zkPass is a privacy preserving protocol designed for the verification of private data in the Web3 ecosystem. It functions as a decentralized oracle that allows individuals to prove various facts about their identity or data without revealing the actual sensitive information itself. The project aims to bridge the gap between traditional internet platforms and blockchain applications by making it possible to port data from standard websites onto the blockchain in a secure and private manner. The core technology behind the project is known as zkTLS. This system integrates three key cryptographic methods: Three Party Transport Layer Security, Multi Party Computation, and Zero Knowledge Proofs. By combining these technologies, zkPass enables users to log into existing accounts on standard websites and generate a cryptographic proof of specific attributes locally on their own devices. For example, a user could prove they are over a certain age or have a specific bank balance without sharing their actual birth date or account details with the verifying party. This process ensures that raw data never leaves the user's control and is never uploaded to the protocol's servers. The project offers a variety of use cases across different sectors. In the financial space, it supports privacy preserving KYC and anti money laundering checks, as well as verification of assets for decentralized finance applications. In the social and professional realms, it allows for the verification of educational degrees, work history, or social media achievements. It also extends to areas like gaming, healthcare, and the machine economy, where it can be used to verify device data or specific user records for various rewards and access levels. A primary tool within the ecosystem is TransGate, which allows users to interact with any HTTPS website to produce these proofs. These proofs can then be minted as Soulbound Tokens or shared as verifiable credentials. This makes the data portable and reusable across multiple applications without the need for repetitive verification steps. The native token for the project is identified by the symbol ZKP. Within the network, the token serves several functional purposes. It is used as a medium of payment for verification fees by developers who want to integrate the protocol into their applications. It also plays a role in network security, as nodes or validators must stake the token as collateral to participate in the verification process and earn rewards. Additionally, the token is used for governance, allowing holders to participate in decision making processes regarding protocol upgrades and the allocation of ecosystem funds. In summary, zkPass provides a technical infrastructure for a verifiable internet where trust is established through mathematics rather than through centralized intermediaries. It empowers users with digital sovereignty over their personal information while providing businesses and decentralized applications with a reliable way to verify user credentials without compromising privacy.
Learn more
USD
ZKP
