According to Huoxun Finance, the Ethereum Foundation released a new roadmap on Tuesday, outlining how the development team is preparing for the threat of quantum computing. The Foundation's quantum team anticipates a series of initial network upgrades to be completed by 2029, primarily involving four key hard forks. The Foundation points out that quantum computing will eventually break public-key cryptography that protects ownership, authentication, and consensus in digital systems, but this threat will not be immediately apparent. Researchers on the Foundation's quantum team predict that quantum computing with cryptographic capabilities will not emerge for another 8 to 12 years. The specific arrangements for the four hard forks are as follows: the "I" fork will provide quantum-safe public keys to network validators; the "J" fork will reduce gas fees for verifying quantum-safe signatures—both upgrades are already being considered for the Hegota fork expected later this year; the "L" fork will compress the network state representation into zero-knowledge proofs; and the "M" fork will protect the Layer 2 network from quantum threats. Researchers state that Layer 1 protocol upgrades can be completed by 2029, while a complete execution layer migration will require several additional years afterward. In addition, the Ethereum Foundation established a dedicated quantum team in January of this year, and the developer testnet began testing some quantum functions in March.

Odaily Planet Daily reports that the Ethereum Foundation released a new roadmap on Tuesday, outlining how its development team is preparing for the threat of quantum computing. The Foundation's quantum team anticipates a series of initial upgrades to the network by 2029, primarily involving four key hard forks. The Foundation states that quantum computing will eventually break public-key cryptography, which protects ownership, authentication, and consensus in all digital systems, but this threat is not expected to materialize immediately. Researchers on the Foundation's quantum team predict that quantum computing with cryptographic capabilities will not emerge for another 8 to 12 years. Of the four hard forks, the "I" fork will provide quantum-safe public keys to network validators, and the "J" fork will reduce gas fees for verifying quantum-safe signatures; these two upgrades are already under consideration for the Hegota fork, expected later this year. The "L" fork will compress network state representation into zero-knowledge proofs, and the "M" fork will protect Layer 2 networks from quantum threats. Researchers indicate that Layer 1 protocol upgrades can be completed by 2029, while a full execution layer migration will require several additional years afterward. The Ethereum Foundation established a dedicated quantum team in January of this year, and the developer testnet began testing some quantum functions in March.

According to Huoxun Finance, the cryptocurrency fear and greed index is currently at 15, up 5 points from yesterday. The 7-day average is 12, and the 30-day average is 13.

Odaily Planet Daily reports that Aster announced on its X platform that it has launched the BR perpetual contract trading pair, supporting leverage up to 25x. Users can earn 1.2x trading credits before 23:59 UTC on March 29th.

CIMG Inc. (NASDAQ: CIMG) announced the signing of a non-binding Memorandum of Understanding (MOU) with Bedrock to explore strategic collaboration on compliant institutional-grade DeFi solutions, initially focusing on BTC liquidity staking. The collaboration will cover institutional-grade BTC liquidity staking, institutional on-chain financial access, infrastructure development to meet the compliance and security requirements of financial institutions, and promoting the adoption of compliant DeFi by traditional financial institutions. According to the MOU, CIMG will provide its experience in financial compliance and institutional architecture, while Bedrock will provide staking and asset management technology. The two companies will further negotiate specific project milestones, deliverables, and resource allocation. This MOU is non-binding; further cooperation is subject to further negotiations and the signing of a formal agreement.