
“Your AI, your rules.” — The whole point.A native desktop AI agent platform built on Tauri v2. Create autonomous agents, connect them to chat platforms, run tools — all locally on your machine. No cloud, no open ports, no Node.js backend.
Get Started
Install OpenPawz and bring up the app in minutes.
Create an Agent
Guided setup for personality, provider, and tools.
Connect a Provider
Add OpenAI, Ollama, Anthropic, or 7 other providers.
What is OpenPawz?
OpenPawz is the open-source AI agent operating system for your desktop. It’s not a chatbot. It’s not a wrapper around an API. It’s a full-blown, multi-agent platform that runs natively on your machine — with zero cloud dependency. Imagine this: You have autonomous AI agents with unique personalities, long-term memory, and access to 75+ tools — managing your emails, trading crypto on three chains, voicing responses aloud, monitoring markets, researching the web, writing content, running shell commands, and responding to messages across 11 chat platforms simultaneously. They install new skills for themselves. They coordinate in squads. They route complex tasks to powerful models and simple queries to cheap ones. All from one app. All on your hardware. All under your control.- Who is it for?
- What's different?
- Why open source?
- Requirements
Everyone who’s tired of walled-garden AI. Developers who want to build and extend. Power users who want a personal AI army across every platform they use. Teams who need private, auditable AI that never phones home. If you’ve ever wished your AI could actually do things — not just talk — OpenPawz is what you’ve been waiting for.
How it works
The desktop app is the single source of truth for agents, sessions, routing, and channel connections. Everything communicates through Tauri IPC — no open ports, no HTTP servers.Key capabilities
Multi-channel gateway
Telegram, Discord, Slack, Matrix, IRC, WhatsApp, Twitch, and 4 more with a single app. Per-channel agent routing and smart message splitting.
Multi-agent orchestration
Boss/worker delegation, persistent agent squads, inter-agent messaging, and workspace isolation. Full project lifecycle management.
75+ built-in tools
Email, GitHub, trading, TTS, browser automation, inter-agent comms, and more. Not plugins — built directly into the platform.
Multi-chain DeFi trading
Coinbase + Solana (Jupiter/Pump.fun) + Ethereum (Uniswap). Trading policy engine with daily loss limits. Full trade audit trail.
Voice (TTS/STT)
Three TTS providers (Google, OpenAI, ElevenLabs) + speech-to-text. Auto-speak mode reads responses aloud as they arrive.
Visual node editor
Drag-and-drop workflow builder. Connect triggers, agents, tools, conditions, and outputs visually — no code required.
Model routing
Automatic complexity-based routing. Simple queries go to cheap models, complex tasks to powerful ones. Daily USD budget caps.
10 AI providers
Ollama (local & free), OpenAI, Anthropic, Google, DeepSeek, Grok, Mistral, OpenRouter, and any custom OpenAI-compatible endpoint.
Memory that never forgets
Most AI tools forget everything between conversations. OpenPawz doesn’t.Semantic long-term memory
Every important fact, preference, and detail is automatically captured and stored with vector embeddings. When context is relevant, it’s auto-recalled into the conversation — no manual prompting needed.
Memory Palace
A dedicated interface to browse, search, edit, and manage everything your agents have learned. Full visibility into what your AI knows about you.
Token savings with session compaction
Long conversations burn tokens fast. OpenPawz has a built-in solution: automatic session compaction. When a conversation approaches the model’s context window limit, OpenPawz:- Summarizes the older parts of the conversation into a compact digest
- Preserves key facts and decisions in memory
- Archives the full session for later reference
- Continues the conversation seamlessly with the summary + memory context
This means your agents can run indefinitely long conversations without hitting context limits or losing important context — and you pay for fewer tokens in the process.
Security you can actually trust
OpenPawz was designed from the ground up with a zero-trust, local-first security model.100% local — no data leaves your machine
All conversations, memories, agent configs, and files stay on your hardware. No cloud sync, no telemetry, no analytics. The only outbound traffic is to AI providers you explicitly configure.
OS-level credential storage
API keys and secrets are stored in your operating system’s native keychain — macOS Keychain, Windows Credential Manager, or Linux Secret Service. Never in plain text. Never in a config file.
Command risk classification
Every tool and shell command is rated on a 1–5 risk scale. High-risk operations (file deletion, system commands, network access) require explicit user confirmation before execution.
Sandboxed execution
Run agent shell commands in isolated Docker containers with configurable resource limits, network policies, and filesystem restrictions. Agents can’t touch your host system.
Per-agent policies
Control exactly what each agent can do — which tools it can access, which channels it can use, what risk level it’s allowed to execute at. Full granular permission control.
Prompt injection defense
Built-in prompt injection detection analyzes incoming messages for manipulation attempts and flags suspicious content before it reaches your agents.
Quick start
Add a provider
Open Settings → Models and add an API key for OpenAI, Anthropic, or point to a local Ollama instance.
Start here
Installation
Prerequisites and build instructions for macOS, Linux, and Windows.
First Agent
Step-by-step guide to creating and configuring an agent.
First Provider
Connect to any of 10 supported AI providers.
Channels
Connect Telegram, Discord, Slack, and 8 more.
Skills & Tools
Browse the 75+ built-in tools available to agents.
Architecture
Understand how the Tauri + Rust + TypeScript stack fits together.
Learn more
Agents
Agent configuration, policies, and lifecycle.
Memory
Semantic memory, auto-recall, and the Memory Palace.
Orchestrator
Multi-agent workflows and task delegation.
Browser
Headless browser automation and research.
Security
Command risk classification, sandboxing, and agent policies.
Troubleshooting
Common issues and diagnostic steps.

