Remote attestation

Remote attestation is a crucial process for Trusted Execution Environment (TEE) systems, confirming their authenticity and proving that they're trustworthy.

It allows a remote party to validate the security and integrity of a TEE, ensuring that sensitive data and applications operate in a tamper-resistant environment, even when accessed or verified remotely.

Automata's DCAP Library v4 enables Intel SGX/TDX attestations to be verified onchain, enabling these TEE models to prove its identity, environment, and behavior.

Remote attestation

Remote attestation is a crucial process for Trusted Execution Environment (TEE) systems, confirming their authenticity and proving that they're trustworthy.

It allows a remote party to validate the security and integrity of a TEE, ensuring that sensitive data and applications operate in a tamper-resistant environment, even when accessed or verified remotely.

Automata's DCAP Library v4 enables Intel SGX/TDX attestations to be verified onchain, enabling these TEE models to prove its identity, environment, and behavior.

Remote attestation

Remote attestation is a crucial process for Trusted Execution Environment (TEE) systems, confirming their authenticity and proving that they're trustworthy.

It allows a remote party to validate the security and integrity of a TEE, ensuring that sensitive data and applications operate in a tamper-resistant environment, even when accessed or verified remotely.

Automata's DCAP Library v4 enables Intel SGX/TDX attestations to be verified onchain, enabling these TEE models to prove its identity, environment, and behavior.