AeroResQ combines Artificial Intelligence, Computer Vision, Thermal Imaging, Autonomous Navigation and Edge Computing into one unified intelligent rescue platform.
Every mission is powered by an intelligent AI pipeline that transforms raw sensor data into actionable rescue decisions.
Captures high-resolution RGB and thermal imagery in real time.
Detects people, vehicles, smoke and hazardous environments.
Processes frames using deep learning object detection.
Prioritizes targets and generates mission insights instantly.
Sends live alerts and recommendations to operators.
Thermal imaging enables AeroResQ to detect heat signatures even in darkness, smoke and low-visibility environments.
Continuous Monitoring
Temperature Sensitivity
RGB + Thermal Analysis
Our computer vision engine continuously analyses live drone footage to identify people, vehicles, fire and hazards with high confidence.
Detection Model
Live Processing
Every AeroResQ drone integrates intelligent sensors, onboard AI and cloud connectivity into a unified mission platform.
Captures high-resolution live video.
Detects heat signatures in low visibility.
Processes AI models locally on-board.
Runs object detection and mission analysis.
Controls navigation and autonomous flight.
Streams telemetry and mission analytics.
AI processing happens directly onboard the drone for ultra-fast response and autonomous decision making.
Real-time AI inference for critical missions.
Inference runs directly on the drone.
Mission continues even without internet.
Efficient AI for longer flight time.
AeroResQ combines AI, robotics, cloud computing and modern web technologies.
From sensing to rescue, every mission follows an intelligent automated workflow.
Explore how AI, autonomous drones and intelligent mission systems work together to transform disaster response.