Ethereum developers are preparing for the second major network upgrade this year, known as Fusaka, which is set to survive at the end of November or beginning of December, waiting for the final testnet results.
Fusaka – a blend of names Fulu and Osaka – consists of two simultaneous upgrades to consensus and implementation of Ethereum layers, respectively.
Upgrading is dedicated to making the Ethereum blockchain more scalable and efficient, and institutions and users should benefit because transaction costs on rollup networks should fall further, as operating nodes should be more difficult and expensive for newcomers looking for nodes.
Fusaka includes 12 major code changes, or Ethereum (EIP) improvement measures, which together aim to boost data capacity, lower cost and streamline operations.
One of the most significant additions is the EIP-7594, or Peerdas (sampling peer data), a system that gives -s to Ethereum validators To verify the availability of data by smuggling its small pieces instead of downloading everything. That change provides the network to handle more rollup data (“Blobs”) each block, which sets the way for cheaper transactions in layer 2 and more throughput without compromising decentralization.
Fusaka could do this easier for newcomers or smaller players To operate in Ethereum, instead of cutting costs for those who have already operated large validator fleets. Changes in upgrading efficiency mean that entities running only a few validators-or nothing-can find it simpler and less resource to start or maintain nodes. However, institutions with extensive node operation, such as staking pools, will not see major cost savings.
Vaneck, a well -known asset manager, is said that Fusaka will be significant for usersIt focuses on lowering the costs for rollups and makes Ethereum better for large players. Because validators do not need to download each data blob in full (thanks to peerdas), bandwidth and storage demands dropped, which means that institutions running the entire node or node clusters will see lower infrastructure costs.
The firm also said Fusaka Reinforces Eth’s role as a value store and regulating the regulating, as the revenue of the transaction fee in the base layer may be retractable as more activity changes in the rollups, but the ETH is becoming more central to the secure and validation of that activity.
The other 11 changes in Fusaka are smaller but still important; Things like fine tuning on how to calculate transaction fees, setting clearer block size limits and adding new tools for developers who make Ethereum apps run faster and better work with standard Internet security systems. Together, they make the base layer of Ethereum more unpredictable, flexible and compatible with the mainstream cryptography standards.
After Dencun last year and Pectra earlier this year, FUSAKA continues the rapid precaution of Ethereum upgrades designed to make the network more scalable and friendly.
Fusaka is already there Go through a first trial trend by October 1, and will see two additional trials On October 14 and 28Before the main developers decide to love on a date for mainnet.
Developers said FUSAKA should set the stage for further changes in 2026, with the upcoming Glamsterdam upgrade. That hard fork is set to be focused With the introduction of the enshrined separation of the builder-a change that will make the Ethereum block making the process safer and transparent.
Read more: Ethereum’s Fusaka upgrade passes the holesky test, moving to Mainnet
