QuarkChain Community

Our engineer has been studying the latest developments around Ethereum’s Glamsterdam upgrade, so we’ve put together an English overview of the key takeaways. Glamsterdam reflects a broader shift in Ethereum’s scaling roadmap — bringing together years of research in: → Parallel execution → Proposer-builder separation → State repricing With devnets already testing gas limits as high as 300M, Glamsterdam is not simply another protocol upgrade. It represents the first major delivery following Ethereum’s renewed emphasis on scaling L1 itself. Read the full analysis ↓ https://x.com/Quark_Chain/status/2095307756878397791?s=20

QuarkChain keeps building 🛠 As Ethereum continues to evolve, we remain focused on contributing to its broader scaling ecosystem and staying closely engaged with the technical developments shaping what comes next. Native account abstraction is one of the key developments shaping Ethereum’s next phase. In our latest article, we look at EIP-8141 vs. EIP-8130 — and what the debate means for L1, L2s, and Ethereum’s future. We remain committed to building for the long term, and we’re excited about what lies ahead for QuarkChain and the broader Ethereum ecosystem. ↓ https://x.com/Quark_Chain/status/2097279033092518294?s=20

Our team has been looking into Ethereum’s Fast Confirmation Rule (FCR), which could reduce confirmation times from around 14 minutes to just seconds under normal network conditions. We’ve put together a thread on how FCR works, its security trade-offs, and what it could mean for bridges, L2s, and exchanges ↓ https://x.com/Quark_Chain/status/2097840587085083029?s=20

The QuarkChain and EthStorage teams have been following a recent Bitcoin Core discussion on how developers are using AI in security and code review — and where its limits are becoming clear. From AI-assisted vulnerability discovery to test coverage, security tooling, and the cost of continuous scanning, here are some of the key takeaways we found particularly relevant for developers ↓ https://x.com/Quark_Chain/status/2099796892511248722?s=20

Our latest joint research with EthStorage: “Native Rollups: When Ethereum L1 Starts to Look Like a Rollup” The article explores how native rollups, L1 provability, and single-slot finality could narrow the boundary between Ethereum L1 and L2. For QuarkChain, this research helps inform our approach to scalable execution and identify where our engineering can contribute as Ethereum’s architecture evolves. Read the full article: https://x.com/Quark_Chain/status/2101864453717549353?s=20