Now Available in Frankfurt & US West Coast
Quantum Resilience
as a Service
Hardware-grade quantum entropy injection deployed inside our data centers. Strengthen your cryptographic key generation today, without replacing a single algorithm.
Strengthen, Don't Replace
We don't rip and replace your cryptographic stack. RSA, AES, and other peer-reviewed frameworks stay in place. Instead, we inject true quantum entropy into the key generation process, producing stronger randomness that hardens your existing encryption against future quantum attacks.
Quantum Entropy Hardware
Dedicated PCI-E quantum random number generator (QRNG) cards installed directly in your rack infrastructure, producing non-deterministic random material derived from quantum physical processes.
Entropy Injection Layer
Quantum entropy is consumed through a constrained, authenticated interface and blended with local system entropy via a deterministic cryptographic construction, ensuring robustness even if one source degrades.
Full Compatibility
No changes to your existing protocols, certificates, or integrations. Your systems continue to use standard RSA, AES, and TLS, now backed by quantum-grade randomness at the foundation.
Enterprise Governance
Access controls, rate limiting, integrity checks, and full audit logging on every entropy operation. Built to satisfy ISO 27001, SOCx, and regulatory compliance requirements out of the box.
Data-in-Transit Protection
Round-trip encryption, not just end-to-end, for data moving between systems. Quantum entropy secures session establishment, key rotation, and signing nonces across your entire communication path.
NIST PQC Aware
While Dilithium and Kyber represent the future of native post-quantum cryptography, ecosystem compatibility remains a challenge. Our approach delivers resilience today while maintaining forward compatibility with NIST PQC standards.
Two Regions. Carrier-Grade Facilities.
Quantum entropy hardware deployed inside Equinix data centers with sub-200ฮผs latency for colocation clients.
Frankfurt, Germany
US West Coast
From Hardware to Key Pair in Milliseconds
Quantum Entropy Generation
A dedicated QRNG card produces high-quality random material from non-deterministic quantum physical processes, independent of your host OS, hypervisor, or VM environment.
Authenticated Entropy Delivery
Your applications consume quantum entropy through a constrained, rate-limited, authenticated API. Access controls and integrity checks are enforced at every call.
Secure Entropy Mixing
Quantum entropy is blended with local system entropy inside a deterministic random bit generator (DRBG). The result is consistent, auditable randomness quality, even if one source degrades.
Hardened Key Generation
Your standard RSA, AES, or TLS key generation process now operates on quantum-grade randomness. No algorithm changes. No certificate reissuance. Immediate resilience.
Why Entropy Injection, Not Algorithm Replacement?
Replacing established cryptographic frameworks like RSA and AES would break compatibility across your entire ecosystem, certificates, APIs, partner integrations, regulatory approvals. Our approach keeps these peer-reviewed, battle-tested standards exactly as they are, but strengthens the entropy foundation that underlies every key pair. The result: quantum-resilient encryption that works with your existing infrastructure today, while remaining forward-compatible with NIST PQC standards as they mature.
Presented at DEF CON, with overwhelmingly positive feedback from the security research community.
Who This Is For
Any organization where the quality of cryptographic randomness is a systemic dependency.
Flexible Service Tiers
Colocation
Bring your own hardware into our Equinix cage. We provide rack space, power, connectivity, and access to the shared quantum entropy endpoint via the local network.
Managed Server
We provision and maintain dedicated servers with QRNG hardware pre-installed. You get root access to a quantum-entropy-enabled environment with zero hardware management.
Entropy-as-a-Service API
Consume quantum entropy remotely via an authenticated, encrypted API endpoint. Ideal for distributed systems that need quantum-grade randomness without on-premise hardware.