SUPERVAIZER

[Operate AI Agents with confidence]

A Python toolkit for building, managing, and connecting AI agents with full Agent-to-Agent (A2A) protocol support.

⚠️ Beta Disclaimer: SUPERVAIZER is currently in beta mode. Not everything works as expected yet. Please report any issues you encounter.

• SUPERVAIZER
  • Description
  • Quick Start
    • What we'll do
    • 1. Install Supervaizer
    • 3. Scaffold the controller
    • (Optional) 4. Configure your Supervaize account & environment
    • 5. Start the server 🚀
    • 6. Local mode
    • 7. Optional parameters
    • What's next?
  • Features
  • Protocol Support
  • Cloud Deployment
    • Quick Start
    • Deployment Commands
    • Features
    • Documentation
  • Using the CLI
  • API Documentation & User Interfaces
    • Admin Interface (/admin)
      • Quick Start
• Calculating costs
  • Documentation
  • Contributing
  • License

Description

SUPERVAIZER is a toolkit built for the age of AI interoperability. At its core, it implements the Agent-to-Agent (A2A) protocol, enabling seamless discovery and interaction between agents across different systems and platforms.

With comprehensive support for the A2A protocol specification, SUPERVAIZER allows you to:

• Enhance the capabilities of your agents, making them automatically discoverable by other A2A compatible systems
• Expose standardized agent capabilities through agent cards
• Monitor agent health and status through dedicated endpoints
• Connect your agents to the growing ecosystem of A2A-compatible tools

Beyond A2A interoperability, SUPERVAIZER provides a robust API for agent registration, job control, event handling, telemetry, and more, making it a crucial component for building and managing AI agent systems.

SUPERVAIZER is the recommended controller to integrate AI Agents into the supervaize plateform.

Quick Start

Kickstart a Python agent with the Supervaizer Controller so it's discoverable and operable by Supervaize.

See full our full documentation

What we'll do

1. Install Supervaizer in that project
2. Scaffold the controller and map it to your agent
3. Configure secrets & env, then start the server 🚀

1. Install Supervaizer

First, navigate to your existing Python AI agent project. This could be built with any framework - LangChain, CrewAI, AutoGen, or your own custom implementation. Supervaizer works as a wrapper around your existing agent, regardless of the underlying framework you're using.

pip install supervaizer

3. Scaffold the controller

Generate a starter controller in your project:

supervaizer scaffold
# Success: Created an example file at supervaizer_control_example.py

This creates supervaizer_control_example.py. You'll customize it to:

• Define agent parameters (secrets, env, required inputs)
• Define agent methods (start/stop/status, etc.)
• Map those methods to your agent's functions

(Optional) 4. Configure your Supervaize account & environment

Create your developer account on the Supervaize platform.

Create your API Key and collect your environment variables:

export SUPERVAIZE_API_KEY=...
export SUPERVAIZE_WORKSPACE_ID=team_1
export SUPERVAIZE_API_URL=https://app.supervaize.com

5. Start the server 🚀

# with the virtual environment active
supervaizer start

Or run directly:

python supervaizer_control.py

Once the server is running, you'll have:

• API docs: http://127.0.0.1:8000/docs (Swagger) and /redoc
• A2A discovery: /.well-known/agents.json
• ACP discovery: /agents

6. Local mode

Run the server locally without connecting to Studio:

supervaizer start --local

This starts the server with your agents from supervaizer_control.py alongside a built-in Hello World agent. If no supervaizer_control.py exists, only the Hello World agent is loaded.

• No Studio registration — the server runs fully offline
• SUPERVAIZER_LOCAL_MODE=true is set automatically
• API key defaults to local-dev (override with SUPERVAIZER_API_KEY)
• Disable Hello World by setting SUPERVAIZER_DISABLE_HELLO_WORLD=true

7. Optional parameters

Configure retry behavior for HTTP requests to the Supervaize API:

• SUPERVAIZE_HTTP_MAX_RETRIES: Number of retry attempts for failed HTTP requests (default: 2). The client will automatically retry requests that fail with status codes 429, 500, 502, 503, or 504.

export SUPERVAIZE_MAX_HTTP_RETRIES=3  # Will attempt up to 4 times total (1 original + 3 retries)

What's next?

