation"/>.</t >	In order to reliably prevent cross-protocol attacks, this specification recommen ds avoiding key-reuse across protocols in <xref target="pq-key-generation"/>.</t >
	</section>	</section>
	</section>	</section>
	<section anchor="sec-key-combiner">	<section anchor="sec-key-combiner">
	<name>Key Combiner</name>	<name>Key Combiner</name>
	<t>A central security notion of a key combiner is IND-CCA2-security. It is argued in <xref target="BCD_24"/> that the key combiner specified in <xref ta rget="kem-key-combiner"/> is IND-CCA2-secure if ML-KEM is IND-CCA2-secure or the Strong Diffie-Hellman problem in a nominal group holds. Note that Curve25519 an d Curve448 qualify as such nominal groups <xref target="ABH_21"/>.</t>	<t>A central security notion of a key combiner is IND-CCA2-security. It is argued in <xref target="BCD_24"/> that the key combiner specified in <xref ta rget="kem-key-combiner"/> is IND-CCA2-secure if ML-KEM is IND-CCA2-secure or the Strong Diffie-Hellman problem in a nominal group holds. Note that Curve25519 an d Curve448 qualify as such nominal groups <xref target="ABH_21"/>.</t>
	<t>Note that the inclusion of the ECC public key in the key combiner als o accounts for multi-target attacks against X25519 and X448.</t>	<t>Note that the inclusion of the ECC public key in the key combiner als o accounts for multi-target attacks against X25519 and X448.</t>
	<section anchor="sec-fixed-info">	<section anchor="sec-fixed-info">
	<name>Domain Separation and Context Binding</name>	<name>Domain Separation and Context Binding</name>

	<t>The <tt>domSep</tt> information defined in <xref target="kem-key-co mbiner"/> provides the domain separation for the key combiner construction.	<t>The <tt>domSep</tt> information defined in <xref target="kem-key-co mbiner"/> provides the domain separation for the key-combiner construction.
	This ensures that the input keying material is used to generate a KEK for a spec ific purpose.	This ensures that the input keying material is used to generate a KEK for a spec ific purpose.
	Appending the length octet ensures that no collisions can result across differen t domains, which might be defined in the future.	Appending the length octet ensures that no collisions can result across differen t domains, which might be defined in the future.
	This is because <tt>domSep \|\| len(domSep)</tt> is guaranteed to result in a suff ix-free set of octet strings even if further values should be defined for <tt>do mSep</tt>.	This is because <tt>domSep \|\| len(domSep)</tt> is guaranteed to result in a suff ix-free set of octet strings even if further values should be defined for <tt>do mSep</tt>.
	The term "suffix-free" applied to a set of words indicates that no word is the s uffix of another.	The term "suffix-free" applied to a set of words indicates that no word is the s uffix of another.
	Thus, this property ensures unambiguous parsing of a word from the rear of a str ing.	Thus, this property ensures unambiguous parsing of a word from the rear of a str ing.

	Unambiguous parseability, in turn, ensures that no collisions can happen on the space of input strings to the key combiner.</t>	Unambiguous parsability, in turn, ensures that no collisions can happen on the s pace of input strings to the key combiner.</t>
	<t>The algorithm ID, passed as the <tt>algID</tt> parameter to <tt>mul tiKeyCombine</tt>, binds the derived KEK to the chosen algorithm.	<t>The algorithm ID, passed as the <tt>algID</tt> parameter to <tt>mul tiKeyCombine</tt>, binds the derived KEK to the chosen algorithm.

	The algorithm ID identifies unequivocally the algorithm, the parameters for its instantiation, and the length of all artifacts, including the derived key.</t>	The algorithm ID unequivocally identifies the algorithm, the parameters for its instantiation, and the length of all artifacts, including the derived key.</t>
	</section>	</section>
	</section>	</section>
	<section anchor="hedged-sec-cons">	<section anchor="hedged-sec-cons">
	<name>ML-DSA and SLH-DSA Hedged Variants</name>	<name>ML-DSA and SLH-DSA Hedged Variants</name>
	<t>This specification makes use of the default "hedged" variants of ML-D SA and SLH-DSA, which mix fresh randomness into the respective signature-generat ion algorithm's internal hashing step.	<t>This specification makes use of the default "hedged" variants of ML-D SA and SLH-DSA, which mix fresh randomness into the respective signature-generat ion algorithm's internal hashing step.
	This has the advantage of an enhanced side-channel resistance of the signature o perations according to <xref target="FIPS-204"/> and <xref target="FIPS-205"/>.< /t>	This has the advantage of an enhanced side-channel resistance of the signature o perations according to <xref target="FIPS-204"/> and <xref target="FIPS-205"/>.< /t>
	</section>	</section>
	<section anchor="minimum-digest-size-for-pqt-signatures">	<section anchor="minimum-digest-size-for-pqt-signatures">
	<name>Minimum Digest Size for PQ(/T) Signatures</name>	<name>Minimum Digest Size for PQ(/T) Signatures</name>
	<t>This specification requires that all PQ(/T) signatures defined in thi s document are made on message digests computed with a hash algorithm with at le ast 256 bits of digest size.	<t>This specification requires that all PQ(/T) signatures defined in thi s document are made on message digests computed with a hash algorithm with at le ast 256 bits of digest size.

	Since all signature algorithms defined in this document require version 6 (or ne wer) signature packets, which currently include a leading random salt value in t he hashed data, the required property is not collision but (2nd) preimage resist ance.	Since all signature algorithms defined in this document require version 6 (or ne wer) signature packets, which currently include a leading random salt value in t he hashed data, the required property is not collision but (second) preimage res istance.
	Therefore, a hash algorithm with a digest size of at least 256 bits is sufficien t to match the targeted security levels of all PQ(/T) algorithms defined in this document.</t>	Therefore, a hash algorithm with a digest size of at least 256 bits is sufficien t to match the targeted security levels of all PQ(/T) algorithms defined in this document.</t>
	</section>	</section>
	<section anchor="symmetric-algorithms-for-seipd-packets-1">	<section anchor="symmetric-algorithms-for-seipd-packets-1">
	<name>Symmetric Algorithms for SEIPD Packets</name>	<name>Symmetric Algorithms for SEIPD Packets</name>
	<t>This specification mandates support for <tt>AES-256</tt> for two reas ons.	<t>This specification mandates support for <tt>AES-256</tt> for two reas ons.
	First, <tt>AES-KeyWrap</tt> with <tt>AES-256</tt> is already part of the composi te KEM construction.	First, <tt>AES-KeyWrap</tt> with <tt>AES-256</tt> is already part of the composi te KEM construction.
	Second, some of the PQ(/T) algorithms target the security level of <tt>AES-256</ tt>.</t>	Second, some of the PQ(/T) algorithms target the security level of <tt>AES-256</ tt>.</t>
	<t>For the same reasons, this specification further recommends the use o f <tt>AES-256</tt> if it is supported by all recipient certificates, regardless of what the implementation would otherwise choose based on the recipients' prefe rences.	<t>For the same reasons, this specification further recommends the use o f <tt>AES-256</tt> if it is supported by all recipient certificates, regardless of what the implementation would otherwise choose based on the recipients' prefe rences.
	This recommendation should be understood as a clear and simple rule for the sele ction of <tt>AES-256</tt> for encryption.	This recommendation should be understood as a clear and simple rule for the sele ction of <tt>AES-256</tt> for encryption.
	Implementations may also make more nuanced decisions.</t>	Implementations may also make more nuanced decisions.</t>
	</section>	</section>
	<section anchor="key-generation-1">	<section anchor="key-generation-1">
	<name>Key Generation</name>	<name>Key Generation</name>

	<t>When generating keys, this specification requires component keys to b	<t>When generating keys, this specification requires component keys to b
	e generated independently, and recommends not to reuse existing keys for any of	e generated independently and recommends not reusing existing keys for any of th
	the components.	e components.
	Note that reusing a key across different protocols may lead to signature confusi	Note that reusing a key across different protocols may lead to signature confusi
	on vulnerabilities, that formally classify as signature forgeries.	on vulnerabilities that formally classify as signature forgeries.
	Generally, reusing a key for different purposes may lead to subtle vulnerabiliti es.</t>	Generally, reusing a key for different purposes may lead to subtle vulnerabiliti es.</t>
	</section>	</section>
	<section anchor="random-number-generation-and-seeding">	<section anchor="random-number-generation-and-seeding">
	<name>Random Number Generation and Seeding</name>	<name>Random Number Generation and Seeding</name>

	<t>As mandated by <xref section="13.10" sectionFormat="of" target="RFC95 80"/>, all random data must be generated using a cryptographically secure pseudo random number generator (CSPRNG).</t>	<t>As mandated by <xref section="13.10" sectionFormat="of" target="RFC95 80"/>, all random data must be generated using a Cryptographically Secure Pseudo random Number Generator (CSPRNG).</t>
	</section>	</section>
	</section>	</section>
	<section anchor="additional-considerations">	<section anchor="additional-considerations">
	<name>Additional Considerations</name>	<name>Additional Considerations</name>
	<section anchor="performance-considerations">	<section anchor="performance-considerations">
	<name>Performance Considerations for SLH-DSA</name>	<name>Performance Considerations for SLH-DSA</name>

	<t>This specification introduces both ML-DSA + EdDSA as well as SLH-DSA	<t>This specification introduces both ML-DSA + EdDSA and SLH-DSA as PQ(/
	as PQ(/T) signature schemes.</t>	T) signature schemes.</t>
	<t>Generally, it can be said that ML-DSA + EdDSA provides a performance	<t>Generally, ML-DSA + EdDSA provides a performance in terms of executio
	in terms of execution time requirements that is close to that of traditional ECC	n time requirements that is close to that of traditional ECC signature schemes.
	signature schemes.
	Regarding the size of signatures and public keys, though, ML-DSA has far greater requirements than traditional schemes like ECC-based or even RSA signature sche mes.</t>	Regarding the size of signatures and public keys, though, ML-DSA has far greater requirements than traditional schemes like ECC-based or even RSA signature sche mes.</t>

	<t>Implementers may want to offer SLH-DSA for applications where the wea ker security assumptions of a hash-based signature scheme are required - namely only the 2nd preimage resistance of a hash function - and thus a potentially hig her degree of trust in the long-term security of signatures is achieved.	<t>Implementers may want to offer SLH-DSA for applications where the wea ker security assumptions of a hash-based signature scheme are required -- namely only the second preimage resistance of a hash function; thus, a potentially hig her degree of trust in the long-term security of signatures is achieved.
	However, SLH-DSA has performance characteristics in terms of execution time of t he signature generation as well as space requirements for the signature that are even greater than those of ML-DSA + EdDSA signature schemes.</t>	However, SLH-DSA has performance characteristics in terms of execution time of t he signature generation as well as space requirements for the signature that are even greater than those of ML-DSA + EdDSA signature schemes.</t>
	<t>Pertaining to the execution time, the particularly costly operation i n SLH-DSA is the signature generation.	<t>Pertaining to the execution time, the particularly costly operation i n SLH-DSA is the signature generation.
	Depending on the parameter set, it can range from approximately one hundred to m ore than two thousand times that of ML-DSA-87.	Depending on the parameter set, it can range from approximately one hundred to m ore than two thousand times that of ML-DSA-87.
	These numbers are based on the performance measurements published in the NIST su bmissions for SLH-DSA and ML-DSA.	These numbers are based on the performance measurements published in the NIST su bmissions for SLH-DSA and ML-DSA.
	In order to achieve fast signature generation times, the algorithm SLH-DSA-SHAKE -128f ("f" standing for "fast") should be chosen.	In order to achieve fast signature generation times, the algorithm SLH-DSA-SHAKE -128f ("f" standing for "fast") should be chosen.
	This comes at the expense of a larger signature size.	This comes at the expense of a larger signature size.
	This choice can be relevant in applications where mass signing occurs or a small latency is required.</t>	This choice can be relevant in applications where mass signing occurs or a small latency is required.</t>
	<t>In order to minimize the space requirements of an SLH-DSA signature, an algorithm ID with the name ending in "s" for "small" should be chosen.	<t>In order to minimize the space requirements of an SLH-DSA signature, an algorithm ID with the name ending in "s" for "small" should be chosen.
	This comes at the expense of a longer signature generation time.	This comes at the expense of a longer signature generation time.
	In particular, SLH-DSA-SHAKE-128s achieves the smallest possible signature size, which is about the double size of an ML-DSA-87 signature.	In particular, SLH-DSA-SHAKE-128s achieves the smallest possible signature size, which is about the double size of an ML-DSA-87 signature.

