Inspiration

Wildfires and large-scale disasters are increasing every year. Although drones and robots are being used for surveillance, most systems lack intelligent and explainable decision guidance.

Robotics without decision intelligence leads to inefficient and unsafe deployments.

This motivated the creation of FireGuard Autonomous Disaster Intelligence Platform, focusing on combining AI-based risk assessment with robotics mission planning.

What it does

FireGuard predicts disaster risk using environmental data and converts the risk into robot deployment recommendations.

LOW → No deployment MEDIUM → Ground robot patrol HIGH → Aerial drone surveillance

The system works as a decision-support layer, not an autonomous controller.

How we built it

The platform was built as a full-stack AI system.

Random Forest model for risk prediction

Feature importance for explainability

Flask REST API for inference

Web dashboard for operator interaction

Risk estimation is based on an ensemble approach:

1 / 𝑛 1/n

Example logic:

puts "Mission recommendation generated"

Challenges we ran into

Designing robotics logic without overclaiming autonomy

Balancing explainability and model performance

Debugging frontend and backend communication

Deploying the system with limited infrastructure

Accomplishments that we're proud of

Built an end-to-end AI + robotics decision system

Added mission planning for robotic deployment

Deployed a working ML application

Completed the project as a solo participant

What we learned

Explainability is critical for trust in robotics

Robotics systems require strong AI decision layers

Deployment challenges define real-world ML

Honest scoping improves credibility

What's next for FireGuard Autonomous Disaster Intelligence Platform

Integration with real-time drone data

Map-based mission planning

Robotics simulation testing

Expansion to other disaster scenarios

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