According to @0xRyze, builders are actively seeking swarm coding agents that coordinate in worktrees and integrate with each other, signaling practical interest in multi-agent engineering stacks for collaborative software development; source: @0xRyze on X. Claude Code supports standardized tool-use and agent integrations via Anthropic’s Model Context Protocol, enabling multi-agent coordination through MCP-compatible tools and servers; source: Anthropic Model Context Protocol documentation and Claude Code documentation. Open-source frameworks such as Microsoft AutoGen and LangGraph provide orchestration for agent-to-agent conversations and task graphs that match the requested “swarm” coding workflows; source: Microsoft AutoGen documentation and LangGraph documentation. For crypto exposure to this build-out, core assets aligned with autonomous-agent and compute infrastructure include FET (Fetch.ai autonomous agents), OLAS (Olas autonomous services and agent tooling), TAO (Bittensor decentralized AI network incentives), RNDR (Render decentralized GPU compute), and AKT (Akash decentralized cloud compute); source: Fetch.ai documentation, Olas documentation, Bittensor documentation, Render Network documentation, and Akash Network documentation. Sector research groups profile AI-crypto exposure across agent networks and compute, making tokens like FET, RNDR, AKT, OLAS, and TAO representative proxies for the multi-agent development narrative referenced in the post; source: Binance Research AI-crypto sector overviews and the above project documentation.