Major Ethereum validators, holding a significant portion of the network's stake, are testing OptimumP2P, a high-performance memory layer aimed at resolving the network's limitations. Participants include Kiln, P2P.org, Everstake, Blockdaemon, Infstones, Luganodes, and Ebunker. This innovative application of MIT-developed technology enhances Ethereum's networking stack. Optimum co-founder Muriel Médard explained that the networking layer employs traditional gossip protocols, which facilitate message propagation among nodes. However, Ethereum's current Gossipsub protocol leads to inefficiencies, as it often sends duplicate messages to multiple nodes, causing latency and bandwidth waste. OptimumP2P addresses this by utilizing Random Linear Network Coding, allowing nodes to share algebraic equations instead of redundant messages. This method ensures that only new information is communicated, significantly improving performance. Initial tests indicate a tenfold reduction in latency during high traffic, stable handling of larger messages, and no message loss under stress. Validators testing OptimumP2P account for at least 14% of Ethereum's total staking share, with plans for deployment on the Hoodi testnet this summer. Read more AI-generated news on: https://app.chaingpt.org/news

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