• Add more custom methods (chat, custom) to extend control
• Turn on A2A discovery for interoperability
• Hook your controller into Supervaize to monitor, audit, and operate the agent

For detailed instructions on customizing your controller, see the Controller Setup Guide

Features

• Agent Management: Register, update, and control agents
• Job Control: Create, track, and manage jobs
• Event Handling: Process and respond to system events
• Custom Routes: Agents can mount their own FastAPI routers at /agents/{slug}/api/ for tool endpoints, webhooks, or custom APIs
• Scheduled Steps: Defer step execution to a future time with automatic background polling and workbench controls (execute now, cancel, reschedule)
• Human-in-the-Loop (HITL): Form-based and dialog-based interactive content review with chat interface
• Agent Workbench: Built-in testing interface with real-time monitoring, job control, HITL forms, and live console
• 🚀 Cloud Deployment: Automated deployment to GCP Cloud Run, AWS App Runner, and DigitalOcean App Platform
• A2A Protocol Support: Full integration with the Agent-to-Agent protocol for standardized agent discovery and interaction
• Server Communication: Interact with SUPERVAIZE servers (see supervaize.com for more info)
• Web Admin Interface: Easy to use web-based admin dashboard for managing jobs, cases, and system monitoring

Protocol Support

SUPERVAIZER provides comprehensive support for the A2A agent communication protocol. See Protocol Documentation for complete details.

Cloud Deployment

SUPERVAIZER includes a powerful deployment CLI that automates the entire process of deploying your agents to production cloud platforms.

Quick Start

# Install with deployment dependencies
pip install supervaizer[deploy]

# Test locally with Docker
supervaizer deploy local --generate-api-key --generate-rsa

# Deploy to Google Cloud Run
supervaizer deploy up --platform cloud-run --region us-central1

# Deploy to AWS App Runner
supervaizer deploy up --platform aws-app-runner --region us-east-1

# Deploy to DigitalOcean App Platform
supervaizer deploy up --platform do-app-platform --region nyc

Deployment Commands

• supervaizer deploy plan - Preview deployment actions before applying
• supervaizer deploy up - Deploy to cloud platform with automated build, push, and verification
• supervaizer deploy down - Tear down deployment and clean up resources
• supervaizer deploy status - Check deployment status and health
• supervaizer deploy local - Local Docker testing with docker-compose
• supervaizer deploy clean - Clean up deployment artifacts and state

Features

• ✅ Automated Docker Workflow: Build → Push → Deploy → Verify
• ✅ Secret Management: Secure handling of API keys and RSA keys
• ✅ Health Verification: Automatic health checks at /.well-known/health
• ✅ Idempotent Deployments: Safe create/update operations with rollback on failure
• ✅ Local Testing: Full Docker Compose environment for pre-deployment testing

Documentation

• RFC-001: Cloud Deployment CLI - Complete specification
• Local Testing Guide - Docker testing documentation

Using the CLI

SUPERVAIZER includes a command-line interface to simplify setup and operation. See CLI Documentation for complete details.

Also, check the list of Environment variables.

API Documentation & User Interfaces

SUPERVAIZER provides multiple ways to interact with and explore the API. See REST API Documentation for complete details.

Admin Interface (/admin)

A comprehensive web-based admin interface for managing your SUPERVAIZER instance See Admin documentation

Quick Start

from supervaizer import Server, Agent

# Create server with admin interface
server = Server(
    agents=[your_agents],
    api_key="your-secure-api-key",  # Required for admin interface
    admin_interface=True,  #