Ethereum Foundation Unveils Roadmap: Semi-Annual Upgrades, L1 Finality in Seconds, Native Privacy

Ethereum Foundation Unveils Roadmap: Semi-Annual Upgrades, L1 Finality in Seconds, Native Privacy

N
News Editor 01
2026-07-23 20:20:15
Ethereum Foundation researcher Justin Drake released a 'strawmap' outlining ~7 forks through 2029 with a cadence of one upgrade every six months. Key goals include L1 finality in seconds, 1 gigagas/sec throughput, high-throughput L2 via data availability sampling, post-quantum cryptography, and native privacy for ETH transfers. ETH traded near $2,068, up 24h.
EthereumroadmapupgradeL2privacy

The Ethereum Foundation's protocol team published a long-term upgrade blueprint called the 'strawmap.' Researcher Justin Drake shared the visual plan on X, projecting roughly seven forks by 2029 at a pace of one upgrade every six months. ETH price reacted positively, climbing to $2,068 in 24 hours, with a daily high of $2,122.

Five Core Targets: Speed, Scale, Security, Privacy

The roadmap sets five long-term goals: L1 transaction finality within seconds, replacing current multi-minute waits; network throughput of 1 gigagas per second to handle higher concurrency; high-throughput L2 scaling via data availability sampling; post-quantum cryptography to resist future quantum computer threats; and native privacy-preserving ETH transfers hiding sender, receiver, and amounts.

What Is the Strawmap and Why It Matters

The strawmap is not a formal roadmap but a visual framework that places all L1 upgrade proposals on one canvas. Unlike All Core Devs discussions or fork-trackers that usually cover only the next few forks, this map spans several years, helping the community understand upgrade dependencies and long-term technical priorities. Drake described it as 'an invitation to view L1 protocol upgrades through a holistic lens.'

Key Features: Scalability and Quantum-Resistance

L1 second-level finality will drastically improve UX for DeFi and NFTs; 1 gigagas/sec means the network can handle multiple times more activity without congestion. High-throughput L2 relies on data availability sampling—a technique for verifying large amounts of sidechain data efficiently without compromising security. Post-quantum cryptography under exploration includes STARK-based solutions, while native privacy transfers leverage zero-knowledge proofs for 'public sends, secret receivers.'

Origin: EF Workshop in January 2026

The strawmap originated from an Ethereum Foundation internal workshop in January 2026, aiming to bridge lean Ethereum ideas with existing short-term initiatives. Researchers discussed upgrade dependencies and fork constraints, which evolved into this long-term planning reference. Drake stated that sharing early ideas publicly aims to foster developer feedback, research collaboration, and faster iteration.

This article was originally published by Bit.Fan. For more cryptocurrency news and market insights, visit www.bit.fan.
600

Disclaimer:

The market information, project data, and third-party content displayed on this platform are for industry information sharing only and do not constitute any form of investment advice or return commitment.

Cryptocurrency trading carries high risks. Users should fully assess their risk tolerance and make independent decisions. All profits, losses, and legal responsibilities are borne by the users themselves.