In 2026, Ethereum continues to evolve as one of the most influential blockchain ecosystems in the world.
In a recent announcement, Ethereum Foundation researcher Justin Drake presented a preliminary development roadmap, often referred to as a “strawmap”, outlining roughly seven planned Ethereum hard forks expected to roll out through 2029. These upgrades aim to significantly improve Ethereum’s scalability, speed, security, and privacy.
The roadmap suggests that protocol upgrades could arrive approximately every six months, allowing the network to evolve faster while responding to increasing competition from other high‑performance blockchains.
Before we break down the new information about the upcoming upgrade, don’t forget to visit our website to learn more about how we can help you with the development and launch of your own WL products, no matter what network!
What Is the Ethereum Roadmap?
In simple words, the Ethereum roadmap refers to the long‑term development strategy for improving the Ethereum protocol. It includes planned upgrades, architectural improvements, and scalability enhancements designed to maintain Ethereum’s role as a leading smart contract platform.
The newly proposed roadmap outlines around 7 Ethereum hard forks between 2026 and 2029.
For more context: hard forks are major protocol upgrades that introduce significant changes to how the blockchain operates. Each fork allows developers to add new functionality, improve performance, and strengthen network security.
Ethereum upgrades follow a structured naming convention. Consensus layer updates often use a “stellar” naming pattern inspired by stars or astronomical themes, such as Altair, Bellatrix, Capella, Deneb, Electra, and Fulu. The upcoming upgrades continue this tradition while introducing new design goals focused on scaling both Layer 1 and Layer 2 infrastructure.
Confirmed Hard Forks: Glamsterdam and Hegota
At the moment, two upcoming Ethereum hard forks have confirmed names: Glamsterdam and Hegota. Both upgrades are expected to be deployed in 2026 and will represent the next steps in Ethereum’s multi‑year development plan.
While the complete technical specifications are still evolving, these upgrades are expected to contribute to Ethereum’s broader goals of improving transaction throughput, reducing confirmation times, and strengthening network efficiency.
The remaining upgrades on the roadmap currently have working titles and are expected to be finalized as research and development progress.
Key Goals of the Ethereum Roadmap to 2029
According to Justin Drake from the Ethereum Foundation, the strawmap highlights several ambitious goals designed to push Ethereum toward becoming a high‑performance global settlement layer.
Faster Layer 1 Speed
One of the main priorities is improving Ethereum Layer 1 speed. Developers aim to achieve transaction finalization within just a few seconds while also reducing slot time, the interval between blocks being produced.
Faster finality would significantly improve user experience across decentralized applications, decentralized finance platforms, and blockchain‑based payment systems.
Increased Layer 1 Throughput
Another major objective is dramatically increasing Layer 1 throughput. The roadmap proposes scaling Ethereum’s processing capacity to roughly 1 gigabyte of gas per second, which could translate to around 10,000 transactions per second (TPS).
This improvement would be enabled by technologies such as zkEVM integration and real‑time proof generation, allowing Ethereum to process complex computations far more efficiently than today.
Massive Layer 2 Scaling
While Layer 1 improvements are critical, Ethereum still expects Layer 2 networks to handle the majority of transaction volume. With enhanced data availability and techniques like data availability sampling, Layer 2 ecosystems could potentially reach 10 million transactions per second.
This would allow rollups and scaling solutions to support massive global demand without congesting the base layer.
Post‑Quantum Security
Another notable priority in the roadmap is strengthening Ethereum’s resistance to future quantum computing threats. Developers are exploring hash‑based cryptography to secure the network against potential quantum attacks.
Although quantum computing is not yet capable of breaking modern cryptography at scale, preparing for this scenario ensures Ethereum remains secure in the long term.
Built‑In Privacy for Ethereum
Privacy is also becoming a more prominent goal in Ethereum development. The roadmap suggests implementing native privacy features such as shielded ETH transfers, allowing users to send transactions with enhanced confidentiality.
Improving on‑chain privacy could unlock new use cases for enterprises, financial institutions, and decentralized identity systems.
A Shift in Ethereum’s Scaling Strategy
For many years, Ethereum’s scaling philosophy was summarized in a simple message: scale on Layer 2. Rollups and other Layer 2 technologies were expected to handle most transaction activity while the base layer remained relatively lightweight.
However, the new roadmap reflects a subtle but important shift in this approach. Ethereum still prioritizes Layer 2 scaling, but developers now recognize that Layer 1 must also become significantly faster to avoid becoming a bottleneck.
Vitalik Buterin has acknowledged that earlier assumptions about relying heavily on Layer 2 solutions may need adjustment. If rollups are expected to process millions of transactions per second, the base layer must comfortably support around 10,000 TPS.
A faster and more efficient Layer 1 would also improve interoperability between rollups, simplify bridging mechanisms, and enhance overall ecosystem stability.
Why Faster Finality Matters for AI and Automation
Another interesting motivation behind these upgrades involves emerging AI‑driven blockchain applications.
Autonomous AI agents interacting with smart contracts may require near‑instant transaction settlement to execute complex strategies in real time.
Faster finality and lower latency could enable new categories of decentralized automation, algorithmic trading, and AI‑powered financial infrastructure.
Data Propagation and Network Efficiency
The roadmap also highlights greater improvements to Ethereum’s networking architecture. Techniques such as erasure coding and improved data propagation could help nodes distribute blockchain data more efficiently across the network.
Better data distribution improves reliability and ensures validators can process blocks quickly, even as transaction volumes grow dramatically.
These improvements may not always be visible to end users, but they play a crucial role in maintaining network stability at scale.
Ethereum Price Outlook Toward 2029
The announcement of the roadmap immediately triggered market reactions, with ETH briefly fluctuating around the $2,060 level following the news.
While short‑term price movements are often volatile, long‑term investors tend to focus on structural developments like protocol upgrades. The Ethereum roadmap to 2029 provides a clear signal that the network is actively evolving to compete with faster monolithic blockchains.
If the proposed scaling improvements are successfully implemented, Ethereum could strengthen its role as the primary settlement layer for decentralized finance, tokenized assets, and Web3 infrastructure.
Conclusion
To sum it up, the Ethereum roadmap to 2029 represents an ambitious plan to transform the network into a faster, more scalable, and more secure blockchain platform.
With approximately seven planned Ethereum hard forks, including the upcoming Glamsterdam and Hegota upgrades, developers aim to significantly improve Layer 1 performance while continuing to scale through Layer 2 ecosystems.
Key innovations such as zkEVM integration, data availability sampling, post‑quantum cryptography, and built‑in privacy could reshape how Ethereum supports decentralized applications in the coming years.
Ready to upgrade your wallet like Ethereum upgrades its network? Then contact Evercode Lab today to get started!