Web5

Ontology supports identity authentication and data collaboration between users, vehicles, and third parties. Data can only be accessed, used and stored with the consent of the owner. Through the Ontology Trust Framework and Self-Sovereign Data Storage, a number of cryptographic algorithms are implemented to protect user identity and data privacy security. Each data exchange operation requires authorization and selective exchange can be achieved through authorization protocols and cryptographic algorithms. Traceability, authorization and authentication of personal data is possible through blockchain. In some cases, we integrate TEE technology to support data analysis and processing without privacy disclosure. It's time to reclaim control of your digital identity. ONT ID enables autonomous control of your private data. You decide if and when your data is accessible by others.

Hyperledger Indy provides tools, libraries, and reusable components for providing digital identities rooted on blockchains or other distributed ledgers so that they are interoperable across administrative domains, applications, and any other silo. Indy is interoperable with other blockchains or can be used standalone powering the decentralization of identity. Distributed ledger purpose-built for decentralized identity, correlation-resistant by design. DIDs (Decentralized Identifiers) that are globally unique and resolvable (via a ledger) without requiring any centralized resolution authority. Pairwise Identifiers create secure, 1:1 relationships between any two entities. Verifiable claims are interoperable format for exchange of digital identity attributes and relationships currently in the standardization pipeline at the W3C. Zero Knowledge Proofs which prove that some or all of the data in a set of Claims is true without revealing any additional information.