Secure Element
Root keys are generated and stored in dedicated silicon — never exported in plaintext.
Ledger-grade hardware trust
Security architecture built like infrastructure.
Secure Element, anti-rollback, secure boot chain, and explicit human consent — designed for adversarial AI-era threats.
- Secure Element key storage + provisioning
- Local biometric isolation (no upload)
- BLE challenge-response + attestation
- Tamper-aware trust posture
Defense in depth
Six layers between attackers and your identity.
Hardware, firmware, and human consent work together — so trust never depends on a single point of failure.
Local biometrics
Fingerprint templates stay on-device. Nothing is uploaded to KEYRA or third-party clouds.
Secure boot chain
Signed firmware, anti-rollback, and verified boot before any authorization logic runs.
Challenge-response
BLE attestation binds every approval to a live human touch — resistant to replay and relay.
Offline operation
Verification does not depend on carrier networks, SMS, or always-on cloud availability.
Tamper-aware posture
Physical and logical tamper signals inform trust decisions without silent failure modes.
Threat model
Built for the attacks you already see.
KEYRA ONE is designed around real-world fraud patterns — not theoretical checklist compliance.
Phishing
Rotating codes on hardware cannot be entered into fake login pages.
Deepfakes & voice spoofing
Proof requires physical presence — synthetic media cannot sign challenges.
SIM & carrier fraud
No SMS OTP dependency. Carrier compromise does not become account compromise.
Account takeover
High-risk actions demand hardware-backed human authorization, not push alerts alone.