Every major Ethereum upgrade starts as an EIP. But the path from idea → implementation still relies on fragmented tools, manual coordination, & limited visibility. That’s why we built @EIPsInsight. Already used weekly by EIP Editors for: • PR management & agenda creation • Proposal lifecycle tracking • Upgrade monitoring • Editorial analytics Backed by an @ethereumfndn ESP Grant (Q2 2025), with every deliverable shipped on time. Now we’re building next: Rollup Cost Insight (BlobLens), open-source analytics for Ethereum’s blob fee market post-EIP-4844. - Per-rollup DA cost efficiency scoring - Live congestion forecasting & alerts - Blob fee market health analytics No token. No VC backing. No protocol treasury. Just public-good infrastructure for Ethereum. Support us on Giveth 👇 qf.giveth.io/project/eipsins… #Ethereum #EIPs #PublicGoods #Giveth #Gitcoin

New EIP! Lean Consensus Aggregators 🔗 github.com/ethereum/EIPs/pul… Highlights: - Lean consensus replaces BLS with post-quantum hash-based (XMSS-like) signatures that are ~1.17 KiB each and do not support cheap native aggregation, making naïve per-signature inclusion infeasible at scale. - Because lean consensus targets fast finality with short (e.g., 4-second) slots, the per-slot volume of attestations rises dramatically; aggregation must stay roughly constant-size and fast to propagate. - Aggregation is achieved by producing a succinct proof (via leanVM) that many signatures are valid; measured aggregate proof sizes are roughly 127–344 KiB with a target of ~256 KiB propagated in under ~1 second, largely independent of the number of attestations proven. - Proof generation is computationally expensive, so the `L*` hard fork introduces an opt-in, permissionless aggregator role (separate from block production) to keep ordinary validators/proposers lightweight by making verification cheap while concentrating proving on capable hardware. - Key open risks and unresolved design points include incentives (no explicit rewards/penalties yet), prover hardware centralization (potential GPUs/prover networks), and proof-system security margin (reported ~124-bit classical / ~62-bit quantum, slightly below NIST Level 1 targets), with mitigations centered on redundancy and keeping verification broadly decentralized. ELI5: Ethereum today can bundle lots of validator “votes” together cheaply because their signatures can be merged into one small signature (BLS). In Lean Ethereum, validators use post-quantum hash-based signatures that are much bigger and can’t be merged that way. So instead, special computers called “aggregators” collect many votes and create one compact cryptographic proof that says “all these big signatures are valid.” Everyone else can then check that one proof quickly, which helps Ethereum keep moving fast even with short slots and lots of votes every few seconds.

New EIP! Multi-block access list warming 🔗 github.com/ethereum/EIPs/pul… Highlights: - Introduces a new chain-derived structure, the Warm-Access Multiset (WAM), that keeps refcounts for accounts and (address, storage_key) pairs seen in Block Access Lists (BALs) over a sliding 256-block window; an item is warm if its count > 0. - Meaningfully reduces repeated cold-access charges across blocks: empirical analysis cited shows ~14.1% median per-block gas savings at a 256-block horizon (vs ~18.4% estimated upper bound), with 256 blocks capturing ~76% of the recoverable savings. - Efficient maintenance: per-block updates are O(|BAL_in| |BAL_out|) by incrementing items from the newest BAL and decrementing items aging out of the window, avoiding recomputing unions across many blocks. - Adds a verifiable commitment: WAM is committed via a fixed-depth (256) binary Sparse Merkle Tree using SHA-256, and the resulting 32-byte `wam_root` is added to the block header; this enables uniform inclusion/non-inclusion proofs and is positioned as zkEVM-friendly (SHA-256 cheaper than Keccak in typical circuits). - Backwards-compatible and forward-only: existing transactions become cheaper or unchanged (no new gas constants, no invalidations), at the cost of additional node state (~10 MB typical at W=256, worst-case bounded but much larger) and one extra header field; WAM is updated per-block and is unaffected by transaction reverts. ELI5: Ethereum charges extra “cold” gas the first time a transaction touches an address or a storage slot, then it’s “warm” (cheaper) for the rest of that transaction. This EIP makes recently-used addresses/slots stay warm not just within one transaction, but across many blocks: if something was used in any of the last 256 blocks, it starts out warm in the next block’s transactions. To track that efficiently, the chain keeps a rolling counter set (a multiset) of recently-accessed items and commits it to the block header so others can verify what’s warm without downloading lots of history.

