Authentication with nothing to steal
Pinned client certificates. No API keys, no shared secrets, no bearer tokens. Every request signed and replay-protected.
Pinned client certificates. No API keys, no shared secrets, no bearer tokens. Every request signed and replay-protected.
Generated in secure hardware, attested at registration, never exported. A decision made continuously, heartbeat by heartbeat.
Encrypted on the device, then again inside TLS. Sealed at rest, per identity. Consent signed, versioned, and revocable.
A signed, verifiable result and device assurance — never the biometric. Every partner sees an isolated, unrelated identity.
Operators sign in with phishing-resistant passkeys. Every change is recorded under their own name.
This simulation runs entirely in your browser. No data leaves your device, and no request reaches a real API — it mirrors the shape of a real verification without exposing how any one step actually works.
A partner's sign-in flow asks for a step-up: prove this is really the account holder, right now.
The partner's backend calls QCore over mutual TLS. No shared secret changes hands.
A prompt appears on the user's phone or watch, asking them to bring it near the sensor.
A synthetic ECG streams live — encrypted on the device, then again inside TLS.
A decision builds beat by beat as the capture continues.
QCore signs the result before it ever reaches the partner.
The partner checks the signature and sees only a verdict and device assurance — never the biometric.
Partners integrate over a small number of API calls, with client libraries for TypeScript and Python.
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