Group 1 - The Ethereum Foundation announced its first quarter 2025 research funding list, with CertiK receiving two grants for its work in zkEVM formal verification competition, marking a significant milestone in Ethereum's scalability strategy [1] - CertiK's advanced formal verification technology achieved four breakthroughs: targeting specific code rather than abstract models, verifying unique code properties instead of general characteristics, overcoming complex verification through automation, and being suitable for large-scale production environments [1] - CertiK has established itself as a global technology leader in formal verification for zero-knowledge proof (ZKP) systems, providing high-reliability security services for Web3 projects since its inception [1] Group 2 - CertiK's formal verification technology has been widely applied in several top Web3 projects and infrastructures, including zkWasm, TON main chain contracts, Cosmos SDK, and Ant Group's HyperEnclave TEE, showcasing its broad applicability and high reliability [2] - zkEVM is an innovative blockchain technology that enhances Ethereum's scalability through zero-knowledge proofs, allowing off-chain transaction computation and providing concise proofs to validate transaction validity, thus reducing costs and increasing throughput [2] - The complexity of zkEVM poses security risks, making formal verification a crucial tool for ensuring its correctness and security by mathematically proving the system's behavior under all possible conditions [2] Group 3 - With the rapid development of blockchain technology and the widespread application of zero-knowledge proof systems, formal verification will become a key tool for ensuring system security and reliability [3] - CertiK's efforts will enhance the scalability and security of the Ethereum ecosystem while setting a benchmark for formal verification in other blockchain projects [3]