Post-Quantum Cryptography
NIST-standardized ML-KEM, ML-DSA, and SLH-DSA algorithms protecting critical infrastructure against the harvest-now-decrypt-later quantum threat.
The Threat Is Real
Nation-state adversaries are actively collecting encrypted traffic today — government communications, financial transactions, defense telemetry — in anticipation of quantum computers capable of breaking RSA-2048 and ECDH-256 in hours.
Data encrypted with classical algorithms retains no secrecy once a cryptographically relevant quantum computer arrives. If your data retention extends beyond that horizon, you are already compromised in slow motion.
Migration Platform
A four-phase methodology that takes you from unknown cryptographic exposure to fully compliant NIST PQC deployment — without downtime, regressions, or protocol breaks.
Automated inventory of every cryptographic primitive — TLS certificates, key material, SSH identities, JOSE tokens, and protocol usage across hybrid cloud and on-premise infrastructure.
Quantify harvest-now-decrypt-later exposure using data classification and expected retention timelines. Generate prioritized migration queues with business-impact weighting.
Deploy classical + PQC algorithm pairs — X25519+ML-KEM768, RSA+ML-DSA — for zero-downtime migration with full backward compatibility and automatic rollback.
Complete migration to NIST-standardized algorithms with continuous posture monitoring, automated certificate lifecycle, and policy-driven enforcement across all endpoints.
Platform Capabilities
From initial discovery to continuous compliance — no gaps in coverage.
Identify every cryptographic asset across hybrid cloud, on-premise, and air-gapped environments with passive and active scanning.
Map algorithm vulnerability to data sensitivity and HNDL exposure windows for actionable priority queues ranked by business impact.
Automate certificate rotation, key regeneration, and hybrid algorithm deployment across your full infrastructure with rollback guarantees.
Enforce CNSA 2.0 and NIST SP 800-208 policies with automated violation detection and remediation workflows.
Algorithm-agnostic abstraction layers let you swap primitives without touching application code — future-proof by design.
Live cryptographic posture telemetry with exposure scoring, compliance drift alerts, and executive-level reporting.
Every day without a cryptographic inventory is a day of unquantified HNDL exposure. Start with discovery — we map your risk before you commit to a migration path.