📢 EIP Editing Office Hour (EIP ERC) #101 Join us with EIP Editor @JochemBrouwer96 🗓️ June 09, 2026, 16:00 UTC 📝 Agenda: github.com/ethereum/pm/issue… A new addition starting with this meeting: we’ll prioritize PRs pending merge that may require discussion ahead of ACD consideration. If you’re an EIP/ERC author with open questions, pending PRs, or proposals seeking feedback, this is a great opportunity to engage directly with editors. Come continue the story with us. 🙏 #Ethereum #EIPs #ERCs #EIPEditingOfficeHour

100 EIP Editing Office Hours 🎉 What started in 2022 as a simple effort to bring EIP authors and editors into the same room has grown into 100 Office Hours, hundreds of proposal reviews, major milestones like ERC-4337 reaching Final, and a stronger Ethereum governance community than ever before. Read @poojaranjan19's reflection on the journey 👇 etherworld.co/100-office-hou… If you're an EIP/ERC author or have been part of this journey in any way, many congratulations to you. Come continue the story with us. 🙏 #Ethereum #EIP #OpenGovernance #erc4337 #eip8133 #ERC #NFT

Reaching 100 EIP Editing Office Hours is a milestone I’m incredibly proud of. To share the story, I documented the 4-year journey, key milestones, lessons learned, and the people who made it possible. 🔗etherworld.co/100-office-hou… #ethereum #governance #eip #erc

🎉 Highlights from EIP Editing Office Hour #100! In our special 2-hour EIP/ERC Blitz, 12 proposals were reviewed, 14 editor actions were performed, and several #EIPs #ERCs with Q&A. Thank you to @SamWilsn_ for leading the Blitz, the @EIPsInsight team for the dedicated dashboard, @lookupforsky from @ECHInstitute for livestreaming, all authors who joined the call, and everyone who helped make Ethereum’s standards process more open and accessible. Onward to Office Hour #101! 🧵 📊 Dashboard: eipsinsight.com/EIPOH100 #Ethereum #EIPs #ERCs #EIPOfficeHour100 #Ethereum #EIP #ERC

🎉 Today is the day! The 100th EIP Editing Office Hour goes live at 16:00 UTC. @_SamWilsn_ will be reviewing #EIP and #ERC proposals live during a special 2-hour EIP/ERC Blitz. 📺 Livestream: youtube.com/live/EbFRwKUIZy4… 📊 Dashboard: eipsinsight.com/EIPOH100 📝 Agenda: github.com/ethereum/pm/issue… Got a stuck PR or questions about the EIP process? Join the Zoom call and talk directly with an editor. Thanks to the @EIPsInsight team for building the dedicated dashboard for this milestone event! 🚀 #Ethereum #EIPs #ERCs #EIPOfficeHour

Congratulations to the @Giveth & @thedaofund Security teams on successfully closing the biggest Security QF Round 🎉 Grateful to @griffgreen for the opportunity and responsibility to serve as a TheDAO Security badge holder and contribute my 2 cents to the project selection process. Wonderful meeting amazing people like @GivJake & @Cotabe_M from the Giveth team ❤️ Big thanks to the @ECHInstitute board for supporting the round and helping the team participate through distributed contributions. And most importantly, thank you to all donors, projects, and friends across the #ecosystem who took the time to support the round. Overall, a truly wonderful experience. Looking forward to the next one 🙌 #ethereum #security

Ethereum’s biggest conversations this week focused on security, decentralization, stablecoins, institutional adoption & privacy infrastructure. 👇 A quick roundup from #EtherWorld🧵: #Ethereum #Stablecoins #DeFi #Web3 #CryptoPrivacy

40* 💜✅ can we make it 50 👀? qf.giveth.io/project/eipsins…

Alexa play: its final countdown⌛️ qf.giveth.io/project/eipsins…

38* 💜 2 more to go qf.giveth.io/project/eipsins…

33* 💜 7 to go ➡️

The next chapter of @EIPsInsight is BlobLens 👀 ➡️ Live blob fee market analytics ➡️ Rollup cost intelligence ➡️ Congestion forecasting ➡️ Real time ecosystem visibility If you care about Ethereum scaling with better visibility & coordination, support @EIPsInsight in the final hours of the @Giveth QF round 👇 qf.giveth.io/project/eipsins… #Ethereum #BlobLens #EIPsInsight #Rollups #PublicGoods #Web3

We’ve crossed 30 donations already ❤️ Can the Ethereum community help EIPsInsight reach 40 before the @Giveth Security QF round ends today? ⏳ qf.giveth.io/project/eipsins… #Ethereum #EIPsInsight #PublicGoods #Giveth #Web3 #OpenSource

If you still want to support @EIPsInsight in the final hours of the @Giveth QF round, this guide explains everything 👇 How donations, GIVpower & boosting work how you can maximize matching rewards for Ethereum public goods ❤️ Every supporter genuinely makes a difference 🙏

Today is the final day of the @Giveth QF round ❤️ A huge thank you to everyone who supported @EIPsInsight so far. 30 people have already contributed to helping us build better Ethereum governance & analytics infrastructure for the ecosystem. Can we make it 40 before the round ends? 🙏 If @EIPsInsight ever helped you track EIPs, understand upgrades, follow governance discussions, or stay updated with #Ethereum standards, your support would mean a lot. Donate here: qf.giveth.io/project/eipsins…