In a significant breakthrough for the Ethereum ecosystem, Polygon has developed a new Type 1 zkEVM prover, marking a turning point in the ability of EVM chains to become Layer 2s powered by zero-knowledge proofs (ZK-proofs). This innovation opens up new avenues for optimization and scalability within the Ethereum ecosystem.
A type 1 zkEVM prover for improved scalability
Polygon is breaking new ground with its zkEVM type 1 prover, a major project that pushes the limits of scalability on Ethereum. This prover, the result of close collaboration with Toposware, stands out for its ability to make transactions on Ethereum chains more efficient and economical. By using zero-knowledge proofs, this prover significantly reduces transaction costs, bringing them down to an average of $0.002 to $0.003 per transaction, a notable feat that encourages wider adoption of blockchain technologies.
Implications for the Ethereum ecosystem
Polygon’s contribution to the Ethereum ecosystem with its zkEVM type 1 prover goes beyond simply improving scalability. It’s a breakthrough that strengthens network security and integrity by offering security guarantees comparable to those of a full node, without the maintenance constraints. The technology enables seamless, trustless integration with Ethereum Layer 1, paving the way for more robust and secure applications.
Towards wider integration and enhanced user experience
By making its zkEVM type 1 prover open source, Polygon is demonstrating its commitment to an open and collaborative Ethereum ecosystem. This decision encourages the adoption of this technology by other Layer 2 protocols, such as optimistic rollups, potentially significantly improving the user experience across the ecosystem. The openness of this technology promises to lower barriers to entry for developers and increase innovation, leading to more efficient and less costly solutions for all users.
