Innovating Defense and Aviation: Alkor's Commitment to Security Solutions

The Autonomous Drone System Changing Demining Forever

Landmines remain a deadly legacy of past conflicts, posing severe risks to civilians and hindering land use long after wars have ended. Traditional demining methods are slow, costly, and dangerous, relying on manual detectors or trained animals, with deminers clearing only about 150 m² per day at a cost of $300–$1,000 per mine —and at great human risk (three casualties per 5,000 cleared mines).

To address this humanitarian challenge, this invention introduces an autonomous, multirotor drone system that integrates detection, localization, marking, and optional neutralization of landmines— without direct human intervention . Unlike fragmented existing approaches, this solution combines:

- Multi-sensor fusion (magnetometers, ground-penetrating radar, thermal imaging) to detect both metallic and non-metallic mines.

- AI-powered real-time analysis for high-confidence threat identification.

- Precise physical marking (spray paint or flags) and digital GIS mapping for demining teams.

- Optional remote neutralization via explosive charges or robotic disarmament.

Key advantages include enhanced safety (no human presence in minefields), faster clearance rates, and adaptability to diverse terrains . By unifying these capabilities in a single platform, the system significantly improves demining efficiency while reducing costs and casualties.

Key Features for Further Expansion (if required):

1. Drone Platform: High-precision GPS (RTK), modular payload capacity, collision avoidance.

2. Sensor Fusion: Magnetometer (metals), GPR (plastics/ceramics), thermal camera (burial traces).

3. AI Module: Machine learning to filter false positives and classify mine types.

4. Marking/Neutralization: Paint spray, beacon drops, or controlled detonation.

5. GIS Integration: Real-time mapping for post-mission analysis.

This system represents a paradigm shift in humanitarian demining , merging robotics, AI, and remote sensing to save lives and restore land.