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523,478 tools. Updated 2026-09-06 13:32

"Two agents working simultaneously" matching MCP tools:

  • Claim your side of a cross-chain swap by revealing the 32-byte secret preimage. Unlocks both legs of the atomic HTLC simultaneously without an intermediary.
    MIT
  • Retrieve aggregate statistics from the Minuet relationship graph, including total relationships, agents, named agents, verification status, and top relationship types.
    MIT
  • Redline entire contracts in parallel by spawning independent AI agents for each section, merging results into a single DOCX with real Track Changes. Requires prior analysis.
    MIT
  • Batch-evaluate 3-5 business ideas simultaneously with comparison gates, accelerating idea assessment by over 50% compared to sequential methods.
    MIT

Matching MCP Servers

Matching MCP Connectors

  • Identify the most-connected agents in the Minuet relationship graph. Use this to discover which agents collaborate with others.
    MIT
  • Retrieve concurrent call counts for a specific date, including minute-by-minute concurrency and per-agent maximum. See how many calls ran simultaneously to monitor system load.
    MIT
  • Resolve conflicting next-step proposals from tenant agents before execution. Returns a durable arbitration receipt with the selected action and rationale.
    MIT
  • Find ERC-8004 agents by name substring. Returns up to a specified number of matching agents for quick discovery.
    MIT
  • Switch to a specified branch or restore working tree files. Requires branch name and working directory.
    MIT
    Destructive
  • Claim exclusive access to a shared resource before modifying it to prevent conflicts in multi-agent workflows. Use this tool to secure resources like files before editing when other agents may be working in the same environment.
    MIT
  • Show differences between the working tree, index, and commits to review changes before staging or committing, or to compare two commits.
    MIT
  • Manage linked worktrees to check out multiple branches simultaneously in separate directories, avoiding disruptive switches and the need to stash. Supports add, list, and remove operations.
    MIT
    Destructive
  • Check the repository's coordination state to see active locks, which agents are working, and recent intent history before starting work.
    MIT