	Where a higher security level than 128 bit is needed, SLH-DSA-SHAKE-256s can be used.</t>	Where a higher security level than 128 bits is needed, SLH-DSA-SHAKE-256s can be used.</t>
	<t>Unlike the signature generation time, the signature verification time of SLH-DSA is not that much larger than that of other PQC schemes.	<t>Unlike the signature generation time, the signature verification time of SLH-DSA is not that much larger than that of other PQC schemes.
	Based on the performance measurements published in the NIST submissions for SLH- DSA and ML-DSA, the verification time of SLH-DSA is, for the parameters covered by this specification, larger than that of ML-DSA-87 by a factor ranging from fo ur (for -128s) over nine (for -256s) to twelve (for -128f).</t>	Based on the performance measurements published in the NIST submissions for SLH- DSA and ML-DSA, the verification time of SLH-DSA is, for the parameters covered by this specification, larger than that of ML-DSA-87 by a factor ranging from fo ur (for -128s) over nine (for -256s) to twelve (for -128f).</t>
	</section>	</section>
	</section>	</section>
	<section anchor="iana-considerations">	<section anchor="iana-considerations">
	<name>IANA Considerations</name>	<name>IANA Considerations</name>

	<t>IANA is requested to add the algorithm IDs defined in <xref target="ian	<t>IANA has added the algorithm IDs defined in <xref target="iana-pubkey-a
	a-pubkey-algos"/> to the existing registry <tt>OpenPGP Public Key Algorithms</tt	lgos"/> to the "OpenPGP Public Key Algorithms" registry at <xref target="IANA-OP
	> maintained at <xref target="IANA-OPENPGP"/>.</t>	ENPGP"/>.</t>

		<!--[rfced] We had the following questions related to the table in the
		IANA Considerations section:

		a) The table of IANA values is very difficult to read and, now that
		some edits have been made to the text, exceed our 72-character line
		length limit.

		We suggest updating to a definitions list for readability. This
		update would appear as seen here:

		[insert file link]

		b) We see links to specific tables in the various "Format" columns.
		Please review as ID 30 (for example) mentions Tables 6 and 7 (which
		are in Sections 5.1.1 and 5.1.2, respectively), while the Reference
		column is pointing to Section 5.2. If this is not as expected, please
		review each entry and let us know if/how to update.

		c) Please note that we will communicate any updates we've made to the
		text in the IANA table to IANA for corresponding updates at
		https://www.iana.org/assignments/openpgp/openpgp.xhtml#openpgp-public-key-algori
		thms
		once AUTH48 completes (and the text is stable).

		-->

	<table anchor="iana-pubkey-algos">	<table anchor="iana-pubkey-algos">

	<name>IANA updates for registry 'OpenPGP Public Key Algorithms'</name>	<name>Updates to the "OpenPGP Public Key Algorithms" Registry</name>
	<thead>	<thead>
	<tr>	<tr>
	<th align="left">ID</th>	<th align="left">ID</th>
	<th align="left">Algorithm</th>	<th align="left">Algorithm</th>
	<th align="right">Public Key Format</th>	<th align="right">Public Key Format</th>
	<th align="right">Secret Key Format</th>	<th align="right">Secret Key Format</th>
	<th align="right">Signature Format</th>	<th align="right">Signature Format</th>
	<th align="right">PKESK Format</th>	<th align="right">PKESK Format</th>
	<th align="right">Reference</th>	<th align="right">Reference</th>
	</tr>	</tr>
	</thead>	</thead>
	<tbody>	<tbody>
	<tr>	<tr>

	<td align="left">TBD(30)</td>	<td align="left">30</td>
	<td align="left">ML-DSA-65+Ed25519</td>	<td align="left">ML-DSA-65+Ed25519</td>

	<td align="right">32 octets Ed25519 public key (<xref target="tab-ed	<td align="right">32-octet Ed25519 public key (<xref target="tab-edd
	dsa-artifacts"/>), 1952 octets ML-DSA-65 public key (<xref target="tab-mldsa-art	sa-artifacts"/>), 1952-octet ML-DSA-65 public key (<xref target="tab-mldsa-artif
	ifacts"/>)</td>	acts"/>)</td>
	<td align="right">32 octets Ed25519 secret key (<xref target="tab-ed	<td align="right">32-octet Ed25519 secret key (<xref target="tab-edd
	dsa-artifacts"/>), 32 octets ML-DSA-65 secret key (<xref target="tab-mldsa-artif	sa-artifacts"/>), 32-octet ML-DSA-65 secret key (<xref target="tab-mldsa-artifac
	acts"/>)</td>	ts"/>)</td>
	<td align="right">64 octets Ed25519 signature (<xref target="tab-edd	<td align="right">64-octet Ed25519 signature (<xref target="tab-edds
	sa-artifacts"/>), 3309 octets ML-DSA-65 signature (<xref target="tab-mldsa-artif	a-artifacts"/>), 3309-octet ML-DSA-65 signature (<xref target="tab-mldsa-artifac
	acts"/>)</td>	ts"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>
	<td align="right">	<td align="right">

	<xref target="ecc-mldsa"/> of RFC TBD</td>	<xref target="ecc-mldsa"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(31)</td>	<td align="left">31</td>
	<td align="left">ML-DSA-87+Ed448</td>	<td align="left">ML-DSA-87+Ed448</td>

	<td align="right">57 octets Ed448 public key (<xref target="tab-edds	<td align="right">57-octet Ed448 public key (<xref target="tab-eddsa
	a-artifacts"/>), 2592 octets ML-DSA-87 public key (<xref target="tab-mldsa-arti	-artifacts"/>), 2592-octet ML-DSA-87 public key (<xref target="tab-mldsa-artifa
	facts"/>)</td>	cts"/>)</td>
	<td align="right">57 octets Ed448 secret key (<xref target="tab-edds	<td align="right">57-octet Ed448 secret key (<xref target="tab-eddsa
	a-artifacts"/>), 32 octets ML-DSA-87 secret key (<xref target="tab-mldsa-artifac	-artifacts"/>), 32-octet ML-DSA-87 secret key (<xref target="tab-mldsa-artifacts
	ts"/>)</td>	"/>)</td>
	<td align="right">114 octets Ed448 signature (<xref target="tab-edds	<td align="right">114-octet Ed448 signature (<xref target="tab-eddsa
	a-artifacts"/>), 4627 octets ML-DSA-87 signature (<xref target="tab-mldsa-artifa	-artifacts"/>), 4627-octet ML-DSA-87 signature (<xref target="tab-mldsa-artifact
	cts"/>)</td>	s"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>
	<td align="right">	<td align="right">

	<xref target="ecc-mldsa"/> of RFC TBD</td>	<xref target="ecc-mldsa"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(32)</td>	<td align="left">32</td>
	<td align="left">SLH-DSA-SHAKE-128s</td>	<td align="left">SLH-DSA-SHAKE-128s</td>

	<td align="right">32 octets public key (<xref target="slhdsa-artifac	<td align="right">32-octet public key (<xref target="slhdsa-artifact
	t-lengths"/>)</td>	-lengths"/>)</td>
	<td align="right">64 octets secret key (<xref target="slhdsa-artifac	<td align="right">64-octet secret key (<xref target="slhdsa-artifact
	t-lengths"/>)</td>	-lengths"/>)</td>
	<td align="right">7856 octets signature (<xref target="slhdsa-artifa	<td align="right">7856-octet signature (<xref target="slhdsa-artifac
	ct-lengths"/>)</td>	t-lengths"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>
	<td align="right">	<td align="right">

	<xref target="slhdsa"/> of RFC TBD</td>	<xref target="slhdsa"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(33)</td>	<td align="left">33</td>
	<td align="left">SLH-DSA-SHAKE-128f</td>	<td align="left">SLH-DSA-SHAKE-128f</td>

	<td align="right">32 octets public key (<xref target="slhdsa-artifac	<td align="right">32-octet public key (<xref target="slhdsa-artifact
	t-lengths"/>)</td>	-lengths"/>)</td>
	<td align="right">64 octets secret key (<xref target="slhdsa-artifac	<td align="right">64-octet secret key (<xref target="slhdsa-artifact
	t-lengths"/>)</td>	-lengths"/>)</td>
	<td align="right">17088 octets signature (<xref target="slhdsa-artif	<td align="right">17088-octet signature (<xref target="slhdsa-artifa
	act-lengths"/>)</td>	ct-lengths"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>
	<td align="right">	<td align="right">

	<xref target="slhdsa"/> of RFC TBD</td>	<xref target="slhdsa"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(34)</td>	<td align="left">34</td>
	<td align="left">SLH-DSA-SHAKE-256s</td>	<td align="left">SLH-DSA-SHAKE-256s</td>

	<td align="right">64 octets public key (<xref target="slhdsa-artifac	<td align="right">64-octet public key (<xref target="slhdsa-artifact
	t-lengths"/>)</td>	-lengths"/>)</td>
	<td align="right">128 octets secret key (<xref target="slhdsa-artifa	<td align="right">128-octet secret key (<xref target="slhdsa-artifac
	ct-lengths"/>)</td>	t-lengths"/>)</td>
	<td align="right">29792 octets signature (<xref target="slhdsa-artif	<td align="right">29792-octet signature (<xref target="slhdsa-artifa
	act-lengths"/>)</td>	ct-lengths"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>
	<td align="right">	<td align="right">

	<xref target="slhdsa"/> of RFC TBD</td>	<xref target="slhdsa"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(35)</td>	<td align="left">35</td>
	<td align="left">ML-KEM-768+X25519</td>	<td align="left">ML-KEM-768+X25519</td>

	<td align="right">32 octets X25519 public key (<xref target="tab-ecd	<td align="right">32-octet X25519 public key (<xref target="tab-ecdh
	h-cfrg-artifacts"/>), 1184 octets ML-KEM-768 public key (<xref target="tab-mlkem	-cfrg-artifacts"/>), 1184-octet ML-KEM-768 public key (<xref target="tab-mlkem-a
	-artifacts"/>)</td>	rtifacts"/>)</td>
	<td align="right">32 octets X25519 secret key (<xref target="tab-ecd	<td align="right">32-octet X25519 secret key (<xref target="tab-ecdh
	h-cfrg-artifacts"/>), 64 octets ML-KEM-768 secret-key (<xref target="tab-mlkem-a	-cfrg-artifacts"/>), 64-octet ML-KEM-768 secret key (<xref target="tab-mlkem-art
	rtifacts"/>)</td>	ifacts"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>

