Building quantum-safe cryptographic systems that anchor digital trust in the post-quantum era.
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SecureMachines is a security systems company focused on cryptographic primitives: HSMs, entropy engines, and secure silicon components that higher-level infrastructure relies on. We serve enterprise, government, and defense environments protecting critical infrastructure.
Our principle is simple: build the hard parts in-house, stay standards-aligned, and design for certification pathways from day one. That keeps our systems predictable under review, stable under integration, and resilient as algorithms evolve.
Three foundational primitives, usable as standalone systems or embedded as secure components.
| Product | What it is | Highlights |
|---|---|---|
| Prastaara | PQC Hardware Security Module (HSM) | ML-KEM, ML-DSA, SLH-DSA alongside classical algorithms; PKCS#11 interface; FIPS 140-3 ready / planned |
| Augha | Hardware entropy engine (TRNG) | NIST SP 800-90B compliant TRNG; hybrid TRNG + DRBG random bit generator per SP 800-90C |
| Pingala | Edge / network cryptography device | IPsec Layer-3 with post-quantum algorithms; plug-and-play upgrade for existing endpoints |
We build the cryptographic and hardware primitives that other systems depend on, engineered for longevity, reviewability, and transition. Cryptography, hardware, and systems engineering are composed into a coherent trust fabric that stays stable as standards and threat models evolve.
- Root of trust: a stable hardware trust boundary anchoring identity, keys, and security-critical operations.
- Post-quantum cryptography: engineered into hardware from day one, with cryptographic agility for safe transition as standards mature.
- Secure computation: hardware isolation, controlled execution, and techniques such as FHE and MPC.
For collaborations, deployments, evaluation kits, or technical discussions, write to contact@securemachines.in.
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