Ethereum’s Fusaka Hard Fork to Implement EIP-7825 Gas Limit Cap
According to the Ethereum Foundation, the Fusaka upgrade will introduce EIP-7825 to cap transaction gas at 16.78 million, enhancing efficiency and already active on major testnets.
ETH
Fact Check
The assessment is based on overwhelming and consistent evidence from multiple high-authority primary sources. The statement makes three claims: 1) the hard fork is named 'Fusaka', 2) it implements EIP-7825, and 3) EIP-7825 introduces a gas limit cap. All three claims are directly and explicitly supported. The official meta EIP for the fork (EIP-7607) directly links 'Fusaka' with EIP-7825. The Ethereum Foundation Blog and the official ethereum.org roadmap page for 'Fusaka' both independently confirm that the fork includes EIP-7825 and describe its function as a transaction gas limit cap. The EIP-7825 specification itself confirms its purpose as a gas limit cap. Further corroboration comes from a technical auditor's handbook written by a core developer. There are no contradictions across any of the provided sources; all evidence is internally consistent and points to the statement being factually correct.
Summary
The Ethereum Foundation officially announced on October 21 that the upcoming Fusaka upgrade will implement EIP-7825, capping transaction gas at approximately 16.78 million. The update is already active on Holesky and Sepolia testnets and will be enabled on the mainnet during Fusaka’s deployment. This official announcement marks another milestone in Ethereum’s ongoing scalability and network optimization efforts.
Terms & Concepts
- EIP-7825: An Ethereum Improvement Proposal introducing a transaction gas cap of approximately 16.78 million to enhance efficiency and network stability.
- Gas Limit: The maximum amount of computational work, measured in gas units, that a transaction or block can consume on the Ethereum network.
- Testnet: A public blockchain environment used for testing new features or upgrades before deployment on the main network.