Verify once, use everywhere.

AU10TIX Reusable Digital ID enables users to verify their identity once and reuse it securely across multiple platforms. Built on blockchain and verifiable credentials, it ensures tamper-proof authentication, privacy-first data handling, and seamless user experiences. With biometric login and decentralized storage, it eliminates repetitive verification steps and enhances trust, speed, and compliance in digital interactions.

Tamper-proof digital credentials Empty heading Powered by Microsoft Entra and AU10TIX proprietary technology, Reusable Digital ID offers digital credentials that are verifiable, tamper-proof, and easily shared across platforms. Enjoy enhanced data protection, a seamless user experience, and efficient verification processes for your business and users.

Identity verification transformed through state-of the-art-technology Empty heading

• Immediate & secure verification: Real-time processing reduces the risk of identity theft or fraud.
• Credentials issuing: Automatically and securely issue and receive various credentials such as IDs, address, email, and more.
• Easy integration tools: Seamlessly integrate with easy-to-use tools like APIs, SDKs, and ready-to-use web/native apps.
• Top-notch security: and data integrity through advanced cryptographic verification.
• Interoperable: Ensure interoperability that complies with industry standards and verifiable credential requirements.
• Multi-language: Access global verification needs with multi-language support.

Features

• Verifiable Credentials: Tamper-proof digital credentials that can be reused across platforms and services.
• Biometric Authentication: Enables secure, passwordless access using facial or voice recognition.
• Blockchain-Based Privacy: Decentralized and encrypted data storage ensures user control and data protection.
• Instant Verification: Real-time identity confirmation for faster onboarding and transactions.
• Cross-Platform Compatibility: Seamlessly integrates with digital ecosystems and identity frameworks.