FAQs Part 2: Privacy & Security in the emerging Web3 with decentralized identity.
27 Mar 2023, 13:30
š§µ1/
āFAQs Part 2: Privacy & Security in the emerging Web3 with decentralized identity.
In this thread we cover more of the privacy concepts Litentry implemented with Trusted Execution Environments (TEE)š
#TEE #privacy #security #IDHub #VC #FAQ
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1LitentryLIT #585
27 Mar 2023, 14:16
š§µ1/
āFAQs Part 2: Privacy & Security in the emerging Web3 with decentralized identity.
In this thread we cover more of the privacy concepts Litentry implemented with Trusted Execution Environments (TEE)š
š§µ2/
How do you know if a TEE can be trusted?
A TEE goes through an attestation to ensure code is running on a genuine TEE. The process verifies a TEEās dedicated keypair & it's untampered code. A TEE can now sign messages to assure a specific credential was issued by this TEE.
š§µ3/
How does Litentry useās TEEās?
Litentry uses TEEs to secure sensitive Web2 & Web3 account relationships. Encrypted communication and verified on-chain info protects identity owners and allows selective credential disclosure.
š§µ4/
How does the TEE allow for āSelective Disclosureā of credentials?
TEE enables selective credential disclosure by issuing claims about stored accounts, allowing users to choose what information to share. For example, token ownership without revealing size or purchase date.
FAQs Part 2: Privacy & Security in the emerging Web3 with decentralized identity.
š§µ1/
āFAQs Part 2: Privacy & Security in the emerging Web3 with decentralized identity.
In this thread we cover more of the privacy concepts Litentry implemented with Trusted Execution Environments (TEE)š
š§µ2/
How do you know if a TEE can be trusted?
A TEE goes through an attestation to ensure code is running on a genuine TEE. The process verifies a TEEās dedicated keypair & it's untampered code. A TEE can now sign messages to assure a specific credential was issued by this TEE.
š§µ3/
How does Litentry useās TEEās?
Litentry uses TEEs to secure sensitive Web2 & Web3 account relationships. Encrypted communication and verified on-chain info protects identity owners and allows selective credential disclosure.
š§µ4/
How does the TEE allow for āSelective Disclosureā of credentials?
TEE enables selective credential disclosure by issuing claims about stored accounts, allowing users to choose what information to share. For example, token ownership without revealing size or purchase date.