---
title: "Tritium Playground"
url: "https://tritium.valpatel.com/"
---

# Tritium Playground

A tiny city. Your command. Play Tritium's free browser simulation.

About this free edition

Two arcade missions, one fictional city. All play happens in your browser. No account or robot connection.

Full system only: real fleet connections, AI gateway, custom maps and private integrations.

[Copyright & third-party notices](https://tritium.valpatel.com/NOTICE.txt)

## Play in your browser

Tap an empty pad to deploy. Tap a unit to select it.

The public command panel provides these controls:

- Missions
- Start mission →
- Pause
- Move selected
- Rotate city
- Zoom in
- Zoom out
- Fit

Separate audio controls: Sound effects initially off; Music initially off.

These are descriptions of the browser playground, not live simulation state or robot commands.

## Playground missions

A city worth looking after.

Pick a mission. Deploy your field kit. See how long you can keep the city standing.

Simplified arcade simulation. No real locations, tactics or hardware controls.

### Skyfall

Drone swarms are approaching. Deploy machine-gun rovers to shoot them down before they strike the buildings. Every wave gets stronger.

ENDLESS WAVES · SURVIVE ↗

### City under siege

Hostile groups approach with incendiary bottles. Deploy support rovers to de-escalate groups before buildings fall.

ENDLESS WAVES · SURVIVE ↗

## Tritium Robotic Battlefield Management

You’re playing a fun mini demo. Tritium is real software in active development for robot fleet management, sensing and Nerf battles. The goal: robot dogs with toy blasters, for family play.

The full application brings satellite maps, fleet views, sensor integrations and scenario tools into one operator console. Simulation is part of how we develop and test that system.

**Real hardware interfaces**  MQTT robot and sensor connections bring fleet telemetry into the operator console. Real robots, toy blasters, friendly neighborhood games.

**Real camera systems**  RTSP/USB security cameras and detection integrations connect imagery with the shared map. HackRF SDR and Meshtastic addons add radio sensing and mesh text messaging.

**Amy, the AI commander**  AI-assisted situational awareness and autonomous scenario behavior in simulation, building toward coordinated Nerf play with real robots. Hardware integrations require separate configuration; this mini demo connects to none.

[![Actual Tritium desktop console showing eight simulated robots and sensor models over a satellite map](https://tritium.valpatel.com/screenshots/full-console.webp)](https://tritium.valpatel.com/screenshots/full-console.webp)

**The full operator console** Satellite mapping and a simulated field kit. Imagery © Esri World Imagery.

[![Actual Tritium mission initialization screen with scenario selection and quick start controls](https://tritium.valpatel.com/screenshots/mission-setup.webp)](https://tritium.valpatel.com/screenshots/mission-setup.webp)

**More room to explore** The full application’s mission and scenario selection.

[![Actual Tritium WINDOWS menu showing camera console, sensors, communications, units and Amy console over a simulated fleet map](https://tritium.valpatel.com/screenshots/operator-menus.webp)](https://tritium.valpatel.com/screenshots/operator-menus.webp)

**The real menus, in the real app** Camera console, sensors, communications, fleet units and Amy’s console. Development simulation capture; imagery © Esri World Imagery.

Actual development screenshots, captured in simulation with no robots connected. This browser mini demo has simplified game rules and no access to hardware. Screenshots show the full app, not additional features unlocked here.

## Agent-readable views

- [Missions](https://tritium.valpatel.com/missions.md)
- [About Tritium](https://tritium.valpatel.com/about.md)
- [Copyright and third-party notices](https://tritium.valpatel.com/NOTICE.txt)