Ethereum Foundation Releases Strawmap Proposal: A Comprehensive Overview of Seven Planned Forks and the "Gigagas" Vision Through 2029

Updated: 2026-02-26 08:28

On February 25, 2026, the Ethereum ecosystem received a highly significant technical manifesto. The Ethereum Foundation (EF) protocol team officially released a draft roadmap titled "Strawmap." The name, a blend of "strawman" (draft/target) and "roadmap," immediately set a humble and open tone: this is not a top-down "official directive," but rather a "target document" designed to spark in-depth discussion and coordination.

For the first time, Strawmap extends the vision for Ethereum’s L1 protocol upgrades all the way to the end of 2029, outlining approximately seven forks, each planned at six-month intervals. More than just a technical blueprint, it represents a deep exploration of Ethereum’s governance philosophy, technological frontiers, and ecosystem dynamics. Against the backdrop of recent significant volatility in the ETH price, as of February 26, 2026, Gate market data shows the ETH price at $2,063.28, with a 24-hour trading volume of $535.04M and a 30-day decline of 35.00%. This long-term plan, focused on the next four years, undoubtedly provides the market with a narrative anchor that transcends short-term price fluctuations.

Event Overview: One Chart, Five Years, Seven Forks

At its core, Strawmap is a visual technical roadmap that integrates numerous Ethereum Improvement Proposals (EIPs) into a unified timeline, aiming to give researchers and core developers a "holistic view" of L1 upgrades. The draft sets out five "North Star" objectives to guide the next several years:

  • Fast L1: Achieve near-instant transaction finality, greatly enhancing user experience.
  • "Gigagas" L1: By integrating zkEVM (zero-knowledge Ethereum Virtual Machine) and real-time proofs, L1 throughput is targeted to reach 1 gigagas per second (about 10,000 TPS).
  • "Megagas" L2: Leveraging Data Availability Sampling (DAS), L2 is expected to scale to teragas per second (about 10 million TPS).
  • Post-quantum security: Introduce hash-based cryptography to defend against future quantum computing threats.
  • Native privacy L1: Make privacy protection a first-class protocol feature, with functions like shielded ETH transfers.

To achieve these goals, Strawmap lays out a clear timeline: starting with the already-named Glamsterdam and Hegotá forks, followed by subsequent upgrades using placeholders like I and J, with about seven forks expected by the end of 2029.

Background and Timeline: From Internal Workshop to Public Draft

Strawmap did not emerge by chance. It originated from an internal EF workshop in January 2026, where researchers sought a better integration path between the long-term vision of a "lightweight Ethereum" and short-term technical initiatives. By mapping out the complex dependencies and constraints of upgrades and forks, a sketch that clearly illustrated the full arc of technical evolution gradually took shape.

Researcher Justin Drake later published it on behalf of the EF protocol team, marking the transition from internal deliberation to public discourse. The use of "Strawman" in its name accurately reflects the Ethereum Foundation’s self-awareness: in a highly decentralized ecosystem, there is no single "official roadmap." This document is more of a "trial balloon" from EF, intended to spark broader community consensus.

Data and Structural Analysis: Layered Technical Exploration

Strawmap’s visual structure itself serves as a sophisticated analytical model. It categorizes complex upgrade projects into three functional layers:

  • Consensus Layer (CL): Focuses on optimizing consensus mechanisms like Casper FFG, aiming for shorter slots and faster finality. Vitalik Buterin later explained that the goal is to reduce block times from the current 12 seconds to 2 seconds, and to compress finality from around 16 minutes down to 6–16 seconds.
  • Data Layer (DL): Centers on Data Availability Sampling (DAS), the foundation for "megagas L2," designed to provide Layer 2 with vast, affordable, and secure data space.
  • Execution Layer (EL): Focuses on introducing zkEVM for real-time proofs and exploring native privacy features (such as Shielded ETH).

Each fork’s priorities are clearly marked as "headliners" in the diagram. For example, in the Glamsterdam fork, the consensus layer’s headliner is ePBS (Execution Layer–Consensus Layer Proposer Separation), while the execution layer’s headliner is BALs (account abstraction-related features). This "one major upgrade at a time" cadence is designed to maintain a high-frequency, six-month iteration cycle, ensuring technical progress remains both ambitious and steady.

Community Sentiment: Consensus, Controversy, and Questions

Facts: Strawmap has been publicly released, outlining five major objectives and an initial plan for seven forks.

Mainstream View: The community generally sees it as a testament to Ethereum’s long-term vision and technical foresight. Notably, incorporating quantum resistance and native privacy at the top level is viewed as a key move to solidify Ethereum’s leadership among public blockchains. The ambitious L2 plans also address ongoing market expectations for Ethereum’s scalability.

Controversies and Questions: Strawmap has sparked discussions from multiple angles.

