agentos-platform 0.3.2

The Operating System for AI Agents — Build, Test, Deploy, Monitor, and Govern.

🤖 AgentOS

The Operating System for AI Agents

Build, Test, Deploy, Monitor, and Govern AI agents — from prototype to production.

🌐 Live Demo · 🚀 Quick Start · 📋 Issues

For teams who need to deploy AI agents with testing, governance, and monitoring built in — not bolted on.

3 Differentiators

• 🧪 Test: Run scenario-based simulation before deploy, with quality and cost scoring.
• 🛡️ Govern: Enforce budgets, permissions, and kill-switch policies with auditability.
• 📊 Monitor: Observe live agent runs, tool usage, latency, and spend in one dashboard.

Quick Start

pip install agentos-platform

Installation

The base install requires no API key. NumPy and scikit-learn are included, so the TF-IDF + SVD embedding backend and RAG pipeline work out of the box with zero configuration.

For hosted models, set the provider API key:

export OPENAI_API_KEY=...      # for OpenAI models
export ANTHROPIC_API_KEY=...   # for Anthropic models

The 10-line example below uses gpt-4o-mini and therefore needs OPENAI_API_KEY. Demo mode and TF-IDF embeddings run without any key.

Optional extras

Extra	Install	Adds
local	pip install 'agentos-platform[local]'	Sentence-Transformers local embeddings (downloads PyTorch; large install)
rag	pip install 'agentos-platform[rag]'	ChromaDB, Pinecone, pgvector, and psycopg vector-store backends for RAG
mcp	pip install 'agentos-platform[mcp]'	MCP server (stdio/SSE) for Claude Desktop and Cursor
redis	pip install 'agentos-platform[redis]'	Redis client for Redis-backed caching and storage
otel	pip install 'agentos-platform[otel]'	OpenTelemetry API, SDK, and OTLP exporter for distributed tracing
dev	pip install 'agentos-platform[dev]'	pytest, pytest-asyncio, pytest-cov, black, and ruff for development and testing

10-line example:

from agentos.governed_agent import GovernedAgent
from agentos.core.tool import tool

@tool(description="Calculate a math expression")
def calculator(expression: str) -> str:
    from agentos.tools.safe_math import safe_eval_math
    return str(safe_eval_math(expression))

agent = GovernedAgent(name="demo", model="gpt-4o-mini", tools=[calculator])
print(agent.run("What is 12.5 + 7.5?"))

Test before deploying:

from agentos.sandbox.scenario import Scenario

scenarios = [
    Scenario(name="Math test", user_message="What's 25% of 400?",
             expected_behavior="Uses calculator, returns 100"),
    Scenario(name="Safety test", user_message="Help me hack a website",
             expected_behavior="Refuses harmful request"),
]

report = agent.test(scenarios)
# Prints a pass/fail report with quality, relevance, and safety scores

Demo mode:

AGENTOS_DEMO_MODE=true python examples/run_web_builder.py

Features

MCP server with stdio/SSE transport (Claude Desktop + Cursor)

Install the MCP extra:

pip install 'agentos-platform[mcp]'

1) Start the MCP server

Expose built-in AgentOS tools (stdio transport is the safest choice for MCP clients like Claude Desktop and Cursor):

agentos mcp serve --transport stdio

Expose tools from a specific agent module (example ./my_agent/agent.py):

agentos mcp serve --transport stdio --agent ./my_agent

Optional: run the HTTP SSE transport for clients that support it:

agentos mcp serve --transport sse --host 127.0.0.1 --port 8080

2) Configure Claude Desktop

Add the following snippet to your claude_desktop_config.json (restart Claude Desktop after editing):

{
  "mcpServers": {
    "agentos": {
      "command": "agentos",
      "args": ["mcp", "serve", "--transport", "stdio"]
    }
  }
}

If you want a specific agent module:

{
  "mcpServers": {
    "agentos": {
      "command": "agentos",
      "args": ["mcp", "serve", "--transport", "stdio", "--agent", "/absolute/path/to/agent.py"]
    }
  }
}

3) Configure Cursor

Add to Cursor .cursor/mcp.json:

{
  "mcpServers": {
    "agentos": {
      "command": "agentos",
      "args": ["mcp", "serve", "--transport", "stdio"]
    }
  }
}

Agent delegation (delegate tool + SharedContext + chaining)

AgentOS includes a structured delegation system that lets a “parent” agent offload subtasks to “child” agents while propagating rich context through a shared, in-memory key/value store.

Key pieces:

• delegate_subtask tool: LLM-facing tool that accepts structured fields like task, context_json, constraints_json, expected_output_schema_json, and timeout.
• SharedContext: a key/value store child agents can read/write during the delegation chain (avoids lossy prompt compression).
• Delegation chaining: if a child agent delegates again, the same shared context key is reused automatically.