	<td align="right">32 octets X25519 ciphertext, 1088 octets ML-KEM-76 8 ciphertext, 1 octet remaining length, [1 octet algorithm ID in case of v3 PKES K,] <tt>n</tt> octets wrapped session key (<xref target="ecc-mlkem-pkesk"/>)</td >	<td align="right">32-octet X25519 ciphertext, 1088-octet ML-KEM-768 ciphertext, 1 octet remaining length, [1 octet algorithm ID in case of v3 PKESK, ] <tt>n</tt> octets wrapped session key (<xref target="ecc-mlkem-pkesk"/>)</td>
	<td align="right">	<td align="right">

	<xref target="ecc-mlkem"/> of RFC TBD</td>	<xref target="ecc-mlkem"/> of RFC 9980</td>
	</tr>	</tr>
	<tr>	<tr>

	<td align="left">TBD(36)</td>	<td align="left">36</td>
	<td align="left">ML-KEM-1024+X448</td>	<td align="left">ML-KEM-1024+X448</td>

	<td align="right">56 octets X448 public key (<xref target="tab-ecdh-	<td align="right">56-octet X448 public key (<xref target="tab-ecdh-c
	cfrg-artifacts"/>), 1568 octets ML-KEM-1024 public key (<xref target="tab-mlkem	frg-artifacts"/>), 1568-octet ML-KEM-1024 public key (<xref target="tab-mlkem-ar
	-artifacts"/>)</td>	tifacts"/>)</td>
	<td align="right">56 octets X448 secret key (<xref target="tab-ecdh-	<td align="right">56-octet X448 secret key (<xref target="tab-ecdh-c
	cfrg-artifacts"/>), 64 octets ML-KEM-1024 secret-key (<xref target="tab-mlkem-ar	frg-artifacts"/>), 64-octet ML-KEM-1024 secret key (<xref target="tab-mlkem-arti
	tifacts"/>)</td>	facts"/>)</td>
	<td align="right">N/A</td>	<td align="right">N/A</td>

	<td align="right">56 octets X448 ciphertext, 1568 octets ML-KEM-1024 ciphertext, 1 octet remaining length, [1 octet algorithm ID in case of v3 PKESK ,] <tt>n</tt> octets wrapped session key (<xref target="ecc-mlkem-pkesk"/>)</td>	<td align="right">56-octet X448 ciphertext, 1568-octet ML-KEM-1024 c iphertext, 1 octet remaining length, [1 octet algorithm ID in case of v3 PKESK,] <tt>n</tt> octets wrapped session key (<xref target="ecc-mlkem-pkesk"/>)</td>
	<td align="right">	<td align="right">

	<xref target="ecc-mlkem"/> of RFC TBD</td>	<xref target="ecc-mlkem"/> of RFC 9980</td>
	</tr>	</tr>
	</tbody>	</tbody>

	</table>	</table>
	<t>IANA is asked to add the following note to this registry:</t>
	<ul empty="true">	<t>IANA has added the following note to this registry:</t>
	<li>	<t indent="3">The field specifications enclosed in square brackets for
	<t>The field specifications enclosed in square brackets for PKESK Form	PKESK Format represent fields that may or may not be present, depending
	at represent fields that may or may not be present, depending on the PKESK versi	on the PKESK version.</t>
	on.</t>
	</li>
	</ul>
	</section>
	<section anchor="changelog">
	<name>Changelog</name>
	<section anchor="draft-wussler-openpgp-pqc-01">
	<name>draft-wussler-openpgp-pqc-01</name>
	<ul spacing="normal">
	<li>
	<t>Shifted the algorithm IDs by 4 to align with the crypto-refresh.<
	/t>
	</li>
	<li>
	<t>Renamed v5 packets into v6 to align with the crypto-refresh.</t>
	</li>
	<li>
	<t>Defined IND-CCA2 security for KDF and key combination.</t>
	</li>
	<li>
	<t>Added explicit key generation procedures.</t>
	</li>
	<li>
	<t>Changed the key combination KMAC salt.</t>
	</li>
	<li>
	<t>Mandated Parameter ID check in SPHINCS+ signature verification.</
	t>
	</li>
	<li>
	<t>Fixed key share size for Kyber-768.</t>
	</li>
	<li>
	<t>Added "Preliminaries" section.</t>
	</li>
	<li>
	<t>Fixed IANA considerations.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-wussler-openpgp-pqc-02">
	<name>draft-wussler-openpgp-pqc-02</name>
	<ul spacing="normal">
	<li>
	<t>Added the ephemeral and public key in the ECC key derivation func
	tion.</t>
	</li>
	<li>
	<t>Removed public key hash from key combiner.</t>
	</li>
	<li>
	<t>Allowed v3 PKESKs and v4 keys with PQ algorithms, limiting them t
	o AES
	symmetric ciphers.
	for encryption with SEIPDv1, in line with the crypto-refresh.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-wussler-openpgp-pqc-03">
	<name>draft-wussler-openpgp-pqc-03</name>
	<ul spacing="normal">
	<li>
	<t>Replaced round 3 submission with NIST PQC Draft Standards FIPS 20
	3, 204, 205.</t>
	</li>
	<li>
	<t>Added consideration about security level for hashes.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-wussler-openpgp-pqc-04">
	<name>draft-wussler-openpgp-pqc-04</name>
	<ul spacing="normal">
	<li>
	<t>Added Johannes Roth as author</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-00">
	<name>draft-ietf-openpgp-pqc-00</name>
	<ul spacing="normal">
	<li>
	<t>Renamed draft</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-01">
	<name>draft-ietf-openpgp-pqc-01</name>
	<ul spacing="normal">
	<li>
	<t>Mandated <tt>AES-256</tt> as mandatory to implement.</t>
	</li>
	<li>
	<t>Added <tt>AES-256</tt> / <tt>AES-128</tt> with <tt>OCB</tt> impli
	citly to v1/v2 SEIPD preferences of "PQ(/T) certificates".</t>
	</li>
	<li>
	<t>Added a recommendation to use <tt>AES-256</tt> when possible.</t>
	</li>
	<li>
	<t>Swapped the optional v3 PKESK algorithm identifier with length oc
	tet in order to align with X25519 and X448.</t>
	</li>
	<li>
	<t>Fixed ML-DSA secret key size.</t>
	</li>
	<li>
	<t>Added test vectors.</t>
	</li>
	<li>
	<t>Correction and completion of IANA instructions.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-02">
	<name>draft-ietf-openpgp-pqc-02</name>
	<ul spacing="normal">
	<li>
	<t>Removed git rebase artifact.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-03">
	<name>draft-ietf-openpgp-pqc-03</name>
	<ul spacing="normal">
	<li>
	<t>Updated SLH-DSA by removing parametrization and restricting to th
	ree SLH-DSA-SHAKE algorithm code points.</t>
	</li>
	<li>
	<t>Removed NIST and Brainpool curve hybrids, dropped ECDSA from the
	current specification.</t>
	</li>
	<li>
	<t>Updated KDF as proposed at IETF 119.</t>
	</li>
	<li>
	<t>Removed whitespaces from composite algorithm names.</t>
	</li>
	<li>
	<t>Explicitly disallowed SED (Packet Type ID 9) and weak hashes when
	using PQ algorithms.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-04">
	<name>draft-ietf-openpgp-pqc-04</name>
	<ul spacing="normal">
	<li>
	<t>Fixed ML-DSA signature size.</t>
	</li>
	<li>
	<t>Fixed parameters order in PKESK description.</t>
	</li>
	<li>
	<t>Fixed missing inputs into KEM combination description.</t>
	</li>
	<li>
	<t>Improved parallel encryption guidance.</t>
	</li>
	<li>
	<t>Improved SED deprecation description.</t>
	</li>
	<li>
	<t>Added ML-DSA test vectors.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-05">
	<name>draft-ietf-openpgp-pqc-05</name>
	<ul spacing="normal">
	<li>
	<t>Reworked KEM combiner for the purpose of NIST-compliance.</t>
	</li>
	<li>
	<t>Mandated v6 keys for ML-KEM + ECDH algorithms.</t>
	</li>
	<li>
	<t>Defined secret key seed format for ML-KEM and ML-DSA.</t>
	</li>
	<li>
	<t>Added key generation security considerations.</t>
	</li>
	<li>
	<t>Replaced initial public drafts with FIPS 203, 204, 205.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-06">
	<name>draft-ietf-openpgp-pqc-06</name>
	<ul spacing="normal">
	<li>
	<t>Fixed and improved test vectors.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-07">
	<name>draft-ietf-openpgp-pqc-07</name>
	<ul spacing="normal">
	<li>
	<t>Assigned code points 30 - 34 for ML-DSA + EdDSA and SLH-DSA algor
	ithms.</t>
	</li>
	<li>
	<t>Aligned KEM combiner with LAMPS.</t>
	</li>
	<li>
	<t>Dropped CCA-conversion of X25519/X448 and adjusted security consi
	derations.</t>
	</li>
	<li>
	<t>Switched to hedged variant also for SLH-DSA.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-08">
	<name>draft-ietf-openpgp-pqc-08</name>
	<ul spacing="normal">
	<li>
	<t>Assigned code points 35 and 36 for ML-KEM + ECDH algorithms.</t>
	</li>
	<li>
	<t>Removed hash binding for ML-DSA + EdDSA and SLH-DSA algorithms.</
	t>
	</li>
	<li>
	<t>Allowed usage of ML-KEM-768 + X25519 with v4 keys.</t>
	</li>
	<li>
	<t>Aligned KEM combiner to X-Wing and switched to suffix-free encodi
	ng of the domain separator.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-09">
	<name>draft-ietf-openpgp-pqc-09</name>
	<ul spacing="normal">
	<li>
	<t>Removed subkey semantics related guidance.</t>
	</li>
	<li>
	<t>Updated test vectors.</t>
	</li>
	<li>
	<t>Added non-normative algorithm explanation.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-10">
	<name>draft-ietf-openpgp-pqc-10</name>
	<ul spacing="normal">
	<li>
	<t>Specified minimum requirements for signature message digest sizes
	.</t>
	</li>
	<li>
	<t>Added security considerations for signature message digest sizes.
	</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-11">
	<name>draft-ietf-openpgp-pqc-11</name>
	<ul spacing="normal">
	<li>
	<t>Editorial changes and fixes of inconsistencies.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-12">
	<name>draft-ietf-openpgp-pqc-12</name>
	<ul spacing="normal">
	<li>
	<t>Moved from informational to standards-track.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-13">
	<name>draft-ietf-openpgp-pqc-13</name>
	<ul spacing="normal">
	<li>
	<t>Addressed various editorial comments from AD review.</t>
	</li>
	<li>
	<t>Added text about signature verification to the migration consider
	ations section.</t>
	</li>
	<li>
	<t>Added text about preventing signature cross-protocol attacks to t
	he security considerations section.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-14">
	<name>draft-ietf-openpgp-pqc-14</name>
	<ul spacing="normal">
	<li>
	<t>Fixed a broken reference.</t>
	</li>
	<li>
	<t>Updated KEM combiner references.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-15">
	<name>draft-ietf-openpgp-pqc-15</name>
	<ul spacing="normal">
	<li>
	<t>Addressed various editorial comments from IESG reviews.</t>
	</li>
	</ul>
	</section>
	<section anchor="draft-ietf-openpgp-pqc-16">
	<name>draft-ietf-openpgp-pqc-16</name>
	<ul spacing="normal">
	<li>
	<t>Addressed more editorial comments from IESG reviews.</t>
	</li>
	</ul>
	</section>
	</section>
	<section anchor="contributors">
	<name>Contributors</name>
	<t>Stephan Ehlen (BSI)<br/>
	Carl-Daniel Hailfinger (BSI)<br/>
	Andreas Huelsing (TU Eindhoven)</t>
	</section>
	<section numbered="false" anchor="acknowledgments">
	<name>Acknowledgments</name>
	<t>Thanks to Daniel Kahn Gillmor, Justus Winter, Daniel Huigens, Evangelos
	Karatsiolis, and early implementers of the draft for their reviews and feedback
	on this document.</t>
	</section>	</section>
	</middle>	</middle>
	<back>	<back>
	<references anchor="sec-combined-references">	<references anchor="sec-combined-references">
	<name>References</name>	<name>References</name>
	<references anchor="sec-normative-references">	<references anchor="sec-normative-references">
	<name>Normative References</name>	<name>Normative References</name>

