Search and Rescue Using Drones with Thermal Cameras For Missing or Distressed People, Vessels, Wildfires, Floods, Earthquakes, and All Types of Disasters, Emergencies, and Accidents

For Missing or Distressed People, Vessels, Wildfires, Floods, Earthquakes, and All Types of Disasters, Emergencies, and Accidents

Sometimes everything can change in an instant—a lost person in the forest or mountains, at sea or a reservoir, a distressed ship or vessel, an aviation or train accident, a wildfire, or a natural disaster. In such moments, when time is critical, technology becomes a decisive ally.

We offer specialized search and rescue assistance services both on land—forests, fields, urban areas—and at sea or over other bodies of water using drones equipped with high-resolution thermal cameras and optics, powered by a custom-trained AI developed specifically for such operations. These capabilities allow for rapid and effective detection of people, damage assessment, and comprehensive analysis during disasters, emergencies, and accidents—regardless of weather, time of day, or terrain difficulty.

Applicable to:

• Missing persons, children, and others in urban or forest environments;
• Lost elderly individuals, hikers, or children;
• Rescue missions during natural disasters or incidents;
• Maritime accidents, shipwrecks, or inspections for data collection;
• Floods, landslides, earthquakes, wildfires, terrorist attacks or their aftermath;
• Aviation and railway disasters or other transportation incidents;
• Oil spills and identification of responsible vessels or sources;
• Damage inspection of power lines, dams, or infrastructure;
• Escaped exotic or dangerous animals that pose a threat to public safety;
• Or any individual in distress—our technology and experience can make all the difference.

We combine high precision, rapid response, and next-generation drones, integrated with our proprietary AI, to ensure each mission is completed quickly, safely, and effectively. The technology also allows us to count people in a designated area (forest, water, etc.), assess the condition of individuals or vehicles, vessels, and infrastructure, providing instant situational awareness during a crisis.
We collaborate with private individuals, emergency services, governmental bodies, and institutions.

How a Drone-Based Search and Rescue Operation Works

Operations with drones equipped with thermal cameras are carried out with careful
planning and adapted to the terrain and scenario, following strict European regulations for
unmanned aerial systems. Each operation involves the following key stages:

1. Signal Reception and Preliminary Analysis

Once a report is received and our mission role is defined, we gather essential information:
• Clarification of the objective – person search, marine incident support, wildfire, or other disaster;
• Special attention if people are trapped in burning buildings;
• Agencies involved in the operation;
• Last known location and condition of the subject;
• Time of the event or disappearance;
• Terrain type (forest, field, mountain, sea, river, settlement);
• Weather conditions and forecast;
• Whether the subject is presumed mobile or stationary;
• Additional situational data based on initial responses.
This helps us develop a search strategy and action plan quickly—often in just a few minutes—with coordination between all involved parties.

2. Drone Preparation and Launch

We use long-range drones (up to 30–40 km in some cases) with high-sensitivity thermal cameras capable of detecting human heat signatures, even in the presence of fire, over open seas, in dense vegetation, or severe weather.

Our AI assists in identifying unknown thermal signatures in real time. Drones are launched on-site, with either pre-programmed or manually assigned flight paths. If needed, we also deploy a high-resolution RGB camera with 500x zoom for visual confirmation.

3. Automated or Manual Terrain Scanning

• In automated mode, the drone follows a grid-based scanning pattern for optimal area coverage and accurate mapping;
• In manual mode, an operator steers the drone in real time toward areas of interest;
• Both modes can be used simultaneously.

The thermal and standard cameras transmit live video to a ground station, where a second operator monitors the feed on a large screen with specialized software. This data may also be relayed to all involved institutions via a secure web interface for real-time observation and coordination.

All video, telemetry, and AI analysis are available with zero or near-zero latency. The system can also transmit real-time GPS coordinates with visual markers (photos or snapshots) directly to aircraft crews, coast guard, ground teams, or other responders—with just one tap on a screen or mobile device.

4. Object Detection and Marking

When a heat signature matching the target is identified, it is confirmed visually via RGB imaging.
Coordinates are recorded and immediately forwarded to the rescue team or responsible personnel.
If needed, the drone can broadcast audio messages or drop small emergency payloads (e.g., first aid, medicine).

5. Supporting the Rescue Team

If necessary, the drone hovers above the object as an aerial marker, aiding response teams—ground, marine, or airborne—while continuing to stream real-time data and visuals.

6. Documentation and Data Sharing

Upon request, we can provide:
• Full video recordings of the flight and operation;
• Photographic documentation with coordinates;
• Subject tracking and movement data;
• Telemetry and technical interpretation;
• And additional mission-specific data—nearly unlimited in scope, thanks to AI and modern tech.

Technologies We Use

• High-resolution thermal imaging camera (up to 1280×1024);
• Long-endurance drones with stable long-range communication—via standard controls, GSM, and satellite link;
• Real-time GPS protected against jamming and spoofing;
• 4K/8K RGB camera with 500x optical zoom;
• Mission management and thermal data processing software;
• Custom AI trained for rescue scenarios, including health status analysis of detected subjects.

Key Advantages of the Method

• Rapid coverage of vast and hard-to-reach areas;
• Faster detection compared to ground teams;
• Night-time, low-visibility, and adverse weather operation capability (fog, snow, smoke);
• Ideal for zones inaccessible by vehicle;
• Minimal risk to human searchers, reducing exposure to danger;
• High accuracy, reliability, and efficiency in every mission.