Make Your Digital Identity Tangible

Litentry's protocol and front-end products are used for any type of identity data generation, computation and transfer where security and privacy are important. Our products allow you to manage your digital identity data scattered across web2 & web3 platforms, generate and manage a verifiable identity with the help of privacy preserving computation.

Some of the use-cases include private & secure identity data injections into NFT’s, dApps & other apps, credit scores & eligibility for under-collateralized lending and other reputation-based benefits. Such as audience selection for quality airdrops based on crypto experience and project contribution, and transportation of reputation & status metrics across Web2 & Web3 platforms.

No, Litentry uses a Trusted Execution Enclave (TEE) to protect user data. The TEE is like a blackbox in which the code is open sourced, yet Litentry cannot see what input is given by the identity owner. This ensures that the data is stored, processed and protected in a secure environment. The Intel SGX chipset is used for this purpose, where all verified accounts & addresses are stored in the form of an identity graph.

No, the sensitive relationships between the accounts are stored in the Trusted Execution Environment, which is only accessible when the private key of the identity owner is included in the request to open it. Currently, all the SGX nodes are under the control of Litentry, which minimizes the risk of attacks by malicious nodes. Litentry is actively working towards decentralization, and the eventual decentralization of the nodes is inevitable.

Currently, the only way to access the Litentry protocol and its features is through the Identity Hub. In the future, Litentry plans to release several SDKs to enable more direct interaction with the protocol.