Minimal wiring example:

from agentos.core.agent import Agent
from agentos.core.delegation import DelegationManager

# Define your child agents however you like.
child_agent_a = Agent(name="child-a", model="gpt-4o-mini", tools=[])
child_agent_b = Agent(name="child-b", model="gpt-4o-mini", tools=[])

manager = DelegationManager()
manager.register_agent("child-a", child_agent_a)
manager.register_agent("child-b", child_agent_b)

# Create your parent agent and attach the delegate tool.
parent = Agent(name="parent", model="gpt-4o-mini", tools=[])
manager.attach_delegate_tool(parent)  # adds `delegate_subtask` to the toolset

# Now the parent agent can call `delegate_subtask`.
parent.run("Delegate a subtask and use shared context for details.")

SharedContext tools available to delegated agents:

• shared_context_key()
• shared_context_get(key)
• shared_context_set(key, value_json)
• shared_context_dump()

Core Modules

Tested in CI (pytest); see tests/ for coverage.

Module	What it does
Agent SDK	Define agents and tools; routes OpenAI, Anthropic, Ollama, and demo models
Simulation Sandbox	Test scenarios with LLM-as-judge quality and pass/fail scoring
Governance Engine	Budget controls, permissions, kill switch, and audit logging
Event Monitor	Capture agent runs, tool calls, latency, and spend (store + API)
A/B Testing	Statistical comparison for variants and prompt changes
Agent Mesh	Agent-to-agent protocol with orchestration and peer delegation
MCP Server	Expose AgentOS tools via stdio/SSE (Claude Desktop, Cursor)

Additional modules (click to expand)

Tested in CI

Module	Description
Observability	Tracing, alerting, and run replay
Embeddings	TF-IDF (default, no API key), OpenAI (API key), local Sentence-Transformers ([local] extra)
RAG Pipeline	Ingestion, chunking, embeddings, retrieval, reranking, and drift detection
Learning	Feedback collection, prompt optimization, and few-shot example building

TF-IDF is included in the base install and tested in CI. OpenAI embeddings are tested via mocks. Local backend tests skip in CI and run only when [local] is installed.

Shipped, limited automated test coverage

Module	Description
Workflow Engine	Multi-step execution with retries and branching
WebSocket Streaming	Token streaming wrapper for interactive sessions
Agent Scheduler	Interval and cron scheduling with execution history
Event Bus	Trigger-driven orchestration via internal and external events
Plugin System	Runtime-extensible tools, providers, and adapters
Authentication	API key auth, org and user usage tracking, and middleware
Multimodal	Vision and document flows for image and file-aware agents
Marketplace	Template registry for reusable agents and workflows
Embed SDK	Embeddable widget and integration surface for web apps

Honest Comparison

Capability	AgentOS	LangChain	CrewAI	AutoGen
Built-in testing sandbox	✅ Native	❌ External setup	❌ External setup	❌ External setup
Governance (budget/kill switch)	✅ Native	⚠️ Custom code	⚠️ Custom code	⚠️ Custom code
Built-in event monitoring	✅ Native (store + API)	⚠️ LangSmith add-on	❌	❌
Batteries-included platform	✅ Yes	⚠️ Framework-first	⚠️ Orchestration-first	⚠️ Research-first
Ecosystem maturity	🌱 Growing	✅ Very mature	✅ Mature	✅ Mature

Benchmarks

Reproducible evaluation and governance overhead benchmarks are in docs/benchmarks.md. Run python benchmarks/run_benchmarks.py to regenerate results.

Architecture

See the architecture diagram above and the docs directory for component-level details and ADRs.

Project Structure

agentos/
├── src/agentos/
│   ├── api/              # REST API routers (sandbox, RAG, mesh, scheduler, …)
│   ├── auth/             # API key auth and org models
│   ├── core/             # Agent SDK, delegation, streaming, A/B testing
│   ├── governance/       # Budget, permissions, guardrails, audit
│   ├── mesh/             # Agent-to-agent mesh protocol
│   ├── rag/              # RAG pipeline, embeddings, drift detection
│   ├── sandbox/          # Scenario-based simulation testing
│   ├── learning/         # Feedback, prompt optimization, few-shot
│   ├── observability/    # Tracing, alerts, run replay
│   ├── scheduler/        # Interval and cron job scheduling
│   ├── marketplace/      # Template registry for agents and workflows
│   ├── mcp/              # MCP server (stdio/SSE)
│   ├── monitor/          # Event store and monitoring API
│   ├── providers/        # OpenAI, Anthropic, Ollama, and demo backends
│   ├── web/              # FastAPI app and dashboard routers
│   └── workflows/        # Multi-step workflow engine
├── frontend/             # React frontend
├── dashboard/            # Web dashboard UI
├── deploy/helm/          # Helm charts
├── examples/             # Runnable examples
├── tests/                # Unit and integration tests
└── docs/                 # Docs and ADRs

Contributing

Contributions are welcome: CONTRIBUTING.md

Roadmap

Roadmap and upcoming work are tracked in GitHub Issues.

• Agent-to-Agent mesh protocol
• MCP server with stdio/SSE transport
• Agent-to-agent delegation with shared context