Why Laddr?
Building production-ready multi-agent systems is complex. You need:- Orchestration - Coordinate multiple agents working together
- Scalability - Handle high throughput with parallel workers
- Observability - Track execution, debug issues, monitor performance
- Flexibility - Connect your own tools, APIs, and models
- Reliability - Handle failures, retries, and error recovery
Core Features
Scalability
Queue-based architecture with parallel agent workers. Scale horizontally by adding more workers, or vertically by increasing worker capacity.Observability
Docker-based dashboard with real-time traces, token usage, and system metrics. Track every agent execution, tool call, and LLM interaction.Extensibility
Connect your own tools, APIs, and external models with full control. Use MCP (Model Context Protocol), custom tools, or system tool overrides.Configurability
Flexible PostgreSQL and MinIO/S3 storage options. Choose your queue backend (Redis, Kafka, or in-memory), LLM provider, and storage backend.APIs
Exposed REST endpoints for jobs, traces, prompts, and system health. Integrate Laddr into your existing infrastructure.Architecture Overview
Laddr follows a distributed architecture pattern: Components:- API Server - REST API for submitting jobs and queries
- Message Queue - Task distribution (Redis, Kafka, or in-memory)
- Agent Workers - Execute agent tasks in parallel
- Database - Store traces, jobs, and metadata
- Storage - Store large artifacts and data
- Dashboard - Web UI for monitoring and debugging
Quick Start
Get started with Laddr in under 60 seconds:Quickstart Guide
Run your first agent in 60 seconds
Installation
Set up Laddr on your machine
Key Features
Explore Laddr’s capabilities
API Reference
Integrate with REST API
Next Steps
- Quickstart Guide - Run your first agent
- Installation - Set up Laddr
- Key Features - Learn what Laddr can do
- First Agent - Build your first agent