📄️ TEEs and other cryptographic primitives
Compare TEEs with other cryptographic primitives including Zero-Knowledge proofs, Multi-Party Computation, and Fully Homomorphic Encryption, examining their trust assumptions, use cases, and limitations.
📄️ TEE + ZK
Understand how TEEs and Zero-Knowledge proofs can work together, with TEEs providing soft finality and privacy for inputs while ZK offers final proof correctness.
📄️ TEE + MPC
Learn how TEEs can enhance Multi-Party Computation by providing execution integrity guarantees without the complexity of coordinating many trusted parties.
📄️ TEE + FHE
Explore how TEEs secure key management for Fully Homomorphic Encryption, protecting decryption keys from unauthorized access while maintaining encryption integrity.