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🟡Trusted Execution Environments (TEEs) protect data by running computations inside secure hardware enclaves, but they require trusting chip vendors and cloud providers. 🟡While TEEs offer strong performance, they are vulnerable to physical and side-channel attacks, and they make decentralized public verification difficult. This limits their use in trustless environments like permissionless blockchains. 🟡Fully Homomorphic Encryption FHE, on the other hand, keeps data encrypted before, during, and after computation , meaning privacy is protected purely through cryptography, not hardware trust. Thanks to advancements like @zama , its becoming fast and developer-friendly enough for real blockchain applications. 🟡With native public verifiability, strong resistance to exploits, and full decentralization, FHE enables confidential smart contracts and secure computation at scale. 🟡TEEs are a performance shortcut today, but FHE is the secure future of Web3. 💛 #ZamaCreatorProgram
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'coffe?'
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