The Polygon Proof-of-Stake (PoS) sidechain has successfully completed the Napoli hard fork, incorporating support for Dencun features and notably becoming the pioneer network to endorse RIP-7212.
The Napoli hard fork brings forth three significant upgrades derived from Ethereum’s recent Dencun hard fork: EIP-1153, EIP-6780, and EIP-5656.
EIP-1153 targets the optimization of block space utilization, thereby enhancing the network’s overall performance and efficiency.
Conversely, EIP-6780 imposes restrictions on the functionality of the selfdestruct opcode, resulting in more secure and controlled operations across the network.
Additionally, EIP-5656 aims to mitigate the technical complexities associated with memory copying, streamlining processes within the network for improved efficiency and effectiveness.
As part of today's Napoli Hard Fork, Polygon PoS became the first chain to activate a Rollup Improvement Proposal (RIP) with RIP-7212, bringing support for a new precompile for the secp256r1 curve!
— Polygon | Aggregated (@0xPolygon) March 20, 2024
Polygon is set to incorporate support for EIP-4844.
Polygon has recently made headlines by unveiling its intentions to integrate support for EIP-4844, a crucial upgrade aimed at reducing fees, as featured in Dencun. This strategic integration is anticipated to be a significant component of Polygon’s forthcoming Feijoa upgrade, slated for release in May.
Among the pivotal enhancements brought forth by the Napoli hard fork is the incorporation of RIP-7212, a groundbreaking upgrade that heralds a new era of mainstream interoperability. Developed by RollCall, a collaborative consortium of Layer 2 teams, RIP-7212 introduces precompile support for the secp256r1 curve, a widely utilized elliptic curve renowned for its role in digital signatures across the internet.
The adoption of RIP-7212 holds immense promise, as it facilitates seamless interoperability with mainstream technologies and devices. Its potential applications are vast, including the secure storage of keys within iPhone secure enclaves and the facilitation of various verification processes.
Polygon has lauded RollCall as a key contributor, describing it as an entity dedicated to expanding the capabilities of the Ethereum Virtual Machine (EVM) within Layer 2 solutions. Notably, RollCall’s efforts align closely with the open standards process that has guided Ethereum since its inception, emphasizing a commitment to innovation and inclusivity within the ecosystem.
Furthermore, Polygon’s vibrant community of contributors has proposed the inclusion of additional RIP/EIP track changes in the upcoming hard fork of the Proof of Stake (PoS) protocol. These proposed changes include EIP-3074, aimed at enhancing account abstraction options for developers on PoS, and PIP-30, which seeks to augment the EIP-170 Max Code Size Limit. These proposed enhancements underscore Polygon’s commitment to continuous improvement and innovation, ensuring the platform remains at the forefront of technological advancement within the blockchain space.
Polygon Community Contributors have proposed adding support for 2 other RIP/EIP track changes in the next hard fork of PoS, EIP-3074 enhancing account abstraction options for developers on PoS, as well as PIP-30 which increases the EIP-170 Max Code Size Limit. Join the discussion…
— Polygon | Aggregated (@0xPolygon) March 20, 2024
Additional Layer 2 solutions are beginning to integrate recent upgrades.
RollCall’s endeavor to implement RIP-7212 extends beyond the confines of Polygon alone, marking a significant stride towards the broader adoption of Layer 2 scaling solutions within the Ethereum ecosystem.
Several other prominent Layer 2 projects, including ZkSync Era and Optimism, are actively engaged in efforts to integrate support for this crucial upgrade in the near future. This collaborative approach among Layer 2 initiatives underscores a concerted effort towards collective development and the consolidation of Layer 2 solutions as Ethereum’s primary scaling mechanism.
David Silverman, the Vice President of Product at Polygon Labs, has underscored the pivotal role played by RollCall in cementing Layer 2 solutions as an integral component of Ethereum’s overarching scaling strategy. He emphasizes that RollCall serves as a pivotal platform for the Ethereum ecosystem to govern itself effectively, facilitating meaningful collaboration and coordination among various stakeholders.
Silverman further elaborates on the collaborative dynamics within the Ethereum ecosystem, noting that despite occasional disagreements or debates on platforms like Twitter, stakeholders within the RollCall initiative come together to discuss proposed changes to the Ethereum Virtual Machine (EVM). These changes, while not necessarily destined for implementation within the Ethereum mainnet itself, are nonetheless crucial for enhancing user experience and optimizing the functionality of Layer 2 solutions.
In essence, RollCall’s collaborative framework exemplifies a paradigm shift towards a more cohesive and unified approach to Ethereum’s development, one that prioritizes collaboration, innovation, and collective advancement for the benefit of the entire Ethereum ecosystem.
