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CAVERO SECURE
Cavero Secure Solutions

POST-QUANTUM KEY EXCHANGE & CONTINUOUS VERIFICATION

Born trusted Proven for life

Quantum-safe identity for the devices, agents, and connections the world depends on. Fixed at creation. Continuously verified.

Connected IoT devices by 2030
39B
IoT Analytics
Fewer clock cycles than ML-KEM*
50%
Benchmark testing
RAM for CaveroKEX™ key exchange*
2.1KB
Benchmark testing
Keys transported. Ever.
0
Fact

Who are we?

Building cryptographic trust for the toughest security challenges

Born from quantum information research at the University of Leeds, our CaveroCore™ engine pairs quantum-safe key exchange small enough for a SIM card with continuous identity verification that never stops, protecting telecoms networks, defence and critical infrastructure, industrial IoT, and the autonomous AI agents starting to act in our name.

Our Technology

CaveroCore™ - one foundation, every environment.

The cryptographic foundation, delivered as the Cavero Cryptographic Library: patented post-quantum key exchange and continuous trust verification, with use-case specific modules to support Agentic AI, secure manufacture to field-based device activation, ultra resource constrained device security, SIM swap fraud prevention and sophisticated defence security solutions.

CaveroCTX™ Image
module

CaveroCTX™

Continuous trust and identity verification for the life of every device, agent and connection. CaveroCTX™ is Cavero Secure's patented continuous verification protocol. Where conventional security checks identity once and assumes it ever after, CaveroCTX™ re-proves it with every exchange, building an unbroken, verifiable history from the moment of genesis onward. A clone or hijacked device cannot keep pace — the fork is exposed as soon as its history diverges, and trust is withdrawn before harm is done. And because the credential is re-derived with every exchange, it never sits still long enough to steal

CaveroKEX™ Image
module

CaveroKEX™

CaveroKEX™ is Cavero Secure's patented post-quantum key exchange. Tuned for optimal computation, it performs with around half of the computational requirements as ML-KEM at an equivalent parameter set; tuned for minimum footprint it runs in as little as 2.1KB of RAM*. Neither party ever transmits the key: both derive it, so there is no secret in flight to intercept and no static credential left on the device to steal

Our Partners

ZariotSIMPhonicNorthern GritstoneForesightMicrosoftGoogleCloudflareNAL