Skip to main content

Post-Quantum Cryptography

PQC-SKA

PQC algorithms do support Securosys Smart Key Attributes, following the same principles. Click here

The NIST round 3 was concluded on August 13, 2024.

Read here about the NIST Releases First 3 Finalized Post-Quantum Encryption Standards

TypePublic-Key Encryption / KEMsDigital Signatures
Lattice-basedCRYSTALYS-KYBERCRYTALS_DILITHIUM
Hash-basedSPHINCS+

The Commercial National Security Algorithm Suite (CNSA) is a set of cryptographic algorithms promulgated by the National Security Agency as a replacement for NSA Suite B Cryptography algorithms.

Create PQC-Key​

POST: /v1/key

Description: Create key request.

{
    "label": "pqc_dilithium",
    "password": null,
    "algorithm": "DILITHIUM_L5",
    "attributes": {
        "sign": true,
        "extractable": false,
        "modifiable": true,
        "destroyable": true,
        "sensitive": true,
        "decrypt": false,
        "unwrap": false
    }
}
PQC-Algorithms
  • Crystals-Dilithium: DILITHIUM_L2, DILITHIUM_L3, DILITHIUM_L5
  • Crystals-Kyber: KYBER512_WITH_SHAKE, KYBER768_WITH_SHAKE, KYBER1024_WITH_SHAKE, KYBER512_WITH_SHA2_AES, KYBER768_WITH_SHA2_AES, KYBER1024_WITH_SHA2_AES
  • Sphincs+: SPHINCS_PLUS_SHAKE_L1, SPHINCS_PLUS_SHAKE_L3, SPHINCS_PLUS_SHAKE_L5
  • LMS: LMS

Sign a Payload​

POST: /v1/synchronousSign

Description: Sign request, the payload (message to be signed) must be base64-encoded.

{
  "signRequest": {
    "payload": "U2lnblBheWxvYWREZW1v",
    "payloadType": "UNSPECIFIED",
    "signKeyName": "pqc_dilithium",
    "keyPassword": null,
    "signatureAlgorithm": "DILITHIUM"
  }
}
Signing-Algorithms

Values for the field signatureAlgorithm: DILITHIUM, KYBER, SPHINCS_PLUS, LMS

Response:

{
  "signature": "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"
}

Verify​

POST: /v1/verify

Description Verify signature of a payload

Replace signature from the previous response and set the initial payload

{
  "verifySignatureRequest": {
    "signKeyName": "pqc_dilithium",
    "signatureAlgorithm": "DILITHIUM",
    "payload": "U2lnblBheWxvYWREZW1v",
    "signature": "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"
  }
}

Response

{
  "signatureValid": true
}

PQC Key-Algorithms​

PQC Algorithms

Current REST-API supported PQC algorithms, with more additions coming soon.

Kyber​

  • KYBER512_WITH_SHAKE
  • KYBER768_WITH_SHAKE
  • KYBER1024_WITH_SHAKE
  • KYBER512_WITH_SHA2_AES
  • KYBER768_WITH_SHA2_AES
  • KYBER1024_WITH_SHA2_AES

Dilithium​

  • DILITHIUM_L2
  • DILITHIUM_L3
  • DILITHIUM_L5

Sphincs+​

  • SPHINCS_PLUS_SHAKE_L1
  • SPHINCS_PLUS_SHAKE_L3
  • SPHINCS_PLUS_SHAKE_L5

LMS​

  • LMS