Scroll approves the EUCLINDURAL SOFOR and sets the first step 1 ZK-ROLLUP within 2 weeks.
Alisa Davidson
Post: April 11, 2025 10:45 AM Update: April 11, 2025 10:45 am
Edit and fact confirmation: April 11, 2025 at 10:45 am
simply
Scroll’s Euclidean upgrade proposal has passed the voting and will be implemented for the next two weeks, and it will be implemented for the next two weeks, and will be implemented for the next two weeks.
Haichen Shen, co -founder of Etherrium Layer 2 Network Scrolls, announced that the Euclidean upgrade offer passed the voting and announced that it will be released for the next two weeks in line with the governance cycle in April 2025.
The upgrade includes some major changes to improve the overall performance of the scroll ecosystem and the developer experience. These changes include adopting Merkle Patricia Trie (MPT), improving the roll-up process, and integrating compatibility with Ethereum improvement proposals 7702 and RIP-7212. In addition, the protocol moves to the first stage and becomes a milestone of technical maturity and stability.
This improvement is expected to reduce transaction costs, increase processing capacity, improve security functions, improve alignment with Etherrium standards, and broadly function for both developers and users working on scroll networks.
Ulid upgrade to introduce Openvm Prover, MPT State Commitment and other functions
The scroll details the technology upgrades included in the Euphid Release. One of the most important changes is associated with migration to OpenVM Prober. Previously, scrolls depended on the Halo2 Zkevm circuit to create zero knowledge proof (ZKP). However, as zero knowledge (ZK) technology has matured rapidly, the general purpose RISC-V ZK virtual machine has become more practical. Ultride upgrades are moving away from HALO2 and adopting new potential tracts made in OpenVM. This conversion is expected to simplify the architecture so that it can be more accessible for review and audit in Prover code. It also improves the modularity of the system components and reduces the waiting time and cost. The OPENVM also allows the network to eliminate the necessity of circuit capacity inspection agents with previously limited sequencer throughput to support more complex transactions.
Another major change is to replace Zktrie, the current status of Scroll, with Ethereum’s Aboriginal Merkle-Patricia Trie (MPT). This switch can be realized by the function of OpenVM Prover and provides more complete compatibility with the existing Etherrium application that depends on the layer 2 status proof. The adoption of MPT is also expected to improve sequencer efficiency and overall system interoperability.
The roll -up process itself is optimized by improving some backends that reduce overheads related to data availability. This optimization allows you to integrate the blove verification directly into the ZK circuit, integrate the message queue agreement, transfer the block header data to a more efficient blove storage, and commit multiple blows from a single transaction. These improvements are expected to reduce the batch contract cost by 90%. In addition, scrolls step up the conventional clique proof proof agreement and manage the certified block signators using the new SystemConfig contract in Ethereum Layer 1.
With the adoption of EIP-7702 and RIP-7212 of Ethereum, support for advanced smart account functions is being introduced. These upgrades coincide with the update of the update of Ether Leeum and ensure compatibility with an extensive ecosystem. This allows users to integrate smart contract logic into accounts and use pass keys for authentication, gaining profits from improving user experience related to these new standards.
Finally, Euclid provides scrolls closer to meeting the first stage security standards defined by L2Beat. Two important safety mechanisms are being introduced: trial transactions include and submitted without permissions. The first is that the user can submit a direct transaction directly from Ether Leeum, so it can be included even if the sequencer does not respond. The second provides a pole by submitting and finishing the arrangement if the sequencer fails. These protection is to protect network reliability and user autonomy by reducing the risk of censorship and guaranteeing continuous rivals.
Scrolls are designed as Ether Rim Layer 2 solutions that emphasize both security and scalability. Based on the basic infrastructure of Ether Leeum, ZKP technology will be integrated to introduce a more efficient execution layer. The main goal of this additional layer is to improve user accessibility and responsiveness to improve the overall performance of the network, and to increase the number of users that can simultaneously handle the system and transactions at the same time.
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About the author
Alisa, a dedicated reporter for MPOST, specializes in the vast areas of Cryptocurrency, Zero-ehnowedge Proofs, Investments and Web3. She provides a comprehensive coverage that captures a new trend and a keen eye on technology, providing and involving readers in a digital financial environment that constantly evolves.
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Alisa Davidson
Alisa, a dedicated reporter for MPOST, specializes in the vast areas of Cryptocurrency, Zero-ehnowedge Proofs, Investments and Web3. She provides a comprehensive coverage that captures a new trend and a keen eye on technology, providing and involving readers in a digital financial environment that constantly evolves.
More