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GM all,
i'm thrilled to share my update for Weeks 8 and9: I've been mostly busy with some implementation tasks updated GitHub and have onboarded a new interested contributor. furthermore, I've implemented a JS script to extract the state of an account (as an MVP a random block) with Eth-getproof call and this week will do it as a complete version for a block with all necessary accounts. I've also worked on my detailed implementation plan for the rest of project and added a comment with some discussions on my previous post. https://ethresear.ch/t/efficient-stateless-ethereum-execution/16480

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Towards Scalable Ethereum Staking: The Imperative of Stateless Clients with Compact Proof Sizes

Towards Scalable Ethereum Staking: The Imperative of Stateless Clients with Compact Proof Sizes

Mar 25, 2024
Last update for EPF

im extremley thrilled and honored to be part of Cohort four. big thanks to Ethereum Foundation for offering such a wonderful opportunity to build and collaborate to its core under super vision of top tier key leaders and core developers.

Nov 17, 2023
readme-EIP-x

This Rust code is an example implementation using the async-std, discv5, and tokio libraries to create a simple distributed discovery network with zero-knowledge proof (ZKP) messages. The program sets up a Discv5 node, handles events such as FINDNODE results, and processes ZKP messages asynchronously.

Nov 7, 2023
Flashbots Integration with Stateless Relay: Technical Advancements in MEV Optimization

In the realm of Flashbots and the MEV ecosystem within Ethereum transactions, a set of intricate technical challenges demands innovative intervention. These challenges revolve around the computational intensity of traditional methods for verifying block states during reorganizations, privacy concerns inherent in MEV solutions, the rigidity of validation logic, potential vulnerabilities in transaction integrity, and the nuanced task of strategically positioning transactions for optimal profitability within the Flashbots framework.By introducing stateless relays operating on top of our modified trin light client which now enables to consume Zero-Knowledge Proofs (zkps), we aim to streamline the verification process, provide trustless sensors resistance, allowing efficient access to the last block state without requiring the entire state and allowing parameterization of validation conditions. Additionally, our implementation of private relaying using zkps ensures a heightened level of transaction privacy, limiting access to authorized entities.

Nov 3, 2023
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