A fact I feel like almost nobody knows: Ethereum's gas limit will be increased to ~200M after Glamsterdam, a huge increase from the 60M we have today.
That’s a 3x+ of L1 execution capacity, with expectation of further doubling soons after that. Assuming no similar increase in demand, fees could stay near zero for years.
This is the result of several innovations coming together at the right time: ePBS gives payloads more time, BALs let clients prefetch/parallelize execution work, and gas repricings make higher limits safe.
• • •
Missing some Tweet in this thread? You can try to
force a refresh
Rollup-Boost is a verifiable block-building platform for rollups, enabled by TEEs.
It is powering the new Unichain with near-instant transactions, strong user guarantees, and MEV internalization for the next generation of Defi apps.
To achieve Ethereum's rollup-centric roadmap, projects are fundamentally forced to choose between two opposing forces: user experience (UX) and decentralization.
We believe TEEs can harmonize the two, unlocking a new tradeoff point and the next stage of rollup evolution.
Rollup-Boost introduces the idea of rollup extensions -- modular components for upgrading rollups in performance, programmability, and decentralization.
The first two are: 1. 250ms Flashblocks with native revert protection 2. Verifiable priority ordering within each Flashblock
Because I was struggling with the FTX claims process, I put together some information and want to share in case it may be useful to others
First, the process will differ depending on the status of your account. What different flags are there?
Accounts can generally have two types of flag: either they are disputed in some way, or they are not.
Accounts flagged as “disputed, contingent, or unliquidated” may had withdrawals within 3months of bankruptcy that are potentially liable to clawback for equitable distribution among all shareholders.
Other reasons include holding tokens (perps, FTT, etc.) with unclear value.
.@axiom_xyz , the startup scaling Ethereum through off-chain computation and zk proofs, is hiring on two key positions. Great opportunity to work in an elite R&D team:
When MEV-Share is live, users, applications, and wallets can send their transactions to a new RPC endpoint, where a "matchmaker" simulates their trades against independently created searcher backruns.
The resulting arbitrage profits are then kicked back to the user.
In MEV-Share, users control what information about their trades searchers can see before submitting backruns.
Selectively revealing transaction data can help searchers optimize their bids, which means higher payments back to the user.