🌏CryptoPulse Research：#Hot Topic Analysis🔥🔥🔥 Node Scaling, State Optimization, Zero-Knowledge Proof Verification: Ethereum Enters a Deep-Water Upgrade On April 20th, the first day of the Hong Kong Web3 Carnival, Ethereum co-founder Vitalik Buterin announced a five-year roadmap, clarifying Ethereum's development direction and technological priorities. He emphasized that Ethereum's core positioning is not to compete with high-frequency trading platforms, but to build the world's most secure, decentralized, and always-on "world computer," ensuring user self-sovereignty and verifiability.🚨🚨🚨 He divided the future roadmap into three phases: short-term breakthroughs, mid-term state optimization, and long-term protocol solidification, focusing on resistance to quantum attacks, zero-knowledge proof verification (ZK-EVM), and protocol resilience. The short-term breakthroughs refer to the execution layer scaling optimization through multiple EIP proposals to improve transaction processing efficiency and node state synchronization speed, enhancing protocol flexibility and user experience. The mid-term focus is on state tree optimization, exploring solutions that do not rely on permanent storage of historical states to control state size expansion. Regarding the solidification of long-term protocols, ZK-EVM is expected to become the primary method for chain verification by 2028, achieving single-slot finality of 10 to 20 seconds, allowing lightweight devices to independently verify on-chain data.🔥🔥🔥 Overall, this roadmap not only demonstrates Ethereum's systematic planning in terms of security, scalability, and privacy protection, but also reveals the protocol's strategic approach to combating quantum threats, improving efficiency, and reducing resource consumption. For developers, node operators, and investors, this means that Ethereum is steadily advancing its technological maturity, laying the foundation for long-term ecosystem stability and sustainable development.🔔🔔🔔 🔡 Subscribe:Major Crypto Events ⭐ https://t.co/Jj4P2BJmsI