AOF lets you run teams of AI agents the way you'd run teams of people. Define your org structure, assign roles, and set up workflows. AOF handles the rest: routing tasks, enforcing review stages, recovering from crashes, and making sure nothing falls through the cracks.
It works for any domain where agents collaborate - software engineering, RevOps, sales, marketing, research, whatever. If your process has steps, AOF can govern it.
curl -fsSL https://raw.githubusercontent.com/d0labs/aof/main/scripts/install.sh | sh
The installer scaffolds your data directory and installs the aof-daemon
user service (launchd on macOS, systemd on Linux). The daemon is the single
scheduler/IPC authority; the OpenClaw plugin connects to it over a Unix
socket at ~/.aof/data/daemon.sock.
aof init # Configure OpenClaw integration
aof daemon status # Verify the daemon is running (installed by the installer)
aof org show # List available agents
aof task create "My first task" --agent <your-agent-id>
See the Getting Started Guide for a complete zero-to-working walkthrough.
Two paths exist on paper:
aof update # in-CLI updater
curl -fsSL https://raw.githubusercontent.com/d0labs/aof/main/scripts/install.sh | sh # re-run the installer
Both preserve your data directory (~/.aof/data) and the daemon service. aof update also writes a backup so it can roll back with aof update --rollback --backup <path>.
Per-release notes live on GitHub Releases.
| Feature | Description | Docs |
|---|---|---|
| Org chart governance | YAML org charts define agents, teams, routing rules, and memory scopes | Configuration |
| DAG workflows | Multi-stage pipelines with rejection loops and parallel fan-out | Workflow DAGs |
| Protocol system | Typed inter-agent messages: handoff, resume, status update, completion | Protocols |
| Semantic memory | HNSW vector index with hybrid search and tiered curation | Memory |
| Recovery-first | Deadletter queue, task resurrection, lease expiration, drift detection | Recovery |
| Observability | Prometheus metrics, JSONL events, Kanban board | Event Logs |
MIT - see LICENSE.
1,043 commits
10 commits
TypeScript
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AOF lets you run teams of AI agents the way you'd run teams of people. Define your org structure, assign roles, and set up workflows. AOF handles the rest: routing tasks, enforcing review stages, recovering from crashes, and making sure nothing falls through the cracks.
It works for any domain where agents collaborate - software engineering, RevOps, sales, marketing, research, whatever. If your process has steps, AOF can govern it.
curl -fsSL https://raw.githubusercontent.com/d0labs/aof/main/scripts/install.sh | sh
The installer scaffolds your data directory and installs the aof-daemon
user service (launchd on macOS, systemd on Linux). The daemon is the single
scheduler/IPC authority; the OpenClaw plugin connects to it over a Unix
socket at ~/.aof/data/daemon.sock.
aof init # Configure OpenClaw integration
aof daemon status # Verify the daemon is running (installed by the installer)
aof org show # List available agents
aof task create "My first task" --agent <your-agent-id>
See the Getting Started Guide for a complete zero-to-working walkthrough.
Two paths exist on paper:
aof update # in-CLI updater
curl -fsSL https://raw.githubusercontent.com/d0labs/aof/main/scripts/install.sh | sh # re-run the installer
Both preserve your data directory (~/.aof/data) and the daemon service. aof update also writes a backup so it can roll back with aof update --rollback --backup <path>.
Per-release notes live on GitHub Releases.
| Feature | Description | Docs |
|---|---|---|
| Org chart governance | YAML org charts define agents, teams, routing rules, and memory scopes | Configuration |
| DAG workflows | Multi-stage pipelines with rejection loops and parallel fan-out | Workflow DAGs |
| Protocol system | Typed inter-agent messages: handoff, resume, status update, completion | Protocols |
| Semantic memory | HNSW vector index with hybrid search and tiered curation | Memory |
| Recovery-first | Deadletter queue, task resurrection, lease expiration, drift detection | Recovery |
| Observability | Prometheus metrics, JSONL events, Kanban board | Event Logs |
MIT - see LICENSE.
1,043 commits
10 commits
TypeScript
97.2%
JavaScript
1.2%
Shell
1.1%