	<reference anchor="RFC7748">	<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.7
	<front>	748.xml"/>
	<title>Elliptic Curves for Security</title>	<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.8
	<author fullname="A. Langley" initials="A." surname="Langley"/>	032.xml"/>
	<author fullname="M. Hamburg" initials="M." surname="Hamburg"/>	<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.3
	<author fullname="S. Turner" initials="S." surname="Turner"/>	394.xml"/>
	<date month="January" year="2016"/>	<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.9
	<abstract>	580.xml"/>
	<t>This memo specifies two elliptic curves over prime fields that
	offer a high level of practical security in cryptographic applications, includin	<reference anchor="FIPS-203" target="https://nvlpubs.nist.gov/nistpubs/F
	g Transport Layer Security (TLS). These curves are intended to operate at the ~1	IPS/NIST.FIPS.203.pdf">
	28-bit and ~224-bit security level, respectively, and are generated deterministi
	cally based on a list of required properties.</t>
	</abstract>
	</front>
	<seriesInfo name="RFC" value="7748"/>
	<seriesInfo name="DOI" value="10.17487/RFC7748"/>
	</reference>
	<reference anchor="RFC8032">
	<front>
	<title>Edwards-Curve Digital Signature Algorithm (EdDSA)</title>
	<author fullname="S. Josefsson" initials="S." surname="Josefsson"/>
	<author fullname="I. Liusvaara" initials="I." surname="Liusvaara"/>
	<date month="January" year="2017"/>
	<abstract>
	<t>This document describes elliptic curve signature scheme Edwards
	-curve Digital Signature Algorithm (EdDSA). The algorithm is instantiated with r
	ecommended parameters for the edwards25519 and edwards448 curves. An example imp
	lementation and test vectors are provided.</t>
	</abstract>
	</front>
	<seriesInfo name="RFC" value="8032"/>
	<seriesInfo name="DOI" value="10.17487/RFC8032"/>
	</reference>
	<reference anchor="RFC3394">
	<front>
	<title>Advanced Encryption Standard (AES) Key Wrap Algorithm</title>
	<author fullname="J. Schaad" initials="J." surname="Schaad"/>
	<author fullname="R. Housley" initials="R." surname="Housley"/>
	<date month="September" year="2002"/>
	</front>
	<seriesInfo name="RFC" value="3394"/>
	<seriesInfo name="DOI" value="10.17487/RFC3394"/>
	</reference>
	<reference anchor="RFC9580">
	<front>
	<title>OpenPGP</title>
	<author fullname="P. Wouters" initials="P." role="editor" surname="W
	outers"/>
	<author fullname="D. Huigens" initials="D." surname="Huigens"/>
	<author fullname="J. Winter" initials="J." surname="Winter"/>
	<author fullname="Y. Niibe" initials="Y." surname="Niibe"/>
	<date month="July" year="2024"/>
	<abstract>
	<t>This document specifies the message formats used in OpenPGP. Op
	enPGP provides encryption with public key or symmetric cryptographic algorithms,
	digital signatures, compression, and key management.</t>
	<t>This document is maintained in order to publish all necessary i
	nformation needed to develop interoperable applications based on the OpenPGP for
	mat. It is not a step-by-step cookbook for writing an application. It describes
	only the format and methods needed to read, check, generate, and write conformin
	g packets crossing any network. It does not deal with storage and implementation
	questions. It does, however, discuss implementation issues necessary to avoid s
	ecurity flaws.</t>
	<t>This document obsoletes RFCs 4880 ("OpenPGP Message Format"), 5
	581 ("The Camellia Cipher in OpenPGP"), and 6637 ("Elliptic Curve Cryptography (
	ECC) in OpenPGP").</t>
	</abstract>
	</front>
	<seriesInfo name="RFC" value="9580"/>
	<seriesInfo name="DOI" value="10.17487/RFC9580"/>
	</reference>
	<reference anchor="FIPS-203" target="https://doi.org/10.6028/NIST.FIPS.2
	03">
	<front>	<front>
	<title>Module-Lattice-Based Key-Encapsulation Mechanism Standard</ti tle>	<title>Module-Lattice-Based Key-Encapsulation Mechanism Standard</ti tle>
	<author>	<author>

	<organization>National Institute of Standards and Technology</orga nization>	<organization abbrev="NIST">National Institute of Standards and Te chnology</organization>
	</author>	</author>

	<date year="2024" month="August"/>	<date month="August" year="2024"/>
	</front>	</front>

		<seriesInfo name="NIST FIPS" value="203"/>
		<seriesInfo name="DOI" value="10.6028/NIST.FIPS.203"/>
	</reference>	</reference>

	<reference anchor="FIPS-204" target="https://doi.org/10.6028/NIST.FIPS.2
	04">	<reference anchor="FIPS-204" target="https://nvlpubs.nist.gov/nistpubs/F
		IPS/NIST.FIPS.204.pdf">
	<front>	<front>
	<title>Module-Lattice-Based Digital Signature Standard</title>	<title>Module-Lattice-Based Digital Signature Standard</title>
	<author>	<author>

	<organization>National Institute of Standards and Technology</orga nization>	<organization abbrev="NIST">National Institute of Standards and Te chnology</organization>
	</author>	</author>

	<date year="2024" month="August"/>	<date month="August" year="2024"/>
	</front>	</front>

		<seriesInfo name="NIST FIPS" value="204"/>
		<seriesInfo name="DOI" value="10.6028/NIST.FIPS.204"/>
	</reference>	</reference>

	<reference anchor="FIPS-205" target="https://doi.org/10.6028/NIST.FIPS.2
	05">	<reference anchor="FIPS-205" target="https://nvlpubs.nist.gov/nistpubs/F
		IPS/NIST.FIPS.205.pdf">
	<front>	<front>
	<title>Stateless Hash-Based Digital Signature Standard</title>	<title>Stateless Hash-Based Digital Signature Standard</title>
	<author>	<author>

	<organization>National Institute of Standards and Technology</orga nization>	<organization abbrev="NIST">National Institute of Standards and Te chnology</organization>
	</author>	</author>

	<date year="2024" month="August"/>	<date month="August" year="2024"/>
	</front>	</front>

		<seriesInfo name="NIST FIPS" value="205"/>
		<seriesInfo name="DOI" value="10.6028/NIST.FIPS.205"/>
	</reference>	</reference>

	<reference anchor="IANA-OPENPGP" target="https://www.iana.org/assignment
	s/openpgp/openpgp.xhtml#openpgp-public-key-algorithms">	<reference anchor="IANA-OPENPGP" target="https://www.iana.org/assignment
		s/openpgp">
	<front>	<front>
	<title>OpenPGP Public Key Algorithms</title>	<title>OpenPGP Public Key Algorithms</title>
	<author>	<author>
	<organization>IANA</organization>	<organization>IANA</organization>
	</author>	</author>

	<date>n.d.</date>
	</front>
	</reference>
	<reference anchor="RFC2119">
	<front>
	<title>Key words for use in RFCs to Indicate Requirement Levels</tit
	le>
	<author fullname="S. Bradner" initials="S." surname="Bradner"/>
	<date month="March" year="1997"/>
	<abstract>
	<t>In many standards track documents several words are used to sig
	nify the requirements in the specification. These words are often capitalized. T
	his document defines these words as they should be interpreted in IETF documents
	. This document specifies an Internet Best Current Practices for the Internet Co
	mmunity, and requests discussion and suggestions for improvements.</t>
	</abstract>
	</front>	</front>

	<seriesInfo name="BCP" value="14"/>
	<seriesInfo name="RFC" value="2119"/>
	<seriesInfo name="DOI" value="10.17487/RFC2119"/>
	</reference>
	<reference anchor="RFC8174">
	<front>
	<title>Ambiguity of Uppercase vs Lowercase in RFC 2119 Key Words</ti
	tle>
	<author fullname="B. Leiba" initials="B." surname="Leiba"/>
	<date month="May" year="2017"/>
	<abstract>
	<t>RFC 2119 specifies common key words that may be used in protoco
	l specifications. This document aims to reduce the ambiguity by clarifying that
	only UPPERCASE usage of the key words have the defined special meanings.</t>
	</abstract>
	</front>
	<seriesInfo name="BCP" value="14"/>
	<seriesInfo name="RFC" value="8174"/>
	<seriesInfo name="DOI" value="10.17487/RFC8174"/>
	</reference>	</reference>

		<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.2
		119.xml"/>
		<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.8
		174.xml"/>
	</references>	</references>
	<references anchor="sec-informative-references">	<references anchor="sec-informative-references">
	<name>Informative References</name>	<name>Informative References</name>


		<!-- [rfced] [NIST-PQC] Please review. The date provided for this
		reference does not match any of the dates provided at this
		reference's URL. At the bottom of the page the dates listed are "
		Created January 03, 2017, Updated December 11, 2025".

		Also, the authors used in this reference entry are not listed on this
		page (with the exception of Dustin Moody who is listed in the
		"Contacts" section).

		Is there another page this reference was meant to point to?

		If this is the correct URL we recommend the following update:

		Current:
		[NIST-PQC] Chen, L., Moody, D., and Y. Liu, "Post-Quantum Cryptography
		Standardization", December 2016,
		<https://csrc.nist.gov/projects/post-quantum-cryptography/post-quantum-crypto
		graphy-standardization>.

		Perhaps:
		[NIST-PQC] NIST, "Post-Quantum Cryptography Standardization", December 2025,
		<https://csrc.nist.gov/projects/post-quantum-cryptography/post-quantum-crypto
		graphy-standardization>.

