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RAMpage! v5.1

License React Tailwind

RAMpage! is a comprehensive browser-based system stress suite. It exercises the limits of every major browser subsystem — main thread, Web Workers, GPU compute, storage, network, audio thread, service worker, and the 2D rasterizer — through a single dark glass UI.

⚠️ Ethical Use & Disclaimer

READ THIS BEFORE USING:

This software is developed strictly for educational purposes and for stress testing your own hardware/software environments.

  • DO NOT use this tool to crash public terminals, kiosks, or computers that do not belong to you.
  • DO NOT use this tool for malicious "Denial of Service" attacks or to freeze user browsers on purpose.
  • Liability: The developer is not responsible for any data loss, hardware instability, or system crashes resulting from the misuse of this tool. By using this software, you agree that you are testing your own system limits.

✨ Stress Vectors (11)

Vector Subsystem hit What it does
🧠 RAM & CPU Web Workers + heap Multi-threaded RAM allocation up to ~16 GB, with CPU burner, hash stress, Minions (cross-window RAM bypass)
💾 Storage OPFS sync writes Fills local disk with raw 10 MB chunks via SyncAccessHandle until browser quota
🎮 GPU WebGL compute Three shader modes (Fractal / 3D raymarch / Fire), resolution up to 8K, overdrive passes
🎮 VRAM Eater GPU texture memory Allocates 64 MB uncompressed RGBA8 textures until VRAM exhaustion
🌐 Network fetch storm Background worker that burns bandwidth with parallel download streams
🔗 WebRTC mesh DTLS/SRTP + ICE N peer-pairs connected via local loopback, DataChannel junk + optional media tracks for heavy video encode/decode
🗄️ IndexedDB structured clone + quota Parallel object stores receiving Blob puts — every put() re-clones the payload until QuotaExceededError
SW hammer service worker thread Registered SW intercepts /sw-hammer/* fetches and runs heavy work (Fibonacci / SHA-256 / buffer XOR / JSON churn) in its own thread
🔊 AudioContext abuse audio/DSP render thread Parallel OfflineAudioContext jobs in 4 modes — Convolution (FFT), Oscillator banks, WaveShaper tables, all-in-one
🎨 Pixel 2D 2D rasterizer + memory bus 8K Canvas2D with getImageData / per-pixel mutation / putImageData × N passes per frame (XOR / Noise / Blend)
🏆 Benchmarks composite scoring CPU survival suite + GPU test suites (Light / Normal / Burner) with persistent high scores

🛡️ Emergency Reset

The Emergency reset button in the sidebar footer instantly terminates every worker, clears IndexedDB and OPFS storage, closes all Service Worker registrations, releases all WebRTC connections, cancels audio contexts and drops all GPU work.

🚀 Installation

This project uses Vite and Tailwind CSS v3.

Prerequisites

  • Node.js v18 or higher

1. Clone the repository

git clone https://github.com/thecapibara/rampage.git
cd rampage

2. Install Dependencies

npm install

3. Run the Development Server

npm run dev

4. Build for Production

npm run build
npm run preview

🖥 Usage Guide

Pick a vector from the sidebar, adjust its controls, and hit the primary action button. Several vectors can run simultaneously. The status pill in the sidebar footer shows the global system state (idle / active / error). The event log at the bottom of every view records every action with live copy-to-clipboard.

🧩 Tech Stack

  • React 19 + Vite 5
  • Tailwind CSS 3 with custom dark palette + glass utilities
  • Space Grotesk display font for the logo, Inter for body, JetBrains Mono for metrics
  • Vanilla WebWorkers, OfflineAudioContext, WebRTC, IndexedDB, File System Access, Service Worker APIs

🤝 Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

  1. Fork the project
  2. Create your feature branch (git checkout -b feature/AmazingFeature)
  3. Commit your changes (git commit -m 'Add some AmazingFeature')
  4. Push to the branch (git push origin feature/AmazingFeature)
  5. Open a Pull Request

📄 License

Distributed under the MIT License. See LICENSE for more information.

About

High-performance browser stress suite utilizing Web Workers and WebGL to max out RAM, CPU, GPU, Storage, and Network. Features real-time visualization, competitive benchmarks, and custom stress patterns. Built with Vite, React, and Tailwind CSS.

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