The traditional approach to deploying AI agents is painful. RunAgent eliminates the infrastructure complexity so you can focus on what matters: building great AI agents.
The Problem Every AI Developer Faces
You have built an amazing AI agent in Python. It works perfectly. Now your team wants to use it:- Frontend team needs it in JavaScript
- Mobile team wants it in Kotlin
- Systems team requires it in Rust
- Unity team needs it in C#
The Traditional Approach
🔧 Build REST APIs
🔧 Build REST APIs
- Create FastAPI/Flask endpoints
- Handle request/response serialization
- Write API documentation
- Manage versioning and backward compatibility
📡 Add Streaming Support
📡 Add Streaming Support
- Implement WebSocket handlers
- Manage connection lifecycle
- Handle reconnection logic
- Deal with message ordering
🔒 Handle Security
🔒 Handle Security
- Implement authentication
- Add rate limiting
- Manage API keys and scopes
- Secure against common attacks
📈 Scale Infrastructure
📈 Scale Infrastructure
- Set up load balancers
- Configure auto-scaling
- Monitor resource usage
- Handle cold starts and warm-up
🌐 Write SDKs
🌐 Write SDKs
- Create client libraries for each language
- Handle async/await patterns
- Manage connection pooling
- Provide streaming interfaces
The RunAgent Solution
⚡ Deploy in Minutes
One command:
runagent serve .
and your agent is live with full API and SDK support.🌐 Multi-Language Ready
Automatically generates native-feeling APIs for Python, JavaScript, Go, and Rust.
📡 Streaming Built-in
Real-time token streaming works out of the box across all languages.
🔒 Production Security
Sandboxed execution, API authentication, and rate limiting included.
Cost Comparison
💰 DIY Approach Costs
💰 DIY Approach Costs
Time Investment:
- 2-4 weeks for basic REST API
- 1-2 weeks for streaming support
- 2-3 weeks for security implementation
- 1-2 weeks per language SDK
- Ongoing maintenance and updates
- Infrastructure management
- Security updates
- SDK maintenance
- Monitoring and debugging
✅ RunAgent Approach
✅ RunAgent Approach
Time Investment:
- 5 minutes to deploy
- Focus on agent logic only
- Zero infrastructure management
- Automatic updates and security patches
- Built-in monitoring and scaling
Real-World Example
Before RunAgent
With RunAgent
What You Get vs What You Build
✅ What RunAgent Provides
- Sandboxed execution (Firecracker microVMs)
- Auto-scaling (0 to thousands of requests)
- Multi-language SDKs (Python, JS, Go, Rust)
- Streaming support (WebSocket + HTTP)
- Authentication (API keys, scopes)
- Rate limiting (per-agent, per-user)
- Monitoring (logs, metrics, traces)
- Error handling (retries, timeouts)
- Security (isolation, input validation)
❌ What You Would Build
- Custom API framework
- WebSocket infrastructure
- Language-specific clients
- Authentication system
- Rate limiting logic
- Monitoring dashboard
- Error handling
- Security measures
- Deployment automation
The Developer Experience Difference
1
Traditional Approach
2
RunAgent Approach
When to Choose RunAgent
✅ Perfect For
- Rapid prototyping of AI agents
- Multi-language teams needing shared agents
- Startups wanting to focus on AI, not infrastructure
- Production deployments requiring reliability
- Streaming applications (chat, real-time analysis)
- Teams without dedicated DevOps resources
❌ Not Ideal For
- Simple scripts that only run locally
- Legacy systems with complex integration requirements
- Teams with extensive existing infrastructure
- Applications requiring custom protocols
- On-premise only deployments (currently)
The Bottom Line
RunAgent is not just another deployment tool — it is a complete platform designed specifically for AI agents. It eliminates the 80% of infrastructure work that is common to all agent deployments, letting you focus on the 20% that makes your agent unique.
Ready to Get Started?
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