		-->
	<reference anchor="NIST-PQC" target="https://csrc.nist.gov/projects/post -quantum-cryptography/post-quantum-cryptography-standardization">	<reference anchor="NIST-PQC" target="https://csrc.nist.gov/projects/post -quantum-cryptography/post-quantum-cryptography-standardization">
	<front>	<front>
	<title>Post-Quantum Cryptography Standardization</title>	<title>Post-Quantum Cryptography Standardization</title>
	<author initials="L." surname="Chen" fullname="Lily Chen">	<author initials="L." surname="Chen" fullname="Lily Chen">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Moody" fullname="Dustin Moody">	<author initials="D." surname="Moody" fullname="Dustin Moody">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="Y." surname="Liu" fullname="Yi-Kai Liu">	<author initials="Y." surname="Liu" fullname="Yi-Kai Liu">
	<organization/>	<organization/>
	</author>	</author>
	<date year="2016" month="December"/>	<date year="2016" month="December"/>
	</front>	</front>
	</reference>	</reference>


		<!-- Note to PE: XML for update to [NIST-PQC]
		<reference anchor="NIST-PQC" target="https://csrc.nist.gov/projects/post
		-quantum-cryptography/post-quantum-cryptography-standardization">
		<front>
		<title>Post-Quantum Cryptography Standardization</title>
		<author>
		<organization>NIST</organization>
		</author>
		<date year="2025" month="December"/>
		</front>
		</reference>
		-->

		<!-- [rfced] [NISTIR-8413] FYI: We've updated the date for this
		reference from September 2022 to July 2022. Note that the version from
		September was withdrawn and replaced by an updated version in July
		2022: https://nvlpubs.nist.gov/nistpubs/ir/2022/NIST.IR.8413.pdf. We
		also updated the series number from "NIST IR 8413" to "NIST IR
		8413-upd1". -->

	<reference anchor="NISTIR-8413" target="https://doi.org/10.6028/NIST.IR. 8413-upd1">	<reference anchor="NISTIR-8413" target="https://doi.org/10.6028/NIST.IR. 8413-upd1">
	<front>	<front>
	<title>Status Report on the Third Round of the NIST Post-Quantum Cry ptography Standardization Process</title>	<title>Status Report on the Third Round of the NIST Post-Quantum Cry ptography Standardization Process</title>
	<author initials="G." surname="Alagic" fullname="Gorjan Alagic">	<author initials="G." surname="Alagic" fullname="Gorjan Alagic">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Apon" fullname="Daniel Apon">	<author initials="D." surname="Apon" fullname="Daniel Apon">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Cooper" fullname="David Cooper">	<author initials="D." surname="Cooper" fullname="David Cooper">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="Q." surname="Dang" fullname="Quynh Dang">	<author initials="Q." surname="Dang" fullname="Quynh Dang">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="T." surname="Dang" fullname="Thinh Dang">	<author initials="T." surname="Dang" fullname="Thinh Dang">
	<organization/>	<organization/>
	</author>	</author>

	<author initials="J." surname="Kelsey" fullname="John Kelsay">	<author initials="J." surname="Kelsey" fullname="John Kelsey">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="J." surname="Lichtinger" fullname="Jacob Lichtinge r">	<author initials="J." surname="Lichtinger" fullname="Jacob Lichtinge r">
	<organization/>	<organization/>
	</author>	</author>

		<author initials="Y." surname="Liu" fullname="Yi-Kai Liu">
		<organization/>
		</author>
	<author initials="C." surname="Miller" fullname="Carl Miller">	<author initials="C." surname="Miller" fullname="Carl Miller">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Moody" fullname="Dustin Moody">	<author initials="D." surname="Moody" fullname="Dustin Moody">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="R." surname="Peralta" fullname="Rene Peralta">	<author initials="R." surname="Peralta" fullname="Rene Peralta">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="R." surname="Perlner" fullname="Ray Perlner">	<author initials="R." surname="Perlner" fullname="Ray Perlner">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="A." surname="Robinson" fullname="Angela Robinson">	<author initials="A." surname="Robinson" fullname="Angela Robinson">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Smith-Tone" fullname="Daniel Smith-To ne">	<author initials="D." surname="Smith-Tone" fullname="Daniel Smith-To ne">
	<organization/>	<organization/>
	</author>	</author>

	<author initials="Y." surname="Liu" fullname="Yi-Kai Liu">	<date year="2022" month="July"/>
	<organization/>
	</author>
	<date year="2022" month="September"/>
	</front>	</front>

	<seriesInfo name="NIST IR 8413" value=""/>	<seriesInfo name="NIST IR" value="8413-upd1"/>
	</reference>	</reference>
	<reference anchor="CHHKM" target="https://eprint.iacr.org/2025/1397">	<reference anchor="CHHKM" target="https://eprint.iacr.org/2025/1397">
	<front>	<front>
	<title>Starfighters - On the General Applicability of X-Wing</title>	<title>Starfighters - On the General Applicability of X-Wing</title>
	<author initials="D." surname="Connolly" fullname="Deirdre Connolly" >	<author initials="D." surname="Connolly" fullname="Deirdre Connolly" >
	<organization/>	<organization/>
	</author>	</author>

	<author initials="K." surname="Hoevelmanns" fullname="Kathrin Hoevel manns">	<author initials="K." surname="Hövelmanns" fullname="Kathrin Hövelma nns">
	<organization/>	<organization/>
	</author>	</author>

	<author initials="A." surname="Huelsing" fullname="Andreas Huelsing" >	<author initials="A." surname="Hülsing" fullname="Andreas Hülsing">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="S." surname="Kousidis" fullname="Stavros Kousidis" >	<author initials="S." surname="Kousidis" fullname="Stavros Kousidis" >
	<organization/>	<organization/>
	</author>	</author>
	<author initials="M." surname="Meijers" fullname="Matthias Meijers">	<author initials="M." surname="Meijers" fullname="Matthias Meijers">
	<organization/>	<organization/>
	</author>	</author>
	<date year="2025"/>	<date year="2025"/>
	</front>	</front>

	<seriesInfo name="Cryptology {ePrint} Archive, Paper 2025/1397" value= ""/>	<refcontent>Cryptology ePrint Archive, Paper 2025/1397</refcontent>
	</reference>	</reference>
	<reference anchor="BCD_24" target="https://doi.org/10.62056/a3qj89n4e">	<reference anchor="BCD_24" target="https://doi.org/10.62056/a3qj89n4e">
	<front>	<front>
	<title>X-Wing The Hybrid KEM You've Been Looking For</title>	<title>X-Wing The Hybrid KEM You've Been Looking For</title>
	<author initials="M." surname="Barbosa" fullname="Manuel Barbosa">	<author initials="M." surname="Barbosa" fullname="Manuel Barbosa">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Connolly" fullname="Deirdre Connolly" >	<author initials="D." surname="Connolly" fullname="Deirdre Connolly" >
	<organization/>	<organization/>
	</author>	</author>

	skipping to change at line 1761 ¶	skipping to change at line 1486 ¶
	<organization/>	<organization/>
	</author>	</author>
	<author initials="K." surname="Varner" fullname="Karoline Varner">	<author initials="K." surname="Varner" fullname="Karoline Varner">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="B." surname="Westerbaan" fullname="Bas Westerbaan" >	<author initials="B." surname="Westerbaan" fullname="Bas Westerbaan" >
	<organization/>	<organization/>
	</author>	</author>
	<date year="2024"/>	<date year="2024"/>
	</front>	</front>

		<refcontent>IACR Communications in Cryptology, vol. 1, no. 1</refconte nt>
	</reference>	</reference>
	<reference anchor="ABH_21" target="https://doi.org/10.1007/978-3-030-778 70-5_4">	<reference anchor="ABH_21" target="https://doi.org/10.1007/978-3-030-778 70-5_4">
	<front>	<front>
	<title>Analysing the HPKE Standard</title>	<title>Analysing the HPKE Standard</title>
	<author initials="J." surname="Alwen" fullname="Joel Alwen">	<author initials="J." surname="Alwen" fullname="Joel Alwen">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="B." surname="Blanchet" fullname="Bruno Blanchet">	<author initials="B." surname="Blanchet" fullname="Bruno Blanchet">
	<organization/>	<organization/>
	</author>	</author>

	skipping to change at line 1785 ¶	skipping to change at line 1511 ¶
	<organization/>	<organization/>
	</author>	</author>
	<author initials="B." surname="Lipp" fullname="Benjamin Lipp">	<author initials="B." surname="Lipp" fullname="Benjamin Lipp">
	<organization/>	<organization/>
	</author>	</author>
	<author initials="D." surname="Riepel" fullname="Doreen Riepl">	<author initials="D." surname="Riepel" fullname="Doreen Riepl">
	<organization/>	<organization/>
	</author>	</author>
	<date year="2021"/>	<date year="2021"/>
	</front>	</front>

		<refcontent>Advances in Cryptology – EUROCRYPT 2021, Lecture Notes in Computer Science, vol. 12696, pp. 87-116</refcontent>
	</reference>	</reference>

	<reference anchor="RFC9794">	<xi:include href="https://bib.ietf.org/public/rfc/bibxml/reference.RFC.9
	<front>	794.xml"/>
	<title>Terminology for Post-Quantum Traditional Hybrid Schemes</titl
	e>	<!--[rfced] [AD] The authors submitted a query about possible downrefs suggested
	<author fullname="F. Driscoll" initials="F." surname="Driscoll"/>	by IDNITs (see list below). This is not generally something the RPC advises on
	<author fullname="M. Parsons" initials="M." surname="Parsons"/>	. Upon conference between AD and authors, please let us know if any updates/cha
	<author fullname="B. Hale" initials="B." surname="Hale"/>	nges are necessary.
	<date month="June" year="2025"/>
	<abstract>	Checking references for intended status: Proposed Standard
	<t>One aspect of the transition to post-quantum algorithms in cryp
	tographic protocols is the development of hybrid schemes that incorporate both p	(See RFCs 3967 and 4897 for information about using normative references
	ost-quantum and traditional asymmetric algorithms. This document defines termino	to lower-maturity documents in RFCs)
	logy for such schemes. It is intended to be used as a reference and, hopefully,
	to ensure consistency and clarity across different protocols, standards, and org	- Possible downref: Non-RFC (?) normative reference: ref. 'FIPS-203'
	anisations.</t>
	</abstract>	- Possible downref: Non-RFC (?) normative reference: ref. 'FIPS-204'
	</front>
	<seriesInfo name="RFC" value="9794"/>	- Possible downref: Non-RFC (?) normative reference: ref. 'FIPS-205'
	<seriesInfo name="DOI" value="10.17487/RFC9794"/>
	</reference>	- Possible downref: Non-RFC (?) normative reference: ref. 'IANA-OPENPGP'

		** Downref: Normative reference to an Informational RFC: RFC 3394

		** Downref: Normative reference to an Informational RFC: RFC 7748

		** Downref: Normative reference to an Informational RFC: RFC 8032

		From the authors: "We listed those references as normative as they
		contain the algorithmic specifications needed.

		We would appreciate guidance from the RFC Editor Team if this should
		be handled differently."

		-->

	</references>	</references>
	</references>	</references>

	<?line 1155?>


	<section anchor="test-vectors">	<section anchor="test-vectors">
	<name>Test Vectors</name>	<name>Test Vectors</name>

	<t>To help with implementing this specification a set of non-normative exa mples follow here.</t>	<t>To help with implementing this specification, a set of non-normative ex amples follow.</t>
	<section anchor="sample-v6-ed25519-with-ml-kem-768x25519-data">	<section anchor="sample-v6-ed25519-with-ml-kem-768x25519-data">
	<name>Sample v6 Ed25519 with ML-KEM-768+X25519 Data</name>	<name>Sample v6 Ed25519 with ML-KEM-768+X25519 Data</name>
	<section anchor="test-vector-sec-ed25519">	<section anchor="test-vector-sec-ed25519">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 Ed25519 Private Key packet</t>	<t>A v6 Ed25519 Private Key packet</t>
	</li>	</li>
	<li>	<li>

	skipping to change at line 1877 ¶	skipping to change at line 1620 ¶
	/IiJD7RnwTQCYuO++yKBa7rC1qXCXBFZixBwwTavHeEAPNnMmWxDfna2frNnFKRo	/IiJD7RnwTQCYuO++yKBa7rC1qXCXBFZixBwwTavHeEAPNnMmWxDfna2frNnFKRo
	dDaTM7o76Gs7rgTIeLAzQfZih1yAJpSwjEcVDZdIRaRTrkK/4PJzVHGb4wwkOwfL	dDaTM7o76Gs7rgTIeLAzQfZih1yAJpSwjEcVDZdIRaRTrkK/4PJzVHGb4wwkOwfL
	oPEBCMuAYTxfqJVEgdBi6pUsPaEOQzkUeIeOVgoFnMhP3+N22fMWkCBc/LYOThtP	oPEBCMuAYTxfqJVEgdBi6pUsPaEOQzkUeIeOVgoFnMhP3+N22fMWkCBc/LYOThtP
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	z8ZOI/y0C3xRsn7ZFZ2nEAaP9RUboQSSkc/gerixe47HC7X+MP6h7UAy49+ndvRO	z8ZOI/y0C3xRsn7ZFZ2nEAaP9RUboQSSkc/gerixe47HC7X+MP6h7UAy49+ndvRO
	6AHx2zZzPiDlZ0NgX3p6Aem45zjfMT7+wosGGBsIAAAALAWCZ3SFgAKbDCKhBseJ	6AHx2zZzPiDlZ0NgX3p6Aem45zjfMT7+wosGGBsIAAAALAWCZ3SFgAKbDCKhBseJ
	4X2dvcp7PIM6PAY/6wNT+ArZEf4nho+wZF34A+lHAAAAAMitELFBvWMJM18SWIqP	4X2dvcp7PIM6PAY/6wNT+ArZEf4nho+wZF34A+lHAAAAAMitELFBvWMJM18SWIqP
	kabwnOQbeR9GdZt2dJZF0YO8qGRmLO+T7GIaYj9TlzHonA3y01AAlYdfvolBM2gL	kabwnOQbeR9GdZt2dJZF0YO8qGRmLO+T7GIaYj9TlzHonA3y01AAlYdfvolBM2gL
	pujFf59V4t3iZxgQfgvs0+vrcSsE	pujFf59V4t3iZxgQfgvs0+vrcSsE

