The article proposes "Whir," a mechanism to reduce consensus overhead and improve Ethereum's efficiency by allowing validators to merge their sets through delegating staked ETH to each other.
This proposal introduces "ZK-Pushr," a zero-knowledge virtual machine (zkVM) designed for genetic programming. It aims to enable complex genetic programming computations (like symbolic regression) to be executed off-chain with proofs generated for low-cost verification on the Ethereum mainnet, bringing scalability and privacy to such computations.
The post introduces Zex (v0.1), a confidential peer-to-peer DEX for Ethereum. It leverages zero-knowledge proofs (ZKPs) and a "match node" network to conceal sensitive order details, protecting user trading strategies and privacy while settling transactions on-chain.
This proposal introduces a DDH-based exponent Verifiable Random Function (eVRF) for Ethereum validator key management. It cryptographically binds validator keys to the holder's key, aiming to prevent the misuse of stolen keys and enhance the security of staking.
This post discusses the mechanism design for an Ethereum prover market. It analyzes potential inefficiencies (e.g., lack of prover competition) and proposes models like aggregated bidding and delayed quotes to optimize the economics of proof generation, reduce verification costs, and ensure the stability and security of a decentralized prover network.
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