  • Decentralization and governance: Some observers question whether this EF-led "draft" could subtly steer development directions and undermine community diversity. Despite being called a "Strawman," its EF origins keep some hardline decentralization advocates wary.
  • Technical feasibility: Achieving a slot time reduction from 12 seconds to 2 seconds within four years, while simultaneously integrating zkEVM, DAS, and post-quantum cryptography, is a formidable technical challenge. Some developers believe the timeline may be overly optimistic, especially since formal verification and AI-assisted development are not yet fully mature.
  • Privacy and regulation: Making "native privacy" a core objective aligns with cypherpunk ideals, but also raises concerns about increased regulatory complexity. Balancing user privacy with compliance requirements will be a long-term tug-of-war.

Assessing Narrative Authenticity: The Sincerity and Limits of a "Target"

Perhaps the most intriguing aspect of Strawmap is its candid "unofficial" status. It states outright that "an ‘official’ roadmap reflecting consensus among all stakeholders is essentially impossible." This admission is itself a mark of narrative authenticity—it acknowledges the complexity, uncertainty, and spontaneity of Ethereum governance.

Thus, when evaluating Strawmap, it’s important to distinguish:

  • Fact: The EF protocol team has released a document called Strawmap, which includes specific fork plans and technical goals.
  • Opinion: This document represents a technical path that some EF researchers currently view as "reasonable and coherent."
  • Speculation: That all these forks will occur strictly every six months before 2029, and that the expected performance metrics (such as 10,000 TPS) will be achieved.

The value of Strawmap lies not in being an unquestionable "bible," but in providing the community with a "target" that can be collectively revised, critiqued, and enriched. It serves as an "accelerationist coordination tool," helping to structure otherwise scattered discussions.

Industry Impact Analysis: Reshaping the Public Blockchain Landscape

Speculation: The release of Strawmap is poised to have far-reaching structural effects on the entire crypto industry.

  • Setting new benchmarks for L1 and L2: While other blockchains are still competing for limited DeFi liquidity, Ethereum is already focusing on quantum resistance and protocol-level privacy. This shifts the industry’s long-term narrative from a simple "TPS race" to new dimensions of "ultimate security" and "compliant privacy."
  • Redefining the Layer 2 landscape: The "megagas L2" goal will further fuel the arms race between Optimistic Rollups and ZK-Rollups. L2 projects that can quickly adopt DAS and achieve ultra-high TPS will gain significant first-mover advantages within the ecosystem.
  • Guiding developers and capital: A clear and ambitious roadmap provides certainty for developers and long-term capital. In an industry rife with short-term speculation and Ponzi schemes, the technical resolve shown in Strawmap helps attract more serious Web2 developers and institutional capital to the Ethereum ecosystem.
  • Long-term impact on ETH asset value: While the roadmap itself does not constitute a price prediction, its successful execution would greatly reinforce ETH’s status as the ecosystem’s core asset. A faster, more secure, and more scalable network will capture more on-chain value, providing stronger fundamentals for ETH.

Multi-Scenario Evolution Forecast

Based on current information, we can project several possible paths for Strawmap’s future:

Scenario 1: Optimistic Progress (Strengthened Consensus)

  • Path: The community forms broad consensus around the five major objectives, and core developers collaborate efficiently. Breakthroughs in AI-assisted development and formal verification significantly shorten code auditing and testing cycles. The seven forks are mostly completed as planned, and Ethereum achieves major leaps in performance and functionality while maintaining decentralization.
  • Outcome: Ethereum’s lead widens, becoming the foundational layer for mainstream finance and internet applications. The "world computer" vision is largely realized.

Scenario 2: Technical Delays (Pragmatic Compromise)

  • Path: The technical complexity of zkEVM real-time proofs or DAS exceeds expectations, and standardization of post-quantum algorithms proceeds slowly. Some "headliner" features are postponed or split into later forks, breaking the six-month cadence.
  • Outcome: Some roadmap goals are achieved, but the timeline is significantly extended. Ecosystem focus continues to shift toward L2, and the L1 "gigagas" target becomes a temporary bottleneck. Market attention may temporarily shift to faster-moving competitors.

Scenario 3: Governance Disputes (Path Divergence)

  • Path: The community faces deep divisions over core features (such as native privacy implementation or specific post-quantum algorithms), leading to hard fork risks. Some dissenting developers or miners may launch alternative chains.
  • Outcome: The Ethereum ecosystem splinters. While the mainnet may continue along EF’s Strawmap, community consensus is weakened, and applications and liquidity face short-term uncertainty.

Conclusion

Strawmap is more than just a technical blueprint—it is a public statement from Ethereum’s core community about the future. It sends a clear message: even in a decentralized world, someone needs to sketch out the vision, chart the course, and propose bold ideas. The very act of publishing this draft is itself a constructive step.

For market participants, understanding Strawmap means looking beyond daily price swings to examine the logic behind Ethereum’s evolution over the next four years. Whether it’s the seamless experience of a "fast L1," the boundless potential of "megagas L2," or proactive preparation for the quantum era, the vision Strawmap paints deserves long-term and thoughtful industry attention. As its name suggests, this is just the beginning—a prologue to a long and exciting journey of coordination and construction.

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