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-ed25519">	<section anchor="test-vector-pub-ed25519">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-ed25519"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-ed25519"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 Ed25519 Public Key packet</t>	<t>A v6 Ed25519 Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 1943 ¶	skipping to change at line 1686 ¶
	Yfe29qlcYOwcHRtYosmLc7OaHMQ7wnCzdJeyiHobAIgVZGZvAyW6w9cTlQd2pTds	Yfe29qlcYOwcHRtYosmLc7OaHMQ7wnCzdJeyiHobAIgVZGZvAyW6w9cTlQd2pTds
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	8vRGfFik2qbIzrU11ala/IiJD7RnwTQCYuO++yKBa7rC1qXCXBFZixBwwTavHeEA	8vRGfFik2qbIzrU11ala/IiJD7RnwTQCYuO++yKBa7rC1qXCXBFZixBwwTavHeEA
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	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="encrypted-and-signed-message">	<section anchor="encrypted-and-signed-message">
	<name>Encrypted and Signed Message</name>	<name>Encrypted and Signed Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-ed25519"/> and signed by the secret key <xref targe t="test-vector-sec-ed25519"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-ed25519"/> and signed by the secret key <xref targe t="test-vector-sec-ed25519"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 PKESK</t>	<t>A v6 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v2 SEIPD</t>	<t>A v2 SEIPD</t>
	</li>	</li>
	</ul>	</ul>
	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>b0e45408d8c713f3941cd27276f879e557df013e05bcf43e37d4c60266a4b797</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>b0e45408d8c713f3941cd27276f879e557df013e05bcf43e37d4c60266a4b797</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>9d994741e0db5eacee44cb028c2ec48b1346feae2576aaac383bbcd64138c932</tt >.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>9d994741e0db5eacee44cb028c2ec48b1346feae2576aaac383bbcd64138c932</tt >.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>5bf078bf7 977109db6dead92d3578b62d0ab0487ef84e8e0af08f4b4b229e590</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>5bf078bf7 977109db6dead92d3578b62d0ab0487ef84e8e0af08f4b4b229e590</tt>.</t>
	<t>The hex-encoded session key is <tt>94a3b8c9784463bb96b682cddf549adb 23579b75bcb646f989d7cfe3e6e14435</tt>.</t>	<t>The hex-encoded session key is <tt>94a3b8c9784463bb96b682cddf549adb 23579b75bcb646f989d7cfe3e6e14435</tt>.</t>

	<sourcecode type="application/pgp-encrypted" name="v6-eddsa-sample-mes sage.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-eddsa-sample-message. asc"><![CDATA[
	-----BEGIN PGP MESSAGE-----	-----BEGIN PGP MESSAGE-----

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	skipping to change at line 1996 ¶	skipping to change at line 1739 ¶
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	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-v4-ed25519-with-ml-kem-768x25519-data">	<section anchor="sample-v4-ed25519-with-ml-kem-768x25519-data">
	<name>Sample v4 Ed25519 with ML-KEM-768+X25519 Data</name>	<name>Sample v4 Ed25519 with ML-KEM-768+X25519 Data</name>
	<section anchor="test-vector-sec-v4-ed25519">	<section anchor="test-vector-sec-v4-ed25519">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v4 Ed25519 Private Key packet</t>	<t>A v4 Ed25519 Private Key packet</t>

	skipping to change at line 2065 ¶	skipping to change at line 1808 ¶
	aA3bgX1hUBk4pH1OlEK7M2w9EiVXu23Ka0dBrGJPoIgcBcbAQyC34CeptLxHfLJK	aA3bgX1hUBk4pH1OlEK7M2w9EiVXu23Ka0dBrGJPoIgcBcbAQyC34CeptLxHfLJK
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	aFZa4v1Zz2bq/w+2YWC5UFY9hPTVriMS9ve0oUncLSoTJfMCmwk=	aFZa4v1Zz2bq/w+2YWC5UFY9hPTVriMS9ve0oUncLSoTJfMCmwk=

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-v4-ed25519">	<section anchor="test-vector-pub-v4-ed25519">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-v4-ed25519"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-v4-ed25519"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v4 Ed25519 Public Key packet</t>	<t>A v4 Ed25519 Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A User ID packet</t>	<t>A User ID packet</t>

	skipping to change at line 2126 ¶	skipping to change at line 1869 ¶
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	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="encrypted-and-signed-seipd-v1-message">	<section anchor="encrypted-and-signed-seipd-v1-message">
	<name>Encrypted and Signed SEIPD v1 Message</name>	<name>Encrypted and Signed SEIPD v1 Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-v4-ed25519"/> and signed by the secret key <xref ta rget="test-vector-sec-v4-ed25519"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-v4-ed25519"/> and signed by the secret key <xref ta rget="test-vector-sec-v4-ed25519"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v3 PKESK</t>	<t>A v3 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v1 SEIPD</t>	<t>A v1 SEIPD</t>
	</li>	</li>
	</ul>	</ul>
	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>16f2aea8ec1ca277c04cc7b87681d7d38511a38f554775a8fc4de41aa76eb586</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>16f2aea8ec1ca277c04cc7b87681d7d38511a38f554775a8fc4de41aa76eb586</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>2fc0c8fcace9636c86d1ee1715a302819ad48c549579a462a33eed36627c532e</tt >.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>2fc0c8fcace9636c86d1ee1715a302819ad48c549579a462a33eed36627c532e</tt >.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>c1591d751 1f9f0213bfd57cf316e5ec0d40c4ea826fa989ab606aa3b8a1a2c1f</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>c1591d751 1f9f0213bfd57cf316e5ec0d40c4ea826fa989ab606aa3b8a1a2c1f</tt>.</t>
	<t>The hex-encoded session key is <tt>b4dc7197e1519822ca689da484643edf 272934d98ae1974b5d88317a7a6a3c4f</tt>.</t>	<t>The hex-encoded session key is <tt>b4dc7197e1519822ca689da484643edf 272934d98ae1974b5d88317a7a6a3c4f</tt>.</t>

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	Wfo=	Wfo=

	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>
	</section>	</section>
	<section anchor="encrypted-and-signed-seipd-v2-message">	<section anchor="encrypted-and-signed-seipd-v2-message">
	<name>Encrypted and Signed SEIPD v2 Message</name>	<name>Encrypted and Signed SEIPD v2 Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-v4-ed25519"/> and signed by the secret key <xref ta rget="test-vector-sec-v4-ed25519"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-v4-ed25519"/> and signed by the secret key <xref ta rget="test-vector-sec-v4-ed25519"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 PKESK</t>	<t>A v6 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v2 SEIPD</t>	<t>A v2 SEIPD</t>
	</li>	</li>
	</ul>	</ul>
	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>16a22adbeced91ada60b5561611748edd2fedc51e0770f86d7394870062e7322</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>16a22adbeced91ada60b5561611748edd2fedc51e0770f86d7394870062e7322</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>5ac67eab192f25ac99d87543e6fcd3a4769cb02c9d1afdc79354c2baa2289e29</tt >.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>5ac67eab192f25ac99d87543e6fcd3a4769cb02c9d1afdc79354c2baa2289e29</tt >.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>5c5652a69 0b55d1e9545fbd722f838cd8ff4d3657af5a9026d02f3185ca74993</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>5c5652a69 0b55d1e9545fbd722f838cd8ff4d3657af5a9026d02f3185ca74993</tt>.</t>
	<t>The hex-encoded session key is <tt>160867d96032b640208c1c92174d0270 bb89189d72320711acd221bbea2a26b6</tt>.</t>	<t>The hex-encoded session key is <tt>160867d96032b640208c1c92174d0270 bb89189d72320711acd221bbea2a26b6</tt>.</t>

	<sourcecode type="application/pgp-encrypted" name="v4-eddsa-sample-mes sage-v2.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v4-eddsa-sample-message- v2.asc"><![CDATA[
	-----BEGIN PGP MESSAGE-----	-----BEGIN PGP MESSAGE-----

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	skipping to change at line 2230 ¶	skipping to change at line 1972 ¶
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	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-ml-dsa-65ed25519-with-ml-kem-768x25519-data">	<section anchor="sample-ml-dsa-65ed25519-with-ml-kem-768x25519-data">
	<name>Sample ML-DSA-65+Ed25519 with ML-KEM-768+X25519 Data</name>	<name>Sample ML-DSA-65+Ed25519 with ML-KEM-768+X25519 Data</name>
	<section anchor="test-vector-sec-mldsa65">	<section anchor="test-vector-sec-mldsa65">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 ML-DSA-65+Ed25519 Private Key packet</t>	<t>A v6 ML-DSA-65+Ed25519 Private Key packet</t>

	skipping to change at line 2552 ¶	skipping to change at line 2294 ¶
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	X/BBfkY8eqKU7o2FURiNXgtqRfc1b8naACMxOTpba5e60dwhfJvgLURSmLrpGSAk	X/BBfkY8eqKU7o2FURiNXgtqRfc1b8naACMxOTpba5e60dwhfJvgLURSmLrpGSAk
	V2JopLrNFBhMf52jpgAAAAAAAAAAAAAAAAAABA8TGSIp	V2JopLrNFBhMf52jpgAAAAAAAAAAAAAAAAAABA8TGSIp

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-mldsa65">	<section anchor="test-vector-pub-mldsa65">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-mldsa65"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-mldsa65"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 ML-DSA-65+Ed25519 Public Key packet</t>	<t>A v6 ML-DSA-65+Ed25519 Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 2866 ¶	skipping to change at line 2608 ¶
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	AAAAAAAAAAAABA8TGSIp	AAAAAAAAAAAABA8TGSIp

