]> SLH-DSA for JOSE and COSE mesur.io
mprorock@mesur.io
Tradeverifyd
orie@or13.io
University of the Bundeswehr Munich
Neubiberg Bavaria 85577 Germany hannes.tschofenig@gmx.net
Security CBOR Object Signing and Encryption JOSE COSE PQC SPHINCS+ SLH-DSA This document specifies JSON Object Signing and Encryption (JOSE) and CBOR Object Signing and Encryption (COSE) serializations for Stateless Hash-Based Digital Signature Standard (SLH-DSA), a Post-Quantum Cryptography (PQC) digital signature scheme defined in US NIST FIPS 205. About This Document The latest revision of this draft can be found at . Status information for this document may be found at . Discussion of this document takes place on the CBOR Object Signing and Encryption Working Group mailing list (), which is archived at . Subscribe at . Source for this draft and an issue tracker can be found at .
Introduction This document specifies JSON Object Signing and Encryption (JOSE) and CBOR Object Signing and Encryption (COSE) serializations for the Stateless Hash-Based Digital Signature Standard (SLH-DSA), a Post-Quantum Cryptography (PQC) based digital signature scheme standardized in . This document builds on the Algorithm Key Pair (AKP) type, as defined in . The AKP type enables flexible representation of keys used across different post-quantum cryptographic algorithms, including SLH-DSA.
Terminology The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "NOT RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in BCP 14 when, and only when, they appear in all capitals, as shown here.
The SLH-DSA Algorithm Family This document registers two SLH-DSA parameter sets at NIST security category 1. This document introduces the registration of the following algorithms in : JOSE Algorithms for SLH-DSA
Name alg Description
SLH-DSA-SHA2-128s SLH-DSA-SHA2-128s JSON Web Signature Algorithm for SLH-DSA-SHA2-128s
SLH-DSA-SHAKE-128s SLH-DSA-SHAKE-128s JSON Web Signature Algorithm for SLH-DSA-SHAKE-128s
This document introduces the registration of the following algorithms in : COSE Algorithms for SLH-DSA
Name alg Description
SLH-DSA-SHA2-128s TBD1 (-51) CBOR Object Signing Algorithm for SLH-DSA-SHA2-128s
SLH-DSA-SHAKE-128s TBD2 (-52) CBOR Object Signing Algorithm for SLH-DSA-SHAKE-128s
defines twelve parameter sets in total, across three NIST security categories (1, 3, 5), two hash function families (SHA2 and SHAKE), and two size/speed tradeoffs (small s and fast f). This document registers only the two NIST Category 1, "small" parameter sets - one for each hash function family. Limiting the initial registration to a small, symmetric set is intended to maximize interoperability among early implementations and to keep the JOSE and COSE registries focused. SLH-DSA is expected to be most relevant for deployments that specifically need a stateless hash-based digital signature scheme, or that want algorithmic diversity as a fallback to other post-quantum signature schemes. Firmware signing in embedded systems is often cited as a primary use case for this algorithm. Registration of these algorithms does not imply that every general-purpose JOSE or COSE implementation is expected to support them. The algorithms registered in this document identify pure SLH-DSA, as specified by slh_sign in Section 10.2.1 of and slh_verify in Section 10.3 of , instantiated with the parameter set of the same name from Table 2 of . The algorithms registered in this document MUST NOT be used with hash_slh_sign or hash_slh_verify. Future documents may register additional SLH-DSA parameter sets — including higher security categories or the "fast" variants — as deployment experience identifies the need.
