Algorithmic Backdoors
Demonstrated by the Dual_EC_DRBG incident - deliberate weaknesses deployed at scale, hidden inside the standard itself.
Modern cryptography is starving. We sell the one thing virtualized and quantum-era systems can't generate on their own: certifiable, physically non-deterministic randomness.
Selling certainty - not just randomness.
Virtualized, containerized, and IoT environments produce predictable, low-entropy seeds. For PQC algorithms like ML-KEM and ML-DSA, that's catastrophic - the moment seeds become guessable, probability is no longer defensible.
Production systems rely on deterministic OS entropy pools. In virtualized, containerized, and IoT environments, conventional entropy - thermal noise, disk timing - is sparse, replayable, or absent entirely.
Demonstrated by the Dual_EC_DRBG incident - deliberate weaknesses deployed at scale, hidden inside the standard itself.
Cloned VMs and serverless cold-starts produce duplicate low-entropy seeds, causing colliding keys across tenants.
Embedded devices booting without sufficient entropy generate predictable keys, compromising entire device fleets.
Our Adaptive Multi-Path QRNG isn't just quantum - it's self-correcting. While static competitors degrade in hot data centers, our closed-loop controller retunes in real time, delivering regulator-ready certainty.
Entropy sourced from a patented Adaptive Multi-Path Differential Phase-Diffusion QRNG - randomness rooted in physics, not math.
Every delivery embeds a cryptographically signed entropy receipt, written directly into the customer's compliance audit trail.
Signed receipts move the burden of proof off the CISO. When randomness is certified, accountability is documented.
QuantumSolid delivers a physically non-deterministic, certifiable stream over REST / gRPC and a Sovereign Appliance - feeding cloud workloads, on-prem HSMs, and edge devices alike.
Patented Adaptive Multi-Path Differential Phase-Diffusion QRNG anchors every byte to a physical source.
Continuous NIST SP 800-90B adaptive proportion and repetition-count tests run on the live stream.
Cryptographically signed delivery receipts embed entropy directly into your compliance trail.
Deploy a Sovereign Appliance or connect over the API. Bring regulator-ready entropy to every key your organization generates.