// Zero Trust · Post-Quantum Cryptography
The perimeter trust model is obsolete, and quantum computers are coming for your encrypted data. We assess, harden, and continuously verify your architecture against both threats — aligned to NIST SP 800-207, with post-quantum (ML-KEM) cryptography where it counts.
// Why now
// What we deliver
NIST SP 800-207 aligned audit: perimeter gate, identity & access, device posture, micro-segmentation, policy engine, and continuous verification — with evidence for every control.
Verify and deploy hybrid ML-KEM key exchange (X25519MLKEM768), modern cipher policy, and a PQC roadmap for certificates as providers enable ML-DSA.
Security headers, banner/fingerprint minimization, TLS policy, sensitive-path handling, and origin isolation — delivered as ready-to-deploy gateway configuration.
Retest schedule, monitoring hooks, and audit evidence so the posture stays verified — not just asserted once at deployment.
// Methodology
External and internal audit against the ZT checklist — perimeter, identity, segmentation, data, monitoring.
Target architecture and prioritized remediation plan with acceptance criteria per control.
Hardened gateway configuration (PQC TLS, headers, default-deny), with rollback path.
Re-run the checks, capture evidence, and hand over the retest schedule.
// Deliverables
Full NIST 800-207 aligned checklist — perimeter gate through policy engine — with status scale and evidence columns. Our own deployments are verified against this document.
Hardened Caddy configuration: hybrid ML-KEM TLS, complete security headers, fingerprint stripping, and origin-isolation notes. Draft — validate before deploy.
Authorization, ROE, SOW, NDA, and DPA templates — the legal foundation of every engagement.
// Start the conversation
Tell us about your infrastructure and compliance obligations. We'll scope a Zero Trust + PQC assessment with authorization documents ready for your review.
redteam@alesa.my