ethereum Building a Minimalist Post-Quantum Ethereum Client: ethlambda's Architecture This is a follow-up to our post on building a post-quantum Ethereum client. Here we detail ethlambda's minimalist architecture.
ecdsa Ethereum Signature Schemes Explained: ECDSA, BLS, XMSS, and Post-Quantum leanSig with Rust Code Examples A complete guide to the mathematics, code, attacks, and future of cryptographic signatures in Ethereum.
ethereum Ethlambda: Building a post-quantum Ethereum client with the help of shared tooling This is a follow-up to our introduction of ethlambda, in which we cover what a Lean Consensus client consists of and what tooling facilitates its development.
ethrex Engineering Ethereum's Speed: How we made Ethrex 20x faster Over the past months, the ethrex team has been relentlessly focused on performance optimization. Through systematic profiling, targeted improvements, and architectural changes, we've achieved a 20x improvement in block execution throughput.
ethereum Ethrex L2: A Different Approach to Building Rollups We present Ethrex L2, a rollup stack built with a different set of priorities: simplicity, minimalism, and modularity.
ethereum An interview with Drew Van der Werff, creator of the latest, most important public good of Ethereum We interviewed Drew Van der Werff on Commit Boost, a new Ethereum validator sidecar focused on standardizing the communication between validators and third-party protocols.
ethereum Introducing ethlambda: A Lean Consensus Client for Ethereum's Next Era At LambdaClass we have been working on an Ethereum Lean Consensus client called ethlambda. As Ethereum prepares for its most ambitious consensus layer redesign since the Merge, client diversity will be more important than ever.
ethereum Celebrating a year of ethrex We celebrate a year of development on ethrex and talk about what sets it apart.
ethereum A fast trust minimized intent based bridge solution for Ethereum and L2s powered by multi-proof storage proofs Bridges are generally insecure and economically inefficient. We propose a bridge design that is simple, modular, and utilizes multi-storage proofs and the native messaging system between Ethereum and Layer 2 networks (L2s) as a fallback mechanism.
