Ethereum details Strawmap with seven forks through 2029

Ethereum Strawmap explained: seven protocol forks projected through 2029

The Ethereum Foundation has published a new long-range technical plan dubbed the “Strawmap,” a strawman-style roadmap that consolidates its base-layer vision for the rest of the decade, as reported by Bitcoinsistemi (en.bitcoinsistemi.com). The document is presented as directional rather than prescriptive, signaling priorities while acknowledging that specific designs and timelines could evolve as research matures and client teams test implementations.

Ethereum Foundation researcher Justin Drake released the Strawmap outlining seven protocol forks expected through 2029 alongside five long-term technical goals, according to Blockonomi (blockonomi.com). Framing the sequence as forks clarifies that major changes would be staged, audited, and coordinated across clients, preserving Ethereum’s multi-client discipline and change-management practices.

A high-level performance target of up to ten million transactions per second has been cited in coverage of the framework, with seven protocol upgrades stretching to 2029, as summarized by KuCoin News (kucoin.com). This target should be interpreted as an eventual capability under optimistic assumptions about data availability and proof systems rather than an immediate throughput guarantee.

Private ETH transactions, post-quantum security, fast finality, zk-L1, Teragas L2

The Strawmap emphasizes five technical thrusts: native privacy for ETH transfers, post-quantum (PQ) security, fast finality, zk-L1 execution, and Teragas-scale data availability for rollups. Native privacy refers to shielded ETH transactions at the protocol level; zk-L1 envisions zero-knowledge proofs verifying execution to reduce trust in individual nodes; fast finality compresses the time until transactions are economically irreversible; and Teragas L2 points to orders-of-magnitude more bandwidth for rollup data, enabling cheaper proofs and higher throughput.

Roadmap discussion also includes FOCIL (EIP-7805) and Account Abstraction enhancements (EIP-8141), which together aim to harden censorship resistance and streamline user experience, according to InsightsWire (insightswire.com). In parallel, PQ work includes multi-client devnets and a phased path to migrate or augment signature schemes, with the intent of mitigating future quantum adversaries while maintaining compatibility during transition stages.

A shift in emphasis accompanies these tracks: if base-layer execution and data capabilities improve, the interface between Layer-1 and Layer-2 may be rebalanced. “Relying heavily on rollups ‘no longer makes sense’,” said Vitalik Buterin, Ethereum co-founder.

How Strawmap reshapes L1 vs L2 roles, decentralization risks, validator requirements

If realized, the Strawmap could reposition Layer-1 to provide stronger security, privacy, and finality guarantees natively, while Layer-2 rollups specialize in application diversity and execution parallelism. In practical terms, cheaper and wider data availability (Teragas) would still benefit rollups, but zk-L1 and faster finality could move more critical settlement and asset-transfer logic back to the base layer under stricter neutrality and censorship-resistance guarantees.

The engineering ambition carries familiar trade-offs. Faster finality and heavier cryptography can raise hardware, bandwidth, and implementation complexity for validators, which may pressure decentralization if only higher-end operators can keep pace. Inclusion-list enforcement (via FOCIL-style mechanisms) could also introduce legal and operational ambiguity for validators tasked with meeting both network rules and jurisdictional obligations, requiring careful specification, audits, and phased rollouts.

Execution risk and competition for developer mindshare remain salient as timelines extend and complexity grows, a concern highlighted by market commentators at InteractiveCrypto (interactivecrypto.com). Maintaining client diversity, formal verification, and clear deprecation paths will be central to ensuring that upgrades improve safety and user experience without fragmenting tooling or imposing abrupt changes on infrastructure providers.

At the time of this writing, Ethereum (ETH) is priced around $2,058.07, included here solely as contextual market background and not as guidance or a forecast.