IonClaw
A C++ AI agent orchestrator that compiles into a single native binary — deploy on servers, desktops, Raspberry Pi, ESP32, and embedded systems with zero external dependencies.
What is IonClaw
A high-performance C++ AI agent orchestrator built to run anywhere — from cloud servers to microcontrollers. Compile once, deploy a single binary with the entire platform baked in: web panel, project templates, built-in skills, and multi-provider LLM support.
Single Native Binary
The entire platform — web panel, project templates, built-in skills — compiles into one self-contained binary. No runtime dependencies, no package managers, no environment setup.
Cross-Platform by Design
Runs natively on Linux, macOS, Windows, iOS, and Android. The same C++17 engine powers server deployments and mobile applications through a unified codebase.
Multi-Agent Orchestration
Run multiple agents with independent models, tools, and workspaces. Each agent operates autonomously while being coordinated through a structured orchestration layer.
Browser-Based Control Panel
A complete web dashboard for real-time task tracking, agent management, skill editing, and system monitoring — accessible from any device with a browser.
Key Capabilities
Built in C++17 for maximum performance and portability across every platform.
Real-Time Dashboard
Monitor agents, track tasks, control executions, and inspect logs in real time through the built-in web panel.
Skills Extension System
Extend agent capabilities with custom skills — add, edit, and manage them directly through the web dashboard without restarts.
Multi-Provider LLM
Support for Anthropic, OpenAI, Google, and other AI providers with flexible model configuration and prompt caching.
Web Automation
Built-in browser automation capabilities for interacting with web environments directly from agent workflows.
Task Tracking
Visual task management with real-time status updates — see what each agent is doing with full transparency and control.
Sandboxed Workspaces
Each agent operates inside an isolated workspace with controlled permissions, preventing uncontrolled behavior and system exposure.
Agent-to-Agent Routing
Intelligent message routing between agents with contextual continuity — enabling structured collaboration between specialized instances.
Memory & Continuity
Persistent memory and session handling that keeps context across interactions, providing continuity across conversations and tasks.
Where It Runs
From cloud infrastructure to microcontrollers — one codebase, native performance everywhere.
Cloud & Servers
Deploy on any cloud provider, VPS, or dedicated server. Supports Docker, one-click deployment on Render, Heroku, DigitalOcean, and Hostinger.
Desktop
Runs natively on Linux, macOS, and Windows as a single binary. No containers, no VMs, no runtime dependencies required.
Mobile
Native Flutter application for iOS and Android powered by the same C++ engine — consistent functionality across all mobile platforms.
Raspberry Pi
Run AI agents directly on Raspberry Pi boards for edge computing, home automation, robotics, and local AI processing without cloud dependency.
ESP32 & Microcontrollers
Lightweight enough for ESP32 and similar microcontrollers — bring AI agent orchestration to IoT devices, sensors, and embedded hardware.
Embedded Systems
Designed for resource-constrained environments. The native C++ binary runs on industrial controllers, edge gateways, and custom embedded hardware.
Who It's For
Built for anyone who needs AI agent orchestration — from embedded engineers to cloud architects.
C++ & Embedded Developers
Build and extend the platform with C++17, create custom skills, and deploy AI agents on hardware you already work with.
IoT & Robotics Engineers
Run intelligent agents on edge devices, sensors, and robots — process data locally without cloud round-trips.
Teams & Organizations
Coordinate multiple agents across your infrastructure with structured workflows, real-time visibility, and centralized control.
Automation Enthusiasts
Design and deploy automated AI workflows on any hardware — from a Raspberry Pi at home to a production server in the cloud.
Production Environments
Built for real deployment — native performance, zero dependencies, and a single binary that simplifies operations at scale.
Why IonClaw
What makes IonClaw different from other AI agent platforms.
Single Binary, Zero Dependencies
No Python, no Node.js, no Docker required. One native binary contains the entire platform — just download and run.
Native C++ Performance
Built entirely in C++17 for maximum efficiency. Minimal memory footprint and fast execution — critical for embedded and resource-constrained devices.
True Cross-Platform
The same codebase compiles and runs on Linux, macOS, Windows, iOS, Android, Raspberry Pi, and ESP32 — no platform-specific forks or wrappers.
Structured Orchestration
Not a standalone experimental agent. A structured system that manages multiple agents with independent models, tools, and workspaces.
Production-Ready
Designed for real deployment with security, isolation, and operational transparency. From edge devices to enterprise servers.
Community
Join discussions, share ideas, contribute, and help shape IonClaw.
Open Source
IonClaw is fully open-source and MIT-licensed. Contributions, feedback, and collaboration are welcome. Transparency is at the core of everything we build.