SLH-DSA Keys Private and public keys are produced to enable the sign and verify operations for each of the SLH-DSA algorithms. The SLH-DSA Algorithm Family uses the Algorithm Key Pair (AKP) key type, as defined in . Reusing AKP gives SLH-DSA keys the same JOSE and COSE parameter names, serialization rules, and thumbprint processing used by other algorithms that use AKP. The specific algorithms for SLH-DSA, namely SLH-DSA-SHA2-128s and SLH-DSA-SHAKE-128s, are defined in this document and are used in the alg value of an AKP key representation to specify the corresponding algorithm. represents an SLH-DSA public key as PK = (PK.seed, PK.root), where each component is n bytes. An SLH-DSA private key is represented as SK = (SK.seed, SK.prf, PK.seed, PK.root), where each component is n bytes. The value of n for each parameter set is defined in Table 2 of . For SLH-DSA AKP keys, the pub parameter MUST contain the SLH-DSA public key PK.seed || PK.root. The priv parameter, when present, MUST contain the SLH-DSA private key SK.seed || SK.prf || PK.seed || PK.root and MUST NOT be present in public keys. For the two algorithms registered in this document, n is 16 bytes. Therefore, pub MUST be 32 bytes and priv, when present, MUST be 64 bytes. The compact size of SLH-DSA public keys can be useful when JWKs are used to convey verification keys, including by protocols that use JWKs independently of JWS signatures. Thumbprints for SLH-DSA keys are computed according to the process described in .
Signing and Verification Signatures are produced and verified using the procedures defined in . The SLH-DSA signing function takes a context string ctx as input. For the algorithms registered in this document, the ctx parameter MUST be the empty string. Implementations that produce or accept a non-empty ctx value will not interoperate. Signatures are encoded as the byte strings produced by the signature generation algorithms in . When producing JSON Web Signatures, the signature byte strings are base64url encoded. When producing COSE signatures, no encoding is needed; see for more details on how COSE signatures are created. For the algorithms registered in this document, the signature byte string is 7856 bytes, as specified in Table 2 of . The corresponding base64url-encoded JWS signature value is 10475 characters.
Security Considerations The security considerations of , and apply to this specification as well. A detailed security analysis of SLH-DSA is beyond the scope of this specification; see for additional details. The following considerations apply to all parameter sets described in this specification.
Pre-Hash and Hashing Considerations defines two variants of the signature scheme: SLH-DSA, which takes the message directly as input, and HashSLH-DSA, which applies an external pre-hash to the message before invocation. This document specifies only SLH-DSA for use with JOSE and COSE. HashSLH-DSA is out of scope. A key identified by an SLH-DSA algorithm identifier defined in this document MUST NOT be used to generate or verify a HashSLH-DSA signature, and vice versa. The same constraint is described for X.509 deployments in . This document does not define or register separate HashSLH-DSA algorithm identifiers for JOSE or COSE. Doing so would require distinct algorithm registrations and would introduce additional implementation and interoperability complexity. For many JOSE and COSE use cases, this restriction is acceptable because the application can already structure the signed content in a way that limits the amount of data processed directly by the signature algorithm. In particular, COSE applications that need to sign large payloads, detached content, or remotely held content may use the COSE Hash Envelope mechanism . JOSE applications with similar operational requirements can use a detached JWS payload, or can define an application-specific signed payload that carries the digest value, the digest algorithm, and the rules for recomputing and comparing the digest. Hash Envelope can provide operational properties similar to those sought from a pre-hash signature mode, such as reduced data transfer to a signer, reduced buffering requirements, and simplified remote-signing workflows. However, Hash Envelope is not cryptographically equivalent to HashSLH-DSA. HashSLH-DSA binds the identity of the pre-hash function into the signature through a domain separator inside the signing algorithm; Hash Envelope carries the digest and the digest algorithm at the COSE layer, outside the signature's domain separator. Applications that use Hash Envelope, or an application-specific JOSE digest payload, together with SLH-DSA need to ensure that the digest is recomputed over the original content and compared with the signed digest before treating the signature as valid for that content. Profiles that rely on this construction SHOULD specify the permitted hash algorithms and the verification procedure explicitly. If future deployment experience shows clear demand for algorithm-level pre-hash semantics in JOSE or COSE, separate registrations for HashSLH-DSA could be defined in a future specification.
