U92-QML
QML explores quantum and hybrid algorithms for risk, fraud and optimisation problems, running on partner quantum hardware.
What U92-QML does for you
Hybrid
Quantum and classical steps in one workflow.
Use cases
Portfolio risk, fraud patterns and routing optimisation.
Hardware
Runs on partner quantum computers through the cloud.
Research teams in banking, logistics and energy exploring quantum advantage.
More from U92 Quantum
U92-Vyu
AvailableCryptographic discovery
Vyu scans your code, certificates, TLS endpoints and APIs and builds a cryptographic bill of materials (CBOM): every key, certificate and algorithm you depend on, and how exposed each one is.
Explore U92-VyuU92-PQc
PilotPost-quantum migration
PQc moves your systems to the NIST post-quantum standards, one application at a time, with hybrid TLS so classical and quantum-safe cryptography run side by side during the transition.
Explore U92-PQcU92-CryptoAG
In buildCrypto-agility
CryptoAG lets you change algorithms by policy instead of by rewrite, so the next cryptographic change is a setting, not a project.
Explore U92-CryptoAGU92-QKD
PlannedQuantum key distribution
QKD uses the physics of light to share encryption keys. We are building the integration layer with research and hardware partners, starting with the links that matter most.
Explore U92-QKDU92-QNet
ResearchQuantum-safe networking
QNet aims to give you one key-management plane across PQC and QKD links, with quantum random number generation.
Explore U92-QNetBuilding something that cannot fail?
Tell us what you are working on. We will suggest a small, fixed-scope first step.