Protocol ACSet Designer

소개

Protocol ACSet is a specialized capability for Claude that leverages categorical mathematics to treat decentralized protocols as compositional objects. It allows developers to map complex infrastructure layers—such as transport, security, topology, and identity—into attributed C-sets (ACSets) to verify compatibility, design protocol bridges, and analyze the evolution of peer-to-peer stacks. By applying formal composition laws and functorial analysis, it transforms ad-hoc protocol integration into a principled engineering process, ensuring that diverse systems like IPFS, ActivityPub, and Matrix can interoperate predictably within a unified stack.

주요 기능

• Compositional modeling of P2P protocols as attributed C-sets
• Design philosophy classification using GF(3) trit balancing for architectural harmony
• Automated mapping of protocol layers including transport, security, and topology
• Protocol evolution tracking using Bumpus sheaves on time categories
• 2 GitHub stars
• Formal verification of protocol interoperability and bridge compatibility

사용 사례

• Architecting multi-layered decentralized stacks for data-sovereign applications
• Analyzing the evolutionary narrative and feature migration of protocol families
• Designing and verifying cross-protocol bridges like IPFS to ActivityPub (FEP-1024)