Implemented the cryptographic engine module for a blockchain infrastructure platform. Handles key generation, signing, and verification operations using hardware security modules (HSM). Supports multiple signature schemes with constant-time operations.
Case study
Implemented the cryptographic engine module for a blockchain infrastructure platform. Handles key generation, signing, and verification operations using hardware security modules (HSM). Supports multiple signature schemes with constant-time operations.
Implemented the cryptographic engine module for a blockchain infrastructure platform as part of a 3-person team. Handles key generation, signing, and verification operations using hardware security modules (HSM). Supports multiple signature schemes with constant-time operations.
Signing throughput
Rust developers
ED25519, ECDSA, BLS, etc.
Week 1–2
Cryptographic requirements and HSM integration design
Week 3–8
Key management, signing engine, HSM integration
Week 9–10
Security audit, constant-time verification, and production deployment
Technical implementation and architecture overview
Integrated with hardware security modules for secure key storage and operations, ensuring keys never leave the HSM.
Implemented constant-time cryptographic operations to prevent timing attacks, critical for blockchain security.
Web3, AI, Systems, Web. End-to-end. One person. From idea to deployed.
Yes. Architecture, stack selection, code reviews. Hourly or contract. Get unstuck fast.
Fast. I focus on going live. Less bureaucracy, more shipping. Let's discuss timeline.
Yes. Frontend, backend, infrastructure, deployment. Complete systems. End-to-end.