ryos

ryOS — A Web-Based Agentic AI OS, made with Cursor

A modern web-based desktop environment inspired by classic macOS and Windows, built with React, TypeScript, and AI. Features multiple built-in applications, a familiar desktop interface, and a system-aware AI assistant. Works on all devices—desktop, tablet, and mobile.

Read ryOS Docs — Architecture, API reference, and developer guides

Features

Desktop Environment

• Authentic macOS and Windows-style desktop interactions
• Multi-instance window manager with drag, resize, and minimize
• Customizable wallpapers (photos, patterns, or videos)
• System-wide sound effects and AI assistant (Ryo)
• Virtual file system with local storage persistence and backup/restore

Themes

• System 7 — Classic Mac OS look with top menubar and traffic-light controls
• Aqua — Mac OS X style with modern aesthetics
• Windows XP — Bottom taskbar, Start menu, and classic window controls
• Windows 98 — Retro Windows experience with mobile-safe controls

Built-in Applications

• Finder — File manager with Quick Access, storage info, and smart file detection
• TextEdit — Rich text editor with markdown, slash commands, and multi-window support
• MacPaint — Bitmap graphics editor with drawing tools, patterns, and import/export
• Videos — VCR-style YouTube player with playlist management
• Soundboard — Record and play custom sounds with waveform visualization
• Synth — Virtual synthesizer with multiple waveforms, effects, and MIDI support
• Photo Booth — Camera app with real-time filters and photo gallery
• Internet Explorer — Time Machine that explores web history via Wayback Machine; AI generates sites for years before 1996 or in the future
• Chats — AI chat with Ryo, public/private chat rooms, voice messages, and tool calling
• Control Panels — System preferences: appearance, sounds, backup/restore, and file system management
• Minesweeper — Classic puzzle game
• Virtual PC — DOS emulator for classic games (Doom, SimCity, etc.)
• Infinite Mac — Classic Mac OS emulators (System 1.0 to Mac OS X 10.4) via Infinite Mac
• Terminal — Unix-like CLI with AI integration (ryo )
• iPod — 1st-gen iPod music player with YouTube import, lyrics, and translation
• Karaoke — Synced lyrics player with fullscreen display modes
• Ryo TV — CRT-style channel surfing with AI-generated channels
• Winamp — Classic Winamp media player
• Calendar — iCal-style events, todos, and sync
• Contacts — Address book with vCard import and sync
• Dashboard — Tiger-style widgets for weather, stocks, translation, dictionary, aquarium, and more
• Maps — Apple MapKit place search with chat integration
• Books — EPUB reader with synced reading progress and Finder import
• Calculator — Theme-aware calculator with basic, scientific, and conversion modes
• Admin — Restricted analytics and system administration
• Applet Store — Browse, install, and share community-created HTML applets
• Stickies — Sticky notes for quick reminders

Quick Start

1. Launch apps from the Finder, Desktop, or Apple/Start menu
2. Drag windows to move, drag edges to resize
3. Use Control Panels to customize appearance and sounds
4. Chat with Ryo AI for help or to control apps
5. Files auto-save to browser storage

Project Structure

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Tech Stack

• Frontend: React 19, TypeScript, Tailwind CSS v4, shadcn/ui, Motion
• Audio: Tone.js, WaveSurfer.js
• 3D: Three.js (shaders)
• Text Editor: TipTap
• State: Zustand
• Storage: IndexedDB, LocalStorage, Redis (Upstash REST or REDIS_URL)
• AI: OpenAI, Anthropic, Google via Vercel AI SDK
• Real-time: Pusher or local WebSocket
• API Runtime: Standalone Bun server (Node-style handlers)
• Build: Vite, Bun
• Desktop: Electron + electron-updater
• Deployment: Docker/GHCR + Coolify, Electron desktop releases

Scripts

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For local development, bun run dev starts both the standalone Bun API server and the Vite dev server with an /api proxy.

Running the API Separately

Use this when you only need the API server (e.g. for running tests):

# Terminal 1 - standalone API (loads .env/.env.local)
bun run dev:api

# Terminal 2 - frontend (optional, if you also need the UI)
bun run dev:vite

The standalone API listens on:

• API_PORT (fallback: PORT, then 3000)
• API_HOST (fallback: 0.0.0.0)

You can run API tests directly against it:

API_URL=http://localhost:3000 bun run test:new-api

Unit and integration suites use Bun's native runner:

bun run test:unit    # Unit/wiring suites without a server
bun run test:api     # API integration suites; requires bun run dev:api

VPS / self-hosting path

ryOS now supports a single Bun production server for self-hosting and container platforms like Coolify. That server handles:

• /api/*
• static frontend assets from dist/
• SPA deep links
• docs clean URLs
• optional local websocket realtime

Quick self-host start

bun install
bun run build
APP_PUBLIC_ORIGIN="https://your-domain.com" \
API_ALLOWED_ORIGINS="https://your-domain.com" \
bun run start

Redis backend options

Use either:

# Standard Redis / Valkey / self-hosted Redis
REDIS_URL="redis://default:password@redis:6379/0"

or:

# Upstash REST
REDIS_KV_REST_API_URL="https://..."
REDIS_KV_REST_API_TOKEN="..."

Realtime backend options

Use either:

# Existing Pusher path
REALTIME_PROVIDER="pusher"
PUSHER_APP_ID="..."
PUSHER_KEY="..."
PUSHER_SECRET="..."
PUSHER_CLUSTER="us3"

or:

# Local websocket path (best paired with REDIS_URL)
REALTIME_PROVIDER="local"
REALTIME_WS_PATH="/ws"

Detailed runbook: docs/1.3-self-hosting-vps.md

CI and releases

• Pull requests run bun run test:unit and bun run build.
• Pushes to main build and publish the GHCR image for Coolify deploys.
• v* tags build signed Electron releases for macOS and Windows with update feeds.

License

AGPL-3.0 — See LICENSE for details.

Contributing

Contributions welcome! Please submit a Pull Request.