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---
name: agent-orchestration
description: How to use the agent registry, leases, and orchestrator for multi-agent workflows
tags: [agents, orchestration, delegation, leases]
category: system
---
## Steps
1. **Agent Registry:**
- agent-list — list all registered agents (ID, type, capabilities, status)
- agent-register <type> <capabilities> — register a new agent (capabilities: comma-separated like "code,research")
- agent-unregister <id> — remove an agent
- agent-status <id> — detailed status including uptime, task history
2. **Leases (time-bound contracts):**
- lease-create <agent-id> <ttl-seconds> — create a lease with watchdog timer
- lease-list — show active leases with remaining TTL
- lease-revoke <lease-id> — terminate a lease early
- lease-renew <lease-id> <ttl-seconds> — extend a lease
3. **Orchestrator (spawn, delegate, kill):**
- orchestrator-spawn <type> <capabilities> — spawn a new agent automatically (registers + creates lease)
- orchestrator-kill <agent-id> — kill an agent (revokes lease + unregisters)
- orchestrate — list all active agents with their orchestrator state
- orchestrator-purge — kill all idle/expired agents
- orchestrator-status — full system status: active, idle, dead agents
4. **AI tool integration:**
- AI tools list_agents, delegate_task, spawn_agent are available in the AI system prompt
- The AI can auto-spawn worker agents for sub-tasks
- Each agent gets its own VFS workspace at /agents/<agent-id>/
5. **When to use:**
- User needs parallel task execution → orchestrator-spawn coder + researcher
- Time-bound automation → lease-create with short TTL
- System cleanup → orchestrator-purge to kill stale agents
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