Hardware Roots of Trust for Zero-Trust Enterprise MFA
Architecting hardware security modules for zero-trust microsegmentation, continuous device posture attestation, and cryptographically verified privileged access management.
Zero-Trust Cryptographic Enforcement
Rather than relying on static passwords or push notifications vulnerable to fatigue attacks, AuthHSM continuously issues hardware-attested cryptographic claims validating both user presence and physical token integrity for every network transaction.
PAM Bastion Integration via PKCS#11
Integrating hardware authentication directly into SSH jump hosts, Kubernetes clusters, and cloud IAM consoles through high-throughput PKCS#11 v3.0 middleware drivers.
- Continuous Silicon Attestation: Generating cryptographic platform health measurements verifying device integrity before session grant.
- Ephemeral Session Tokens: Deriving time-bounded, cryptographically signed access tokens with sub-millisecond hardware signing.
- Privileged Access Hardening: Enforcing physical button touch and dual-operator quorum keys for root infrastructure commands.
- Air-Gapped Disaster Recovery: Splitting master authentication authority into Shamir secret shares across multiple physical HSM modules.
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