SIN-Code Orchestration

Advanced Multi-Agent Orchestration with Context-Aware MCP and Verified Workflows.

Part of the SIN-Code agent-engineering stack.

Why

Single agents hit limits on complex tasks. Orchestration coordinates specialized agents (planner, coder, reviewer, verifier) with:

• Context-Aware MCP: Stateful, dezentrale Koordination über Shared Context Store
• Role-based permissions: Fine-grained tool access control
• VMAO verification loop: Plan → Execute → Verify → Replan cycle
• Dependency-aware execution: Topological workflow scheduling

Features

• Shared Context Store: Redis/memory/SQLite backend for distributed state
• Role system: Planner, Coder, Reviewer, Verifier with configurable permissions
• Verification loop: Formal verification of agent outputs before progression
• MCP server: Exposes orchestration primitives to any MCP-compatible agent
• CLI: Submit tasks, query status, execute workflows from YAML

Quickstart

pip install -e .

# Start the MCP server
sin-orch serve

# Submit a task
sin-orch submit my-task coder '{"code": "def hello(): pass"}'

# Run a workflow
sin-orch workflow my-workflow.yaml

Configuration

See config.yaml for:

• Orchestration mode (hierarchical/parallel/reactive)
• Context store backend (redis/memory/sqlite)
• Role definitions and tool permissions
• Verification loop parameters

MCP Integration

# ~/.config/opencode/config.yaml
mcpServers:
  sin-orch:
    command: sin-orch
    args: [serve]

Exposed tools: create_task, get_task_status, update_task, query_tasks, await_dependencies.

License

MIT — see LICENSE.