	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>


	<section anchor="encrypted-and-signed-message-1">	<section anchor="encrypted-and-signed-message-1">
	<name>Encrypted and Signed Message</name>	<name>Encrypted and Signed Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-mldsa65"/> and signed by the secret key <xref targe t="test-vector-sec-mldsa65"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-mldsa65"/> and signed by the secret key <xref targe t="test-vector-sec-mldsa65"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 PKESK</t>	<t>A v6 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v2 SEIPD</t>	<t>A v2 SEIPD</t>
	</li>	</li>
	</ul>	</ul>
	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>0987fe72ad5ea58e73344f9a2a543f4131d9fdb7cf07474f501430a20f705b4d</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>0987fe72ad5ea58e73344f9a2a543f4131d9fdb7cf07474f501430a20f705b4d</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>88f3e9a8de1917127b4b758f6e83bd4ce00faaae01bd8b6e412a43a710b26012</tt >.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>88f3e9a8de1917127b4b758f6e83bd4ce00faaae01bd8b6e412a43a710b26012</tt >.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>a4904982f 7caa9c9de690afd772d8bfe027a1ad6a5bbda00db68963fe303ae8e</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>a4904982f 7caa9c9de690afd772d8bfe027a1ad6a5bbda00db68963fe303ae8e</tt>.</t>
	<t>The hex-encoded session key is <tt>adee68618b302d4bfd7ae3d432bc63a1 c1ad7f5fd6e7fd7bdedbb0d0b14a5c9a</tt>.</t>	<t>The hex-encoded session key is <tt>adee68618b302d4bfd7ae3d432bc63a1 c1ad7f5fd6e7fd7bdedbb0d0b14a5c9a</tt>.</t>

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	ak/MpQwGKTcC2WrrqWhgq/WTs+8NCk5Vfa2P	ak/MpQwGKTcC2WrrqWhgq/WTs+8NCk5Vfa2P

	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>

	</section>	</section>
	<section anchor="detached-signature">	<section anchor="detached-signature">
	<name>Detached Signature</name>	<name>Detached Signature</name>

	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-mldsa65"/>:</t>	<t>Here is a detached signature for the message "Testing\n" made by th e secret key in <xref target="test-vector-sec-mldsa65"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 signature packet</t>	<t>A v6 signature packet</t>
	</li>	</li>
	</ul>	</ul>

	<sourcecode type="application/pgp-signature" name="v6-mldsa-65-sample- signature.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-mldsa-65-sample-signa ture.asc"><![CDATA[
	-----BEGIN PGP SIGNATURE-----	-----BEGIN PGP SIGNATURE-----

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	skipping to change at line 3074 ¶	skipping to change at line 2817 ¶
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	w3Dyoa8LnPG0kVrh0kjy9pjS9IegJt8GayrHr0i+ep/27+DY18ag5FMIeXmh0URN	w3Dyoa8LnPG0kVrh0kjy9pjS9IegJt8GayrHr0i+ep/27+DY18ag5FMIeXmh0URN
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	xcwAASBQgIkTHCxJU1dtnrzwAAAAAAAAAAAAAAAAAAAAAAgMDxcdJw==	xcwAASBQgIkTHCxJU1dtnrzwAAAAAAAAAAAAAAAAAAAAAAgMDxcdJw==

	]]></sourcecode>	-----END PGP SIGNATURE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-ml-dsa-87ed448-with-ml-kem-1024x448-data">	<section anchor="sample-ml-dsa-87ed448-with-ml-kem-1024x448-data">
	<name>Sample ML-DSA-87+Ed448 with ML-KEM-1024+X448 Data</name>	<name>Sample ML-DSA-87+Ed448 with ML-KEM-1024+X448 Data</name>
	<section anchor="test-vector-sec-mldsa87">	<section anchor="test-vector-sec-mldsa87">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 ML-DSA-87+Ed448 Private Key packet</t>	<t>A v6 ML-DSA-87+Ed448 Private Key packet</t>

	skipping to change at line 3506 ¶	skipping to change at line 3249 ¶
	W7Z9AH2T1wSHBORmRFFA5CSkUKgdMLlsXLJQugD9nSn3aPQtwyeljnZlVLkmFDOo	W7Z9AH2T1wSHBORmRFFA5CSkUKgdMLlsXLJQugD9nSn3aPQtwyeljnZlVLkmFDOo
	T6XJ1mgT/TtcW3Bj+vA96pEYTD1LCviNmfWmJXU8FqVUqrBdmkr79khsT2dINmwx	T6XJ1mgT/TtcW3Bj+vA96pEYTD1LCviNmfWmJXU8FqVUqrBdmkr79khsT2dINmwx
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	HWdFrw9kk51bLTFwbQTR+K5/UD64iylqOAwBgN60dvn/xR5a4CAcimudf/DdcEU2	HWdFrw9kk51bLTFwbQTR+K5/UD64iylqOAwBgN60dvn/xR5a4CAcimudf/DdcEU2
	x5fxvj9yFe6AlMEhOEeXA3A7+rsa9vf5H2p3V/byyky2W5AjlGRDQOmR8nBR/pKy	x5fxvj9yFe6AlMEhOEeXA3A7+rsa9vf5H2p3V/byyky2W5AjlGRDQOmR8nBR/pKy
	cST8n9acBgbf6BZFQyye/PHFZqkw/FywzOTwQL7Yn61U1llQAXOdFwROZnbuOXR9	cST8n9acBgbf6BZFQyye/PHFZqkw/FywzOTwQL7Yn61U1llQAXOdFwROZnbuOXR9
	f7zT+hJbZHqFhrjd8hofOTqz8voQPlVvx/ceIDA/QNghPUFFpMfl+wdjfZ/3AAAA	f7zT+hJbZHqFhrjd8hofOTqz8voQPlVvx/ceIDA/QNghPUFFpMfl+wdjfZ/3AAAA
	AAAAAAAAAAAAAAAAAAAAAAAAAAUMFRwiKDA1	AAAAAAAAAAAAAAAAAAAAAAAAAAUMFRwiKDA1

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-mldsa87">	<section anchor="test-vector-pub-mldsa87">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-mldsa87"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-mldsa87"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 ML-DSA-87+Ed448 Public Key packet</t>	<t>A v6 ML-DSA-87+Ed448 Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 3929 ¶	skipping to change at line 3672 ¶
	qB0wuWxcslC6AP2dKfdo9C3DJ6WOdmVUuSYUM6hPpcnWaBP9O1xbcGP68D3qkRhM	qB0wuWxcslC6AP2dKfdo9C3DJ6WOdmVUuSYUM6hPpcnWaBP9O1xbcGP68D3qkRhM
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	+hA+VW/H9x4gMD9A2CE9QUWkx+X7B2N9n/cAAAAAAAAAAAAAAAAAAAAAAAAAAAAA	+hA+VW/H9x4gMD9A2CE9QUWkx+X7B2N9n/cAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
	BQwVHCIoMDU=	BQwVHCIoMDU=

	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="encrypted-and-signed-message-2">	<section anchor="encrypted-and-signed-message-2">
	<name>Encrypted and Signed Message</name>	<name>Encrypted and Signed Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-mldsa87"/> and signed by the secret key <xref targe t="test-vector-sec-mldsa87"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-mldsa87"/> and signed by the secret key <xref targe t="test-vector-sec-mldsa87"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 PKESK</t>	<t>A v6 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v2 SEIPD</t>	<t>A v2 SEIPD</t>
	</li>	</li>
	</ul>	</ul>
	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>f18f161e617b8ce5968f109aadea1e7e1511d10165768d36127ba913c00637d2</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>f18f161e617b8ce5968f109aadea1e7e1511d10165768d36127ba913c00637d2</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>732860c8114ae84a964664b1f607785d11bc7d24d5324510adad89bd52db7ee0df99 82ad0d1669bdd05556330c86f2dae9e2edea42e05bc5</tt>.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>732860c8114ae84a964664b1f607785d11bc7d24d5324510adad89bd52db7ee0df99 82ad0d1669bdd05556330c86f2dae9e2edea42e05bc5</tt>.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>ef1e32906 f67d39bc800d90cabb0033c77ca6dce8ffca3e96d9c7348e2e8c16e</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>ef1e32906 f67d39bc800d90cabb0033c77ca6dce8ffca3e96d9c7348e2e8c16e</tt>.</t>
	<t>The hex-encoded session key is <tt>0588ce40b038aac353d1cf8c67a674b4 12985105794821013ef154f786c4d89d</tt>.</t>	<t>The hex-encoded session key is <tt>0588ce40b038aac353d1cf8c67a674b4 12985105794821013ef154f786c4d89d</tt>.</t>

	<sourcecode type="application/pgp-encrypted" name="v6-mldsa-87-sample- message.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-mldsa-87-sample-messa ge.asc"><![CDATA[
	-----BEGIN PGP MESSAGE-----	-----BEGIN PGP MESSAGE-----

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	skipping to change at line 4091 ¶	skipping to change at line 3834 ¶
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	r9dO/yldgvycbQA=	r9dO/yldgvycbQA=

	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>

	</section>	</section>
	<section anchor="detached-signature-1">	<section anchor="detached-signature-1">
	<name>Detached Signature</name>	<name>Detached Signature</name>
	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-mldsa87"/>:</t>	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-mldsa87"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 signature packet</t>	<t>A v6 signature packet</t>
	</li>	</li>
	</ul>	</ul>

	<sourcecode type="application/pgp-signature" name="v6-mldsa-87-sample- signature.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-mldsa-87-sample-signa ture.asc"><![CDATA[
	-----BEGIN PGP SIGNATURE-----	-----BEGIN PGP SIGNATURE-----

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	kgDuIAAAAADCOSDu4urY00OJ6HbRJFwnZa1NdpSNQfQOqTfO6HjXPykO3VR/CDj0	kgDuIAAAAADCOSDu4urY00OJ6HbRJFwnZa1NdpSNQfQOqTfO6HjXPykO3VR/CDj0
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	skipping to change at line 4206 ¶	skipping to change at line 3949 ¶
	s2I0aWp+KjWPJAQn7n1066m8B8jYLke3HxLk91LQe0VNjYBEd381jH0DwTvQmNMd	s2I0aWp+KjWPJAQn7n1066m8B8jYLke3HxLk91LQe0VNjYBEd381jH0DwTvQmNMd
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	Bw4/Xqbj8PgAAAAAAAAAAAAAAAAAAAAABQ0XHycvMzs=	Bw4/Xqbj8PgAAAAAAAAAAAAAAAAAAAAABQ0XHycvMzs=

	]]></sourcecode>	-----END PGP SIGNATURE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-slh-dsa-shake-128s-with-ml-kem-768x25519-data">	<section anchor="sample-slh-dsa-shake-128s-with-ml-kem-768x25519-data">
	<name>Sample SLH-DSA-SHAKE-128s with ML-KEM-768+X25519 Data</name>	<name>Sample SLH-DSA-SHAKE-128s with ML-KEM-768+X25519 Data</name>
	<section anchor="test-vector-sec-slhdsa-128s">	<section anchor="test-vector-sec-slhdsa-128s">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-128s Private Key packet</t>	<t>A v6 SLH-DSA-128s Private Key packet</t>

	skipping to change at line 4768 ¶	skipping to change at line 4511 ¶
	RSogO+VSWDhT4ELR1SZhLFC1lSYg2fNRWJtd0hjOlfxvnaArJx3rW6O11Fbzzc4m	RSogO+VSWDhT4ELR1SZhLFC1lSYg2fNRWJtd0hjOlfxvnaArJx3rW6O11Fbzzc4m
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	hBkumLnFJ954tMP/5ysfsFOLo0Hrwk+tHHB7dQuBn8FSkIkUurJVT/vVtYcJfl/S	hBkumLnFJ954tMP/5ysfsFOLo0Hrwk+tHHB7dQuBn8FSkIkUurJVT/vVtYcJfl/S
	Znx56aNeL9OV+KePSRS93o1DOqNezwg+Kx8swBvpPxAQMCzVq9CVfHzdUDt0C/im	Znx56aNeL9OV+KePSRS93o1DOqNezwg+Kx8swBvpPxAQMCzVq9CVfHzdUDt0C/im
	QekRIreSX6zUbgsbeQeSO3j0cOrVcviHJIqF4pArtSHV0pUIMcusFC5I1Z0ARKsr	QekRIreSX6zUbgsbeQeSO3j0cOrVcviHJIqF4pArtSHV0pUIMcusFC5I1Z0ARKsr
	OSngGNmRTigQ	OSngGNmRTigQ

