We help security and engineering teams locate material cryptographic exposure, choose a defensible transition pattern and implement it in systems that still have to perform, interoperate and remain operable.
New key exchange and signature schemes affect certificate hierarchies, message sizes, hardware limits, protocols, performance and every team responsible for operating the result.
The right first move is not to replace everything. It is to identify the data and trust paths where waiting creates a larger future constraint.
Harvest now, decrypt later exposure starts before a cryptographically relevant quantum computer exists.
Where are keys created, wrapped, rotated and recovered?
Certificate and signature transitions cross organisational and vendor boundaries.
Which verifiers, roots and formats must coexist?
Hybrid exchanges increase payloads and expose hidden compatibility limits.
What changes under realistic traffic and failure?
Biometric and identity evidence can stay sensitive for decades.
How is the payload protected across every boundary?
Three ways in. Each ends with something your team can act on without us in the room.
Inventory representative protocols, certificates, libraries and long-lived data, then rank exposure by impact, lifetime and replacement difficulty.
Design a hybrid classical and post-quantum path, integrate it into one representative flow, and measure compatibility, payload, latency and operational impact.
Engineer rollout, key and certificate lifecycles, telemetry, recovery and handover around the systems that own the risk.
Four systems built and delivered. Every screen below is the running product.
Hybrid C++ and Python storage backend combining ML-DSA-87 certificate chains, ML-KEM key encapsulation and AES-256-GCM encryption at rest. Exposed through gRPC and HTTP APIs, delivered as a containerised deployment for a US data centre client.
High assurance 3D face liveness and matching with behavioural biometrics, continuous authentication, deepfake detection, document forensics and ML-KEM-1024 encrypted payloads.
Post-quantum Layer 1 with ML-DSA-87 validators, PQ-BFT consensus, smart contracts, QAMC token economics and a full block explorer.
Chrome extension and mobile wallet with dual signing: ML-DSA-87 for Q-AmChain and secp256k1 ECDSA for EVM networks. Includes side panel mode, token import and block scanned transaction history.
Using a named primitive does not make a complete system compliant. We document assumptions, integration choices and the evidence needed to review the whole control.
We can examine its data lifetime, trust boundaries and migration constraints, then leave your team with a decision-ready path.