Pioneering quantum-resistant cryptographic solutions and decentralized identity frameworks.
Developing lattice-based cryptographic algorithms resistant to quantum attacks while maintaining high-speed encryption/decryption operations.
Integrating biometric authentication with ZKP protocols to enable secure, privacy-preserving identity verification without storing biometric templates.
Building interoperable identity verification systems that work seamlessly across multiple blockchain ecosystems while maintaining quantum-resistant security.
A comprehensive analysis of lattice-based cryptography applied to decentralized identity systems...
� Download PDFExploring the use of local biometric computation and ZKP techniques for secure authentication workflows...
� Download PDFJoint research initiative focused on applying academic quantum-resistant algorithms to decentralized identity systems.
Co-funded R&D project developing next-generation cryptographic standards for digital identity ecosystems.
Academic collaboration on privacy-preserving cryptographic techniques for large-scale identity verification.
Academic researchers, cryptographers, and identity experts: collaborate on the frontlines of post-quantum digital security.
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