Validating Public Keys Before using an SLH-DSA AKP key, implementations MUST validate all algorithm-related key parameters. For the algorithms registered in this document, the alg parameter MUST identify one of the SLH-DSA algorithms registered in this document and the pub parameter MUST be present and MUST have the length specified in . These checks correspond to the public-key validation requirement in Section 3.1 of , which requires implementations to verify that the public key is 2n bytes in length. If assurance of private-key possession is obtained via regeneration, the private key checks in Section 3.1 of also apply: the private key is checked to be 4n bytes in length, PK.root is recomputed from SK.seed and PK.seed, and the recomputed value is compared with the value in the private key.
Side-Channel Attacks Implementations of the signing algorithm SHOULD protect the secret key from side-channel attacks. Any implementation of SLH-DSA signing algorithms SHOULD employ at least the following best practices:
  • Constant-time operation
  • Consistent instruction sequence and memory access
  • Uniform sampling without information leakage
Deterministic and Randomized Signing permits both deterministic and randomized (hedged) signing. The choice of mode is implementation-defined; signatures produced under either mode are verifiable with the same public key, and verifiers cannot and need not distinguish them. Deterministic signing is simpler and removes a runtime dependency on a random number generator at signing time. Randomized signing offers improved resistance to fault and side-channel attacks that target the signing operation, at the cost of requiring a high-quality random source on every invocation. Implementations that select randomized signing MUST source the per-signature randomness from a trusted and cryptographically secure source as described in Section 9.2 of .
Randomness Considerations All random values used by SLH-DSA key generation or randomized signing MUST originate from a trusted and cryptographically secure source of randomness.
IANA Considerations
New COSE Algorithms IANA is requested to add the following entries to the COSE Algorithms Registry. The following registration templates are provided in accordance with the procedures described in and .
SLH-DSA-SHA2-128s
  • Name: SLH-DSA-SHA2-128s
  • Value: TBD1 (requested assignment -51)
  • Description: CBOR Object Signing Algorithm for SLH-DSA-SHA2-128s
  • Capabilities: [kty]
  • Change Controller: IETF
  • Reference: RFC XXXX
  • Recommended: Yes
SLH-DSA-SHAKE-128s
  • Name: SLH-DSA-SHAKE-128s
  • Value: TBD2 (requested assignment -52)
  • Description: CBOR Object Signing Algorithm for SLH-DSA-SHAKE-128s
  • Capabilities: [kty]
  • Change Controller: IETF
  • Reference: RFC XXXX
  • Recommended: Yes
New JOSE Algorithms IANA is requested to add the following entries to the JSON Web Signature and Encryption Algorithms Registry. The following completed registration templates are provided as described in .
SLH-DSA-SHA2-128s
  • Algorithm Name: SLH-DSA-SHA2-128s
  • Algorithm Description: SLH-DSA-SHA2-128s as described in FIPS 205.
  • Algorithm Usage Location(s): alg
  • JOSE Implementation Requirements: Optional
  • Change Controller: IETF
  • Specification Document(s): RFC XXXX
  • Algorithm Analysis Documents(s):
SLH-DSA-SHAKE-128s
  • Algorithm Name: SLH-DSA-SHAKE-128s
  • Algorithm Description: SLH-DSA-SHAKE-128s as described in FIPS 205.
