Leverage the secure enclaves built into modern devices to create unforgeable proof of identity. No passwords, no tokens - just cryptographic certainty that the person on your call is who they claim to be.
Modern devices include dedicated security chips that protect biometric data and cryptographic keys. We leverage these secure enclaves to create identity proofs that cannot be forged.
Apple's Secure Enclave is an isolated microkernel processor that generates and stores private keys. Keys never leave the chip—not into RAM, not into the CPU. Touch ID unlocks signing permission, but you don't read the key; you send data to the chip and receive a signature back.
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Unlike passwords or software tokens, hardware-backed verification relies on physical security guarantees that cannot be bypassed by attackers.
Private keys are generated inside the security chip and never enter RAM or CPU. Even if the device is compromised, the keys cannot be extracted.
Touch ID and Windows Hello unlock signing permission—they don't read the key. Your biometrics authorize the chip to sign, keeping the key isolated.
We verify video comes from the physical camera and audio from the physical microphone. Virtual cameras and audio injection are detected.
The system confirms the call originates from a specific trusted device owned by a verified user—not a simulation or replay.
Nevrial integrates directly with the video platforms your team already uses. Verification happens seamlessly during calls without disrupting workflows.
Real-time verification during Meet calls
Hardware-backed identity for Zoom meetings
Enterprise verification for Teams calls
Schedule a demo to see how Nevrial uses device security to create unforgeable identity proofs. We will walk through the technology and show you how it integrates with your existing workflows.