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Approved

DebrisRL

by DebrisRL

Autonomous fire evacuation agent with no cameras or human entry required

DebrisRL

Demo Video

About This Project

Every year, people die trapped in burning buildings because structural collapse makes entry too dangerous for first responders. DEBRIS is a reinforcement learning agent trained to navigate collapsing, smoke-filled environments using only spatial sensors with no camera or visibility required.

Deployable on a ground robot or drone, it finds the path to safety and guides survivors out while firefighters coordinate from outside. No human enters the danger zone.

Built with PPO + MuJoCo physics simulation, trained across 4 progressive curriculum stages (static corridor → falling debris → scatter shrapnel → full chaos with ceiling crumble and fire zones). 4.3M training steps on Modal A100 GPU. The agent navigates 97% of a 28m collapsing corridor with only 1 avg collision, using a 71-dimensional sensor-only observation with no visual input.

The same sensory profile works in total darkness and smoke. This is exactly the conditions where cameras fail and people die.

Repository

Reinforcement learning agent that navigates collapsing buildings on spatial sensors alone with no cameras. 4.3M steps in MuJoCo to find exits through falling debris and fire in zero visibility.

Python100%
Last commit 3 months ago