  • Algorithm Usage Location(s): alg
  • JOSE Implementation Requirements: Optional
  • Change Controller: IETF
  • Specification Document(s): RFC XXXX
  • Algorithm Analysis Documents(s):
References Normative References JSON Web Signature (JWS) JSON Web Signature (JWS) represents content secured with digital signatures or Message Authentication Codes (MACs) using JSON-based data structures. Cryptographic algorithms and identifiers for use with this specification are described in the separate JSON Web Algorithms (JWA) specification and an IANA registry defined by that specification. Related encryption capabilities are described in the separate JSON Web Encryption (JWE) specification. JSON Web Key (JWK) A JSON Web Key (JWK) is a JavaScript Object Notation (JSON) data structure that represents a cryptographic key. This specification also defines a JWK Set JSON data structure that represents a set of JWKs. Cryptographic algorithms and identifiers for use with this specification are described in the separate JSON Web Algorithms (JWA) specification and IANA registries established by that specification. JSON Web Algorithms (JWA) This specification registers cryptographic algorithms and identifiers to be used with the JSON Web Signature (JWS), JSON Web Encryption (JWE), and JSON Web Key (JWK) specifications. It defines several IANA registries for these identifiers. CBOR Object Signing and Encryption (COSE): Structures and Process Concise Binary Object Representation (CBOR) is a data format designed for small code size and small message size. There is a need to be able to define basic security services for this data format. This document defines the CBOR Object Signing and Encryption (COSE) protocol. This specification describes how to create and process signatures, message authentication codes, and encryption using CBOR for serialization. This specification additionally describes how to represent cryptographic keys using CBOR. This document, along with RFC 9053, obsoletes RFC 8152. CBOR Object Signing and Encryption (COSE): Initial Algorithms Concise Binary Object Representation (CBOR) is a data format designed for small code size and small message size. There is a need to be able to define basic security services for this data format. This document defines a set of algorithms that can be used with the CBOR Object Signing and Encryption (COSE) protocol (RFC 9052). This document, along with RFC 9052, obsoletes RFC 8152. CBOR Object Signing and Encryption (COSE): Hash Algorithms The CBOR Object Signing and Encryption (COSE) syntax (see RFC 9052) does not define any direct methods for using hash algorithms. There are, however, circumstances where hash algorithms are used, such as indirect signatures, where the hash of one or more contents are signed, and identification of an X.509 certificate or other object by the use of a fingerprint. This document defines hash algorithms that are identified by COSE algorithm identifiers. ML-DSA for JSON Object Signing and Encryption (JOSE) and CBOR Object Signing and Encryption (COSE) This document specifies JSON Object Signing and Encryption (JOSE) and CBOR Object Signing and Encryption (COSE) serializations for the Module-Lattice-Based Digital Signature Standard (ML-DSA), a Post-Quantum Cryptography (PQC) digital signature scheme defined in US NIST FIPS 204. Stateless Hash-Based Digital Signature Standard n.d. Key words for use in RFCs to Indicate Requirement Levels In many standards track documents several words are used to signify the requirements in the specification. These words are often capitalized. This document defines these words as they should be interpreted in IETF documents. This document specifies an Internet Best Current Practices for the Internet Community, and requests discussion and suggestions for improvements. Ambiguity of Uppercase vs Lowercase in RFC 2119 Key Words RFC 2119 specifies common key words that may be used in protocol specifications. This document aims to reduce the ambiguity by clarifying that only UPPERCASE usage of the key words have the defined special meanings. Informative References JSON Object Signing and Encryption (JOSE) IANA CBOR Object Signing and Encryption (COSE) IANA COSE Hash Envelope Fraunhofer SIT This document defines new COSE header parameters for signaling a payload as an output of a hash function. This mechanism enables faster validation, as access to the original payload is not required for signature validation. Additionally, hints of the hashed payload's content format and availability are defined, providing references to optional discovery mechanisms that can help to find original payload content. Use of the SLH-DSA Signature Algorithm in the Cryptographic Message Syntax (CMS) SLH-DSA is a stateless hash-based signature algorithm. This document specifies the conventions for using the SLH-DSA signature algorithm with the Cryptographic Message Syntax (CMS). In addition, the algorithm identifier and public key syntax are provided. Internet X.509 Public Key Infrastructure -- Algorithm Identifiers for the Stateless Hash-Based Digital Signature Algorithm (SLH-DSA) Digital signatures are used within the X.509 Public Key Infrastructure, such as X.509 certificates and Certificate Revocation Lists (CRLs), as well as to sign messages. This document specifies the conventions for using the Stateless Hash-Based Digital Signature Algorithm (SLH-DSA) in the X.509 Public Key Infrastructure. The conventions for the associated signatures, subject public keys, and private keys are also specified.
