Ethereum Experts Propose Seven Upcoming Forks to Revolutionize Blockchain as a Rapid-Fire ‘Internet of Value’ by 2029

The Ethereum Foundation has unveiled a long-range technical plan titled ‘Strawmap,’ detailing a potential development trajectory for the second-largest blockchain network through 2029. This document, designated as a discussion framework rather than an official specification, focuses on five primary objectives to enhance Ethereum’s performance in terms of speed, scalability, privacy, and security. The roadmap reflects Ethereum‘s aspiration to become a high-speed ‘internet of value’ by 2029, with potential effects on developers, users, and the broader blockchain ecosystem.

The Strawmap envisions a decade-long plan for blockchain evolution.

The Ethereum Foundation has unveiled a long-range technical plan titled ‘Strawmap,’ detailing a potential development trajectory for the second-largest blockchain network through 2029. This document, designated as a discussion framework rather than an official specification, focuses on five primary objectives to enhance Ethereum’s performance in terms of speed, scalability, privacy, and security. The roadmap reflects Ethereum‘s aspiration to become a high-speed ‘internet of value‘ by 2029, with potential effects on developers, users, and the broader blockchain ecosystem.

The roadmap reflects Ethereum‘s aspiration to become a high-speed ‘internet of value’ by 2029*.

Accelerating Layer 1 (L1) Finality

Goal: Decrease transaction finality time from the current 16 minutes to as low as 8 seconds by 2029. This would enable near-instant transaction settlement, essential for financial applications and cross-chain interoperability.

This document focuses on five primary objectives to enhance Ethereum’s performance in terms of speed, scalability, privacy, and security. The roadmap reflects Ethereum‘s aspiration to become a high-speed ‘internet of value’ by 2029, with potential effects on developers, users, and the broader blockchain ecosystem.

The plan proposes a novel consensus mechanism named Minimmit, which achieves agreement through a single voting round instead of multiple rounds. Vitalik Buterin , Ethereum co-founder, has highlighted the importance of separating slot times (block production intervals) from finality, aiming to gradually reduce slot times to 2 seconds by 2029.

The plan proposes a novel consensus mechanism named Minimmit, which achieves agreement through a single voting round instead of multiple rounds. Vitalik Buterin, Ethereum co-founder, has highlighted the importance of separating slot times (block production intervals) from finality, aiming to gradually reduce slot times to 2 seconds by 2029.

Scaling Layer 1 Throughput (Gigagas Scale)

Goal: Increase Ethereum’s base-layer capacity to process approximately 10,000 transactions per second (TPS), termed ‘gigagas’ scale. This requires advancements in zero-knowledge Ethereum Virtual Machines (zkEVMs) and real-time proving technologies.

The roadmap aims to expand this capacity significantly, enabling the network to handle more transactions without compromising security.

Expanding Layer 2 (L2) Throughput (Teragas Scale)

Goal: Enable Layer 2 solutions to achieve up to 10 million TPS (‘teragas’ scale) by improving data availability sampling and optimizing L1-L2 integration. This would allow rollups and other L2 networks to process transactions more efficiently while maintaining security.

The plan advocates for a dual-track scaling approach, where the base layer strengthens while L2 networks specialize in specific use cases such as privacy, security, or application-specific functions. This approach seeks to balance the scaling burden between L1 and L2 ecosystems.

Quantum-Resistant Cryptography

Goal: Implement cryptographic algorithms resistant to quantum computing threats, including hash-based signatures. This would secure Ethereum against potential vulnerabilities from quantum advancements.

While quantum computing remains an emerging field, Ethereum‘s roadmap treats this as an urgent engineering challenge. The Ethereum Foundation has established a dedicated post-quantum cryptography team to address this issue, ensuring long-term network security.

Native Privacy via Shielded Transfers

Goal: Introduce shielded transfers at the base layer, allowing ETH to be sent without revealing full transaction details publicly. This would provide users with greater financial discretion and privacy.

Shielded transfers would enable businesses to decide whether certain activities should occur on-chain, while individuals could protect their financial data from public scrutiny. This feature aligns with growing demand for privacy in blockchain applications.

Seven Hard Forks Through 2029

The Strawmap envisions seven hard forks through 2029, each replacing consensus components incrementally to minimize disruption. These forks would be spaced approximately every six months, with each upgrade building on the previous one. The roadmap is structured as a ‘ship of Theseus’ rebuild, where Ethereum’s consensus components are replaced one at a time, ensuring network functionality during the transition.

Justin Drake, a prominent Ethereum Foundation researcher, described the Strawmap as a coordination tool, offering a unified perspective on Ethereum‘s L1 ambitions. The document is intended for advanced readers and serves as a dense, technical resource primarily for researchers and developers.

Potential Outcomes and Challenges

The roadmap positions Ethereum for massive throughput, quantum resistance, and native privacy, reducing transparency trade-offs for users. However, the success of these upgrades depends on coordination and votes from the decentralized community.

If successful, the upgrades could boost Ethereum‘s adoption by enabling faster, cheaper, and private transactions. Analysts suggest Ethereum‘s price could rise toward $10,000 if the roadmap’s goals are met and ecosystem support remains strong.

The modular approach aims to mitigate this by allowing incremental changes without disrupting the network.

The roadmap signals Ethereum‘s shift toward proactive, decade-scale planning, emphasizing L1-L2 synergy over short-term survival. This strategic vision could position Ethereum* as a dominant force in the blockchain space.

The Strawmap represents a bold vision for Ethereum’s future, aiming to transform it into a high-speed ‘internet of value‘ by 2029. By addressing critical challenges in speed, scalability, privacy, and security, the roadmap positions Ethereum to compete with traditional financial systems while maintaining its decentralized ethos. However, the success of this vision depends on the Ethereum community’s ability to coordinate, innovate, and adapt to evolving technological and market demands.