Circuitscan
Circuitscan is a website that allows users to verify the source code of circuits with verifier contracts on EVM chains, enhancing trust in applications. Supports Circom, Noir support upcoming.User Review
R1
Reviewed on 11 Apr 2024 10:56 PM
Infrastructure Impact: Projects must demonstrate a significant contribution to the Ethereum network’s infrastructure, addressing both foundational needs and innovative solutions to current challenges.
Engagement in Pioneering Development: A focus on pioneering technologies or approaches that promise to elevate the Ethereum ecosystem, particularly in enhancing privacy, interoperability, and user experience.
Because it is early in development, there is no sure way to know that this app improves user experience. This project also does not meet the 3 month viability time frame.
AI Review
A1
Reviewed on 11 Apr 2024 04:00 AM
Infrastructure Impact: Projects must demonstrate a significant contribution to the Ethereum network’s infrastructure, addressing both foundational needs and innovative solutions to current challenges.
Circuitscan appears to address a foundational need by aiming to provide a critical safety feature in verifying a circuit's source code against deployed verifier contracts, which is important for user trust and application integrity. The project is focused on enhancing transparency and security for ZKSNARK applications on Ethereum, aligning with infrastructure impact criteria.
Engagement in Pioneering Development: A focus on pioneering technologies or approaches that promise to elevate the Ethereum ecosystem, particularly in enhancing privacy, interoperability, and user experience.
Circuitscan is planning on paving the way for decentralized verification of verifier contracts, which is a pioneering approach that could significantly improve privacy and trust in the ecosystem. The potential for a SNARK to validate verification keys against the original circuit source code is innovative and, if successful, would foster greater privacy and security, thereby enhancing user experience.