Relationship to SLH-DSA in CMS specifies conventions for using SLH-DSA with the Cryptographic Message Syntax (CMS). This document follows the same FIPS 205 definition of SLH-DSA key material and signatures, but applies it to JOSE and COSE. Both specifications use the FIPS 205 public key value PK.seed || PK.root and private key value SK.seed || SK.prf || PK.seed || PK.root. In , these values appear as the SLH-DSA public and private key contents associated with ASN.1 public-key and private-key containers. In this document, the same values are carried in AKP pub and priv key parameters. The main differences are protocol and registry choices:
  • assigns object identifiers for all twelve FIPS 205 SLH-DSA parameter sets. This document registers only SLH-DSA-SHA2-128s and SLH-DSA-SHAKE-128s for JOSE and COSE.
  • identifies SLH-DSA algorithms with ASN.1 AlgorithmIdentifier object identifiers whose parameters are absent. This document identifies them with JOSE algorithm names and COSE algorithm values, and with the alg parameter in AKP keys.
  • defines CMS SignedData conventions, including how SLH-DSA is used when CMS signed attributes are present. This document does not define an equivalent signed-attributes construction. Applications that need to avoid signing large content directly can use JOSE or COSE mechanisms such as detached JWS payloads, COSE Hash Envelope, or application-specific signed digest payloads as discussed in .
  • Both specifications use pure SLH-DSA with an empty context string for the algorithms they define, and neither defines HashSLH-DSA algorithm identifiers for its target protocol.
Examples These examples were generated using Cloudflare CIRCL and cross-validated against the Trail of Bits go-slh-dsa implementation. The source code used to generate these examples is available in the examples/ directory of the cose-wg/draft-ietf-cose-sphincs-plus repository.
JOSE
SLH-DSA-SHA2-128s
Example SLH-DSA-SHA2-128s Private JSON Web Key
Example SLH-DSA-SHA2-128s Public JSON Web Key
SLH-DSA-SHAKE-128s
Example SLH-DSA-SHAKE-128s Private JSON Web Key
Example SLH-DSA-SHAKE-128s Public JSON Web Key
COSE
SLH-DSA-SHA2-128s
Example SLH-DSA-SHA2-128s COSE Key
Example SLH-DSA-SHA2-128s COSE Sign1 >, / unprotected / {}, / payload / h'66616b65', / signature / h'88a36aae95778da5bce3a58808d3fe54b2be969d221d1dff264711598f4b5b32 ee27ff1397233805989c5934e5766704a1129390ceb3d937be78463d39cf60e2 4b3c74dadabc7f748da72343844c6a4efb5f829d4025e7be2be63afdeade06a6 447f3eb884e8df9ca0a10625f7216b12eb75831259183d0fe9b9d6fda4754f6a 4639646a7bb535338bcba2ffd57812398090f0b6ba9f59fc10478e67e4fcbe06 5e04c6b371d8a1ef3a75d9871c004d8913929d91d53d6e22ee65401dafd057a1 6c6adc1de25334940e40624d28bbadad502a531a039d108c195018759cfabdb4 c97bfd6a40bd0902b3861689f79fed9d551330a76addef62077c2a5cbfc59db2 d0bef40b313d131f475d6663ed8951483e63249e990ec4c15f99543aeb0af83d 3491bb7f6c2eed57bedcd87f069303a6e18a188c37c8ca1b1292fb7a1e43479e 9926457f8acd48818a2cac09dbd1b547467495374f82a5fd9be123f8b01489cd