The Leap to Coordination Engineering
Real-World APPlication: 20 Minutes to 200 Pages
Task Decomposition: The system assigned a dedicated agent to each of the 10 aspects.
Parallel Execution: Each agent generated 20 slides under a unified theme.
Final Integration: The 10 sets of slides were merged into a cohesive 200-page technical presentation.
️ Technical Deep Dive: Three Core Capabilities
The system employs a Leader Agent and multiple Teammate Agents.
Leader Agent: Responsible for requirement analysis, dynamic team building, and task planning. It monitors progress in real-time and can add or remove members on the fly.
Teammate Agents: ProACTively claim tasks from a shared board, execute them independently within their workspace, and report results.
To solve data silo issues, AgentTeam utilizes a Team Workspace. This is a shared file space transparently accessible by all members. Each teammate’s working directory mounts a shared path, ensuring seamless file exchange and consistency.
Approval Mechanisms: A two-layer system where the Leader approves execution plans and sensitive tool usage (e.g., API calls, file deletions).
Event-Driven Architecture: Uses external events (task state changes) and internal events (mailbox polling) to automatically wake agents, reassign tasks, or trigger fault recovery.
Persistent Teams: Teams can be preserved across sessions and restored with a single CLIck.
TeamMonitor: Provides observability via a Query API and real-time event streams, allowing users to build dashboards or audit every step of the Operation.
️ Under the Hood: openJiuwen Architecture
Shared task list: Ensures Information consistency as agents claim tasks based on capabilities.
Dual-Drive Model: Combines structured task transitions with unstructured message channels for negotiation and planning.
Role & Tool Engineering:
RolePolicyDeFines behavioral norms, whileTeamToolsprovide specific coordination capabilities.
About JiuwenClaw & OfficeClaw
Autonomous Task Management: A dynamic to-do list for AI.
Self-Evolving Skills: Analyzes errors and proposes improvements.
Context Compression: Reduces costs by manAGIng context length.
Browser Manipulation: Seamlessly takes over browser environments using cookies and local cache.
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