Privacy Technologies Comparison - MPC (Multi-Party Computation), tFHE (threshold Fully Homomorphic Encryption), and TEEs (Trusted Execution Environments) enable private applications beyond ZK (Zero-Knowledge proofs) capabilities [1] - The privacy strength of MPC, tFHE, and TEEs is weaker compared to pure ZK solutions [1] - For use-cases like payments, transfers, and voting, pure ZK is recommended if feasible [1]

Technology & Innovation - Trusted Execution Environments (TEEs) allow secure and verifiable code execution within CPU enclaves, ensuring data confidentiality [1] - TEEs facilitate private smart contracts, low-cost off-chain computation, and MEV-proof block building [1] - TEEs could potentially power future decentralized AI applications [1] - Over 50 projects are currently exploring TEEs [1] Blockchain Scalability & Applications - Future TEE adoption is expected to extend beyond privacy, enhancing blockchain scalability [2] - TEEs enable efficient off-chain computation for advanced decentralized applications [2]

Technology & Infrastructure - BAM (Block Assembly Marketplace) is fully open source, enabling transparency and community contribution [1] - Introduces a decentralized network of block builders operating within TEEs (Trusted Execution Environments), enhancing security and trust [1] - Validators can delegate block assembly to these builders through the Jito-Solana client, potentially improving efficiency [1]