edc3b12757c5678944fcb3817c5c7ebe41a6834cec35723dd7d755d1bf127037 23d5d97101e3d9571dee5f45f55771428058d7e9ba8d49d90e0707d8840d6bde 94069bab7226ce6d3209e7a84bc61a85bc6236148d8421d7ace6fceab99e1ca4 f0c8900b2db4a2fbad74e2dbb895d870a6d301e68cf9fb3e87d3afd06e8bade1 535e41511e5bda2e2d1d1b2167f90b6d64a0961b23e65c90323419708261dc3f 5d85b847f8fcd080e6fbf0a3ef1faa496cd704399f8cdd14f9c8c9b2e39dbb84 3d6a21fdfef3c2f6ff955da15a1b4d8d8b317caa957965865b6ca64cb9055fce 9541796fb02f9c31680e230dc5b2497a595b91e9721c26f4427495a162bcb4b3 18a55303a05a7089a72debb5b034a67d5338e80ae4b4d903b26c98f906e9611c 6e87e666a15854d1248f2ccc6a736c42c3f9212f300b587da1f8563938838b5f 63d00c19d89e951fe7c10647e652dc9e91408f66e03bdf087c893494085c7dd9 f63cefdb4b69ca99bdf1a647dff354e0e0fb96eaa38922e6fe1001a9a3be2513 90f2506de734a84ccc3e74fd9fe2c9de72ab01462112a390607662c158022642 76b1140473cb3766e36d86568e2a15cd0977d7df2711eee96bdb32e4fe66d9a7 7ccc21ddd36c4a5b4b436b77ea783ca982a17b03b9d55e144e699d83b7f9218e 68d609a93fbec8695770d1ec27dbaa6e162d635c419ff0fd310f46b8c8a1bba2 4dcf10e23aee5519a40f123d19f42807fdf97a7084c7b7da84882c267da1a1de 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64290c19a6a02e0c79f09fe8b1e641aca0efa62cf843e1c8522b0e6451b9a4cf c45be3e6138d00ebab66f3ff8a822a633ee2b6dfcc9452fc240e17fbe0fe7855 156df3501068032b59326203e94cabeb754fce6b9248c809755853b9831381b7 25d5ec76da35bec90b884297a4c7b11e237b333d075b821b64e837f31e522851 2ae5d22eded5a3ee4b6ae1d1753e78cf89dc9640880dd3f7f08d75be2a3705eb 118ae36d099639ce456508adad6c5bc7b725f9a7e651e3a5e7ada03731e38b5c fc3d16d7f0c10f5ee6ff130ef2afabb3da3317d10ebe8d7c0d9cfe1928f865c3 7883a014f086d574cfc160b8c8067244', ]) ]]>
SLH-DSA-SHAKE-128s
Example SLH-DSA-SHAKE-128s COSE Key
Example SLH-DSA-SHAKE-128s COSE Sign1 >, / unprotected / {}, / payload / h'66616b65', / signature / h'739b331fcf62683408d06d279d0726b9cd7ecb471768954695b5ec90d16888f9 f49aeb20cf27c4c3af7e18307af67904043a786b17511aa9fe1b88edf45e1e6f 1d3985c2812a27f3a27047af1237bbd084c47740d7961cc3d7cb8c62402e5b70 c22ee5bdaeabe25e100d8819dce0b84ccf20c97fdeb81c5d0feeaedb5b5cac4e a5aa10f06707b524f4abd3c137f1aa136d80e30e53b8c92c1c1c32b76042e1df eb163f3fdb9b0e19fa867793e1c2c09f41084015e2a269a63e649c8e3fae30a8 3352215d517421d25d8604841ed130055f7c931c375bad32c01e40ad980dfbf0 1cf99fde19ba3b155266ae33bafcc4e5d33a7d2ff585fd016d5c0e610e77e940 97adb10e897d6257faca3e72e329fa73a93627b8f118926a502b4628879732b5 195880ee2b9dfb6ac2fc724238fa108a871c6a02ac18b2d976ee621c3b38ce82 46c9826e596c5e14d2f716721aec7648ccb0953699b77baafbaee343ddd06471 aa28d6f48c7c5f0b772877c832cab4f970e1ea832aa449db07a63d065867c02c 3f9783e96732337f9d93fcff16202cbdd41a326aa65fec2e9ea239b276ffe08f 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Acknowledgments We would like to thank Roy Williams, Cedric Fournet, Simo Sorce, Ilari Liusvaara, Neil Madden, Anders Rundgren, David Waite, Russ Housley, Brian Sipos, Lucas Prabel, Filip Skokan, and Kris Kwiatkowski for their review feedback.
Contributors Google
rafaelmisoczki@google.com
IBM
osb@zurich.ibm.com
NXP
christine.cloostermans@nxp.com