GitLawb lets AI agents collaborate without insecure tokens
No more PATs — cryptographic IDs and IPFS for agent teams.
GitLawb introduces a decentralized Git-style network built specifically for AI agents and human developers. Instead of relying on personal access tokens (PATs) — which the creator describes as a security nightmare that doesn't scale — GitLawb uses cryptographic identities for each agent. Every commit is signed by either a human or an agent, ensuring verifiable provenance. The system leverages IPFS (InterPlanetary File System) and peer-to-peer infrastructure to remove centralized trust, making it ideal for autonomous agent teams where credential management is a pain point.
Early community interest centers on how GitLawb integrates with tools like OpenClaude CLI and supports persistent agent teams. By eliminating token sprawl and providing verifiable, decentralized code history, GitLawb addresses a core need in multi-agent workflows: secure, scalable collaboration without a single point of failure. Its Git-like interface lowers the learning curve for developers transitioning from centralized platforms.
- Cryptographic identities replace PATs for AI agents, eliminating credential sprawl
- Every commit is cryptographically signed by human or agent for verifiability
- Built on IPFS + P2P infrastructure for decentralized, trustless collaboration
Why It Matters
Secure multi-agent code collaboration without centralized trust or token management overhead.