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Encrypted, Time-Bound Credentials
9ID eliminates the "screenshot" risk vector. Every QR payload is generated using the user's unique cryptographic secret and validated server-side within a tight 30-second window.
Securing high-traffic industrial gates through an app-integrated 2FA environment that validates identity at the biological level before triggering physical access control.
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We pair encrypted QR credentials (the "Access Key") with biometric identity verification (the "Identity Layer"). This protocol ensures that the right to entry is physically tied to a verified individual, removing the security gap inherent in standalone badges or codes.
The user presents a dynamic QR code that contains an encrypted, time-limited OTP (One-Time Password) bound to the individual’s unique cryptographic secret.
Simultaneously the app captures a live facial scan. The system executes a high-speed match against the user’s biometric template stored locally on the device.
Access is granted only if the credential is valid, the face matches, and the user is in compliance (valid training, active role, not on a blocklist). Failure at any layer results in an immediate denial.
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9ID eliminates the "screenshot" risk vector. Every QR payload is generated using the user's unique cryptographic secret and validated server-side within a tight 30-second window.
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Identity verification happens on-device. Biometric templates are generated during onboarding with built-in quality controls (pose validation and eye-open checks) and synced to physical access devices via encrypted lists.
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9ID utilizes self-hosted document recognition infrastructure to parse passports, residence permits, and driving licenses. No document data leaves your environment for processing.
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Access is a real-time evaluation of a technical stack. The system matching on identity data—email, phone, national ID number, and fuzzy name matching—to ensure denied individuals are blocked platform-wide.
9ID is engineered with a privacy-first posture, ensuring that biometric and personal data are never exposed in transit or at rest. Compliance is not an overlay; it is a cryptographic constraint of the system.
Hosted in secure, region-specific environments to meet local sovereignty laws.
Field-level encryption for all sensitive user data at the database layer.
Full attribution logs with immutable timestamps and reason codes.
Local OCR infrastructure prevents external API data leaks.
We maintain a zero-trust architecture backed by industry-standard certifications.