The idea of making the world’s premier smart contract network one thousand times more capable sounds almost too ambitious to take seriously. Yet, Ethereum co-founder Vitalik Buterin is laying out exactly how to make that leap a reality. In a detailed technical roadmap published on February 27, Buterin outlined a blueprint designed to drastically boost transaction capacity. The plan will seek to accomplish this goal without putting expensive restrictions on small-node operators who help to secure the decentralized base system.
Unpacking the “Strawmap” Strategy
This in-depth document informally called by some as the “Strawmap” looks at the Ethereum scaling challenges divided into three separate areas that are battling against one another; namely Execution, Data and State.
The ultimate goal is to transform the network into a high-speed financial settlement layer capable of processing a “gigagas” per second. Buterin makes it clear that scaling the base layer requires a combination of immediate software optimizations and sweeping, long-term structural overhauls.
The Glamsterdam Upgrade Arrives First
The first big step in crypto will come in mid-2026 with a major protocol upgrade called “Glamsterdam,” which is widely anticipated. One of the most exciting aspects of this upgrade will be a new feature called Block Level Access Lists. This technical adjustment fundamentally changes how the network operates by allowing different parts of a block to be processed simultaneously rather than sequentially.
By enabling parallel block verification, Glamsterdam maximizes the efficiency of Ethereum’s current 12-second block slots. Achieving this greater transactional density within each block allows for less overall destabilizing effects on the greater network when attempting to do so at increased levels of density. Buterin noted that if these near-term changes successfully stabilize fees, the aggressive push for a full 1,000x capacity increase could be temporarily paused to focus on other priorities.
Leaning Into Zero-Knowledge Technology
If the network needs to push the throttle, zero-knowledge technology will take center stage. The more ambitious phase of the Strawmap heavily relies on Zero-Knowledge Ethereum Virtual Machines (ZK-EVMs). Currently, every validator must re-run every single transaction to confirm its legitimacy, requiring immense computational power.
ZK-EVMs flip this script. They allow validators to simply verify a cryptographic proof instead of doing the heavy lifting themselves. Project Buterin’s timeline indicates that a limited number of nodes will test this new method of validation in late 2026 with full implementation possible by 2027 across the broader community of Ethereum.
This shift would raise the network’s capacity ceiling exponentially.
Solving the State Growth Problem
While speed is critical, Buterin also flagged an underappreciated threat: state growth. Every time a developer deploys a large smart contract on Ethereum, it requires all Ethereum nodes to permanently retain a copy of the contract’s state. Over time, this accumulated baggage gradually raises the financial cost of running a node.
The proposed solution to the problem of bloat is to separate state creation prices from regular transactions, so that they are tracked separately instead of having state-created transactions included in the maximum allowed gas for normal transactions. Large contracts can still be deployed, but developers will have to pay a price that accurately reflects the real, long-term storage burden they place on the network.
A Marathon, Not a Sprint
Investors must understand that the 1,000x figure is a long-term architectural ceiling, not a guarantee for next year. The Strawmap stretches to 2029 and operates incrementally, upgrading individual components piece by piece. For now, the crypto community is watching closely to see how the Glamsterdam upgrade performs when it goes live.
