Human Keys are cryptographic keys derived from what you are, what you know, or what you have. They are used to secure digital assets, protect privacy, and access the decentralized web.
Human Keys are cryptographic keys derived from what you are, what you know, or what you have. They are used to secure digital assets, protect privacy, and access the decentralized web. They are created using unique cryptographic keys from an individual's distinct traits, such as security questions, facial features or voice. Human Keys are derived with an Oblivious Pseudorandom Function (OPRF), an advanced technique that maximizes the entropy of human data to ensure these keys are secure, unique, and exclusively usable by their owner.
Here is how the tech works:
Unique Cryptographic Keys from Personal Traits: Human Keys are made using unique human attributes such as a hardware key, biometric information, or security questions, ensuring each key is tied to an individual's identity.
Decentralized Authentication: The network ensures key generation is secure and decentralized, eliminating the need for middlemen or companies to manage authentication.
Programmable Privacy: Human Key holders can easily access and interact with crypto protocols, while programmable privacy features allow for controlled data sharing and secure wallet recovery.
Zero-Knowledge Privacy Protection: The system uses zero-knowledge proofs to verify identity claims while keeping personal information private, allowing secure identity verification without revealing sensitive data.
Human Keys are designed to make cryptographic security more accessible and human-friendly by using simple and accessible forms of authentication to create and sign with cryptography keys. Traditional cryptographic keys are typically derived from a random seed and used to protect everything from email and banking accounts to blockchain assets. However traditional keys can be challenging for people to manage. They rely on complex, random strings of data that can be easily lost or stolen, leaving users vulnerable.
Human Keys generate secure keys from personal traits—such as biometrics, passwords, or security questions—making them easy for people to recover and use while still being highly secure. This user-centric approach bridges cybersecurity and digital identity, simplifying the process of interacting with decentralized technologies. Users can authenticate with apps and manage their digital assets as effortlessly as unlocking a phone, without the need for complicated key management.
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