HSM Advances Supporting quantum-safe PKI Automation
summary
HSMs produce a signed attestation bundle in an ASN.1 evidence format that includes a manufacturing-installed manufactured trust anchor (root cert), a freshness marker (timestamp or firmware version), and claims tying a public key to an HSM-resident private key; the CA verifies the attestation chain and issues the certificate, enabling automated code-signing issuance and secure audit logs. Implementation notes: presenter-requested claims, endorsement by manufacturing or third-party testing, and the need to use quantum‑safe signature algorithms (hash‑based LMS style or comparable schemes) because trust anchors are hard to replace.
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chapters (16)
- 0:00Postquantum PKI conference intro
- 1:07Speaker intro
- 1:29Why attestation for HSMs
- 3:15Code signing with HSM attestation
- 4:41Formal attestation definition RFC 934
- 5:44HSM attestation format challenges
- 7:09IETF draft for HSM attestation claims
- 10:02ASN.1 format in attestation
- 11:25Quantum-resistant HSM attestation
- 12:31Trust anchors deployment
- 13:33Quantum-safe signature algorithms
- 15:40Trust anchors in HSMs
- 16:46Updating trust anchors challenges
- 17:50HSM attestation use cases
- 19:14Quantum-safe attestation clustering
- 20:39Q&A crypto agility
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