some basic privacy systems and their purpose:trusted execution environment (TEE) -> hardware-enforced secrecyzero-knowledge (ZK) -> verifiable secrecymulti-party computation (MPC) -> collaborative secrecyfully homomorphic encryption (FHE) -> computation on secrets ...

RT House of ZK (@HouseofZK)ZK Industry Leaders - Series One: Scaling Bitcoin with ZKThe genesis edition of ZK Industry Leaders assembles @robin_linus (Creator of BitVM & @ZeroSync_), @EliBenSasson (CEO of @StarkWareLtd & Co-inventor of ZK-STARKS), Dr. Redouane Elkamhi (Chief Economist at @GOATRollup & Professor of Finance at the @UofT), and @simanta_gautam (CEO of @AlpenLabs & @MIT graduate) to discuss scaling Bitcoin with ZK: defining the viable paths to Bitcoin-secured programmability, clarify where ZK fi ...

RT 𝙴𝚖𝚖𝚊𝚗𝚞𝚎𝚕 🇬🇭🦉 (@0xMawuko)SALT could be the EVM to RISC-V moment in Ethereum's ledger architecture design space.Solving for manageable ledger state growth, bloat, and traversal has been a problem that has spanned almost a decade in the industry, especially for EVM-based blockchain systems, and SALT might just be the breakthrough moment for everyone.Besides R&D on Verkle trees being far along, I don't see why MegaETH wouldn't propose an EIP for SALT as a new standard for Ethereum or other Ethereum distro ch ...

Technology & Infrastructure - The rise of CLOB-specific L2s indicates a trend towards <100ms block times, verifiable execution, and privacy by default in crypto infrastructure [1] - The @zksync stack is equipped with Airbender for sub-second proofs, Prividium for private matching, and Elastic Network for custom chains and shared liquidity [1] - Several CLOB-specific L2s, including @bulletxyz_, @hibachi_xyz, and @Lighter_xyz, utilize ZK technology [1] - A new class of applications is emerging, characterized by <100ms blocktimes and nearly unlimited throughput with ZK [1] - ZK technology enables nearly unlimited throughput, mitigating congestion [1]