Technology
We didn't engineer an algorithm.We engineered physics.
QCoreSecure's QRNG platform is powered by a Silicon-Photonics Quantum Random Number Generator chip developed at CPPICS, IIT Madras. Our technology doesn't simulate randomness - it captures real entropy from the quantum physics of photons.
Silicon-Photonics QRNG - the competitive edge
By integrating the entire quantum process onto a compact, robust, mass-manufacturable chip, QCoreSecure delivers enterprise-grade reliability and scalability far beyond traditional optical or algorithmic randomness sources.
What sets QCoreSecure apart from every competitor
What sets Q Core Secure apart from every competitor
Monolithic Silicon-Photonics - Not Discrete Optics
Most competitors use discrete optical components bolted onto boards - fragile, expensive, difficult to scale. QCoreSecure's entire quantum process is integrated onto a single chip. Consistent quality. Enterprise reliability. Mass manufacturing at cost points competitors cannot match.
200 Mbps Certified Today, 1 Gbps by 2027
Most competing QRNGs deliver entropy in the low Mbps range. QCoreSecure already certifies >200 Mbps - with a clear roadmap to 1 Gbps. Essential for post-quantum cryptography and machine-scale identity systems where millions of tokens are generated per minute.
NIST SP 800-90B - Continuous, Not One-Time
Many competitors test entropy at the factory and ship. QCoreSecure runs the full NIST SP 800-90B test suite continuously in real time. If any anomaly is detected, the system halts output. Zero-compromise entropy health monitoring.
Cloud + Appliance + SDK - Not Just Hardware
Competitors sell hardware. QCoreSecure delivers its powerful silicon-photonics QRNG chip across three deployment models: QRaaS (cloud API, sub-10 ms), the on-premise appliance (air-gapped), and QIDSecure (agent identity SDK). No other QRNG vendor offers this range.
PQC-Native by Design
Entropy output already exceeds NIST post-quantum key generation requirements for ML-KEM, ML-DSA, and SLH-DSA. The QIDSecure SDK uses PQC natively - ML-KEM for the handshake, ML-DSA for signing. Future-proof entropy, not a retrofit.
Backed by Real Science - Not Theoretical Promises
The QRNG chip is the product of a rigorous academic-industry collaboration with IIT Madras CPPICS. Backed by peer-reviewed research, fabricated on proven silicon-photonics processes, and validated against NIST test suites. Real quantum hardware delivering real post-quantum security.
Not all randomness is equal.
| Capability | Software PRNG | Hardware TRNG | HSM Entropy | QCoreSecure QRNG |
|---|---|---|---|---|
| Provably unpredictable | Partial | Partial | Quantum-guaranteed | |
| NIST SP 800-90B certified | Varies | |||
| Throughput >200 Mbps | ||||
| Post-quantum ready | Varies | ML-KEM / ML-DSA | ||
| Cloud API delivery | Sub-10 ms | |||
| Entropy provenance audit | Partial | |||
| AI-attack resistant | Partial | Partial | Physics-based |
Certified & Auditable
NIST SP 800-90B
Gold-standard entropy source certification. Continuous real-time testing.
FIPS 140-3
Active certification track. Government procurement ready.
PQC-Ready
Exceeds NIST ML-KEM, ML-DSA, SLH-DSA requirements.
EU AI Act
QIDSecure audit trail meets AI governance transparency requirements.
PCI DSS & SOX
Entropy provenance for financial key management.
FedRAMP
QRaaS architecture designed for federal alignment.
Ready for Quantum-Grade Security?
Whether you’re securing encryption keys, AI agent credentials, or critical infrastructure — start with randomness rooted in physics.
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