Show HN: 20+ Claude Code agents coordinating on real work (open source) (github.com)

A new open-source collaborative theorem-proving tool has been released, showcasing the capabilities of 20+ Claude Code agents that can work simultaneously on complex mathematical proofs using Lean 4 and an Ensue Memory Network. The installation and setup process involves setting up the Lean environment with essential libraries like Mathlib, and then deploying a Rust-based CLI for enhanced performance. Users can initialize proof sessions, manage multiple worker agents, and verify tactics through a streamlined command interface, enabling efficient collaboration and real-time feedback. This development is significant for the AI/ML community as it highlights the potential of multi-agent systems in formal verification and theorem proving, making it easier for researchers and developers to tackle complex mathematical problems. The ability to spawn parallel agents and leverage memory management techniques promises to accelerate the proving process significantly, while the emphasis on token consumption encourages users to adopt best practices for managing resources effectively. Overall, this tool not only enhances computational efficiency but also illustrates the growing integration of AI with formal methods, paving the way for more robust automated reasoning applications.