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-slhdsa-128s">	<section anchor="test-vector-pub-slhdsa-128s">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-128s"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-128s"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-128s Public Key packet</t>	<t>A v6 SLH-DSA-128s Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 5321 ¶	skipping to change at line 5064 ¶
	yZUjslqzs1yiPMm6UCFVZmNQWR+tyDg+RC6qmA71RSogO+VSWDhT4ELR1SZhLFC1	yZUjslqzs1yiPMm6UCFVZmNQWR+tyDg+RC6qmA71RSogO+VSWDhT4ELR1SZhLFC1
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	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="encrypted-and-signed-message-3">	<section anchor="encrypted-and-signed-message-3">
	<name>Encrypted and Signed Message</name>	<name>Encrypted and Signed Message</name>
	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-slhdsa-128s"/> and signed by the secret key <xref t arget="test-vector-sec-slhdsa-128s"/>:</t>	<t>Here is a signed message "Testing\n" encrypted to the certificate < xref target="test-vector-pub-slhdsa-128s"/> and signed by the secret key <xref t arget="test-vector-sec-slhdsa-128s"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 PKESK</t>	<t>A v6 PKESK</t>
	</li>	</li>
	<li>	<li>
	<t>A v2 SEIPD</t>	<t>A v2 SEIPD</t>
	</li>	</li>
	</ul>	</ul>

		<!--[rfced] Please have a look at the line wrap issue in Appendix A.4.3. Now th
		at the text is in <tt> to format it as fixedwidth, it seems not to be able to wr
		ap to fit within the 72-character limit.

		-->

	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>5dc60150f5f965ddc8014b6aa2ecae1831467e98fa315422f238984d6421a22e</t t>.</t>	<t>The hex-encoded <tt>mlkemKeyShare</tt> input to <tt>multiKeyCombine </tt> is <tt>5dc60150f5f965ddc8014b6aa2ecae1831467e98fa315422f238984d6421a22e</t t>.</t>
	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>9dbd0f9bde7fef09817146e53a0b5ce7d27e79612670968fa0025422c578ab55</tt >.</t>	<t>The hex-encoded <tt>ecdhKeyShare</tt> input to <tt>multiKeyCombine< /tt> is <tt>9dbd0f9bde7fef09817146e53a0b5ce7d27e79612670968fa0025422c578ab55</tt >.</t>
	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>ae8ab5780 1911c04c7b4c2a2f665cf8d8a8188f948c2a65e39c292d9b1d86e32</tt>.</t>	<t>The hex-encoded output of <tt>multiKeyCombine</tt> is <tt>ae8ab5780 1911c04c7b4c2a2f665cf8d8a8188f948c2a65e39c292d9b1d86e32</tt>.</t>
	<t>The hex-encoded session key is <tt>e87567cad8fee5738f92090feed009d8 af95437fa664f94da98776d966bbbc52</tt>.</t>	<t>The hex-encoded session key is <tt>e87567cad8fee5738f92090feed009d8 af95437fa664f94da98776d966bbbc52</tt>.</t>

	<sourcecode type="application/pgp-encrypted" name="v6-slhdsa-128s-samp le-message.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-slhdsa-128s-sample-me ssage.asc"><![CDATA[
	-----BEGIN PGP MESSAGE-----	-----BEGIN PGP MESSAGE-----

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	skipping to change at line 5536 ¶	skipping to change at line 5283 ¶
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	]]></sourcecode>	-----END PGP MESSAGE-----]]></sourcecode>

	</section>	</section>
	<section anchor="detached-signature-2">	<section anchor="detached-signature-2">
	<name>Detached Signature</name>	<name>Detached Signature</name>
	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-128s"/>:</t>	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-128s"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 signature packet</t>	<t>A v6 signature packet</t>
	</li>	</li>
	</ul>	</ul>

	<sourcecode type="application/pgp-signature" name="v6-slhdsa-128s-samp le-signature.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-slhdsa-128s-sample-si gnature.asc"><![CDATA[
	-----BEGIN PGP SIGNATURE-----	-----BEGIN PGP SIGNATURE-----

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	skipping to change at line 5716 ¶	skipping to change at line 5463 ¶
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	]]></sourcecode>	-----END PGP SIGNATURE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-slh-dsa-shake-128f-with-ml-kem-768x25519-data">	<section anchor="sample-slh-dsa-shake-128f-with-ml-kem-768x25519-data">
	<name>Sample SLH-DSA-SHAKE-128f with ML-KEM-768+X25519 Data</name>	<name>Sample SLH-DSA-SHAKE-128f with ML-KEM-768+X25519 Data</name>
	<section anchor="test-vector-sec-slhdsa-128f">	<section anchor="test-vector-sec-slhdsa-128f">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-128f Private Key packet</t>	<t>A v6 SLH-DSA-128f Private Key packet</t>

	skipping to change at line 6855 ¶	skipping to change at line 6602 ¶
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	cYbgYed4BSOqtT6as1tfAWyg	cYbgYed4BSOqtT6as1tfAWyg

	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-slhdsa-128f">	<section anchor="test-vector-pub-slhdsa-128f">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-128f"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-128f"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-128f Public Key packet</t>	<t>A v6 SLH-DSA-128f Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 7985 ¶	skipping to change at line 7732 ¶
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	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="detached-signature-3">	<section anchor="detached-signature-3">
	<name>Detached Signature</name>	<name>Detached Signature</name>
	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-128f"/>:</t>	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-128f"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 signature packet</t>	<t>A v6 signature packet</t>
	</li>	</li>
	</ul>	</ul>

	<sourcecode type="application/pgp-signature" name="v6-slhdsa-128f-samp le-signature.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-slhdsa-128f-sample-si gnature.asc"><![CDATA[
	-----BEGIN PGP SIGNATURE-----	-----BEGIN PGP SIGNATURE-----

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	]]></sourcecode>	-----END PGP SIGNATURE-----]]></sourcecode>

	</section>	</section>
	</section>	</section>
	<section anchor="sample-slh-dsa-shake-256s-with-ml-kem-1024x448-data">	<section anchor="sample-slh-dsa-shake-256s-with-ml-kem-1024x448-data">
	<name>Sample SLH-DSA-SHAKE-256s with ML-KEM-1024+X448 Data</name>	<name>Sample SLH-DSA-SHAKE-256s with ML-KEM-1024+X448 Data</name>
	<section anchor="test-vector-sec-slhdsa-256s">	<section anchor="test-vector-sec-slhdsa-256s">
	<name>Transferable Secret Key</name>	<name>Transferable Secret Key</name>
	<t>Here is a Transferable Secret Key consisting of:</t>	<t>Here is a Transferable Secret Key consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-256s Private Key packet</t>	<t>A v6 SLH-DSA-256s Private Key packet</t>

	skipping to change at line 10302 ¶	skipping to change at line 10049 ¶
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	]]></sourcecode>	-----END PGP PRIVATE KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="test-vector-pub-slhdsa-256s">	<section anchor="test-vector-pub-slhdsa-256s">
	<name>Transferable Public Key</name>	<name>Transferable Public Key</name>
	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-256s"/> consisting of:</t>	<t>Here is the corresponding Transferable Public Key for <xref target= "test-vector-sec-slhdsa-256s"/> consisting of:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 SLH-DSA-256s Public Key packet</t>	<t>A v6 SLH-DSA-256s Public Key packet</t>
	</li>	</li>
	<li>	<li>
	<t>A v6 direct key self-signature</t>	<t>A v6 direct key self-signature</t>

	skipping to change at line 12237 ¶	skipping to change at line 11984 ¶
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	TontEOLGO7U+	TontEOLGO7U+

	]]></sourcecode>	-----END PGP PUBLIC KEY BLOCK-----]]></sourcecode>

	</section>	</section>
	<section anchor="detached-signature-4">	<section anchor="detached-signature-4">
	<name>Detached Signature</name>	<name>Detached Signature</name>
	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-256s"/>:</t>	<t>Here is a detached signature for the message "Testing\n" made by th e secret key <xref target="test-vector-sec-slhdsa-256s"/>:</t>
	<ul spacing="normal">	<ul spacing="normal">
	<li>	<li>
	<t>A v6 signature packet</t>	<t>A v6 signature packet</t>
	</li>	</li>
	</ul>	</ul>

	<sourcecode type="application/pgp-signature" name="v6-slhdsa-256s-samp le-signature.asc"><![CDATA[	<sourcecode type="application/pgp-keys" name="v6-slhdsa-256s-sample-si gnature.asc"><![CDATA[
	-----BEGIN PGP SIGNATURE-----	-----BEGIN PGP SIGNATURE-----

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	]]></sourcecode>	-----END PGP SIGNATURE-----]]></sourcecode>
	</section>	</section>
	</section>	</section>
	</section>	</section>

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		<section numbered="false" anchor="acknowledgments">
		<name>Acknowledgments</name>
		<t>Thanks to <contact fullname="Daniel Kahn Gillmor"/>, <contact
		fullname="Justus Winter"/>, <contact fullname="Daniel Huigens"/>,
		<contact fullname="Evangelos Karatsiolis"/>, and early implementers of
		the document for their reviews and feedback.</t>
		</section>

		<section numbered="false" anchor="contributors">
		<name>Contributors</name>

		<contact fullname="Stephan Ehlen">
		<organization>BSI</organization>
		</contact>

		<contact fullname="Carl-Daniel Hailfinger">
		<organization>BSI</organization>
		</contact>

		<contact fullname="Andreas Huelsing">
		<organization>TU Eindhoven</organization>
		</contact>
		</section>

		<!--[rfced] We had the following questions/comments related to
		abbreviation use throughout the document:

		a) We have expanded abbreviations on first use. Please review these
		expansions for accuracy.

		b) The document expands MLWE as "Learning with Errors problem in
		module lattices (MLWE)". We believe the abbreviation stands for
		"Module Learning with Errors". Please let us know if/how to update.

		c) We have updated the expansion of SEIPD to match RFC 9580. Please
		let us know any objections.

		Original:
		Symmetrically Encrypted and Integrity Protected Data

		Current:
		Symmetrically Encrypted Integrity Protected Data

		d) We see PK and SK are introduced in Section 6.1, but are not used
		elsewhere in the text. Would you like to introduce them sooner and
		use them throughout? Or perhaps remove them from Section 6.1?
	-->	-->


		<!--[rfced] We had the following questions/comments about terminology use throug
		hout the document:

		a) We see both algorithm ID and Algorithm ID. Please let us know if/how these s
		hould be made uniform.

		-->

		<!-- [rfced] Please review the "Inclusive Language" portion of the online
		Style Guide <https://www.rfc-editor.org/styleguide/part2/#inclusive_language>
		and let us know if any changes are needed. Updates of this nature typically
		result in more precise language, which is helpful for readers.

		Note that our script did not flag any words in particular, but this should
		still be reviewed as a best practice.

		In addition, please consider whether "traditional" should be updated for clarity
		.
		While the NIST website
		<https://web.archive.org/web/20250214092458/https://www.nist.gov/nist-research-l
		ibrary/nist-technical-series-publications-author-instructions#table1>
		indicates that this term is potentially biased, it is also ambiguous.
		"Tradition" is a subjective term, as it is not the same for everyone.

		-->

		</back>

	</rfc>	</rfc>

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