The Ethereum Basis (EF) has revealed a brand new roadmap referred to as the “Straw Map” (Strawman+Roadmap) that summarizes the long-term imaginative and prescient for the Ethereum mainnet right into a single framework.
This doc, revealed by EF protocol researcher Justin Drake, is a complete technical useful resource particularly designed for researchers, builders, and governance stakeholders.
“The Straw Map is meant to offer an entire image of Ethereum Layer 1 (L1) upgrades. It isn’t a guess, however a tuning device that outlines an affordable and constant path out of hundreds of thousands of attainable outcomes,” Drake stated.
Strawmap takes a holistic method to Ethereum’s L1 (mainnet) improve and doesn’t restrict the time-frame to simply the subsequent onerous fork. This doc outlines seven main improve processes that may proceed till 2029, with forks roughly each six months. Nevertheless, it particularly factors out that this timeline ought to be handled with warning. The present draft relies on a human-driven tempo of improvement, but it surely states that the method could possibly be considerably accelerated if instruments similar to AI-powered improvement and formal verification are carried out.
On the coronary heart of the roadmap are 5 key “north star” targets. The primary is a “quick L1” imaginative and prescient that achieves finality in seconds and operates with shorter slot occasions. The objective is to realize near-instant finality on the Ethereum mainnet by dramatically bettering the person expertise. The second objective, GigaGas L1, envisions reaching a transaction capability of 1 GigaGas, or roughly 10,000 transactions per second, with zkEVM and real-time proof-of-work technology. That is thought of one of the vital formidable scaling steps thus far in Ethereum’s L1 layer.
The third imaginative and prescient, teragas Layer 2 (L2), goals for 1 gigabyte per second (TPS) of Layer 2 efficiency by means of knowledge availability sampling, or roughly 10 million TPS. This permits L2 options to leverage mainnet safety whereas offering considerably greater bandwidth. The fourth objective is to construct a “post-quantum L1” with hash-based encryption that’s sturdy to quantum computer systems. Lastly, the “hidden L1” imaginative and prescient goals to offer built-in privateness on the mainnet degree by means of shielded ETH transfers.
Strawmap shows upgrades on a color-coded timeline underneath three major headings: Consensus Layer (CL), Information Layer (DL), and Execution Layer (EL). Giant, formidable upgrades referred to as “headliners” are restricted in quantity per fork. The present course of usually highlights one consensus and one execution layer headliner per fork.
*This isn’t funding recommendation.
