There are an estimated **110 million landmines** still buried in the ground across more than 60 countries.
They are the hidden legacy of wars that ended decades ago — patient, invisible, indifferent killers that wait in fields, gardens, and roads long after the soldiers have gone home. Every year, thousands of civilians — many of them children — are killed or maimed by mines they never saw coming.
Clearing them has historically been brutally slow. A trained human deminer, working carefully with a metal detector and a probe, can clear perhaps **50 square metres per day**. At that rate, removing all the mines currently estimated to be in the ground would take thousands of years.
Technology is changing that equation.
**Drones Over Minefields**
The new approach combines two powerful tools: drones equipped with multiple sensors, and AI algorithms trained to analyse their data.
The drones carry arrays of sensors that humans cannot reasonably deploy in minefields: - **RGB cameras** — standard visual imaging - **Thermal imagers** — detecting heat differentials caused by buried objects - **Multispectral and hyperspectral sensors** — detecting chemical signatures in disturbed soil - **LiDAR** — building precise 3D maps of terrain - **Electromagnetic detectors** — detecting metallic objects beneath the surface
The AI analyses this multi-layer dataset to flag probable mine locations, estimate detection confidence, and generate detailed hazard maps — all from the air, without a single person setting foot in the field.
**366 Times Faster**
One system, **SpotlightAI**, has demonstrated the ability to process aerial imagery and locate mine indicators **366 times faster** than human analysts doing the same task manually.
That is not a small improvement. It is a categorical transformation.
Drone-mounted magnetic sensing has also been shown to detect metallic targets with **accuracy comparable to ground-based methods** — while surveying roughly **ten times the area** in the same period, and with zero human exposure to blast risk.
**Ukraine: Where the Urgency Is Greatest**
The need for faster, safer demining has never been more acute than in **Ukraine**, which has become one of the most heavily mined territories in the world following years of conflict.
Demining organisations operating there are already deploying drones and AI tools to create detailed mine hazard maps, analyse satellite and aerial imagery, and identify thousands of hazardous locations across farmland, roads, and residential areas.
Ukraine has some of the most productive agricultural land in Europe. Clearing it of mines is not only a humanitarian imperative — it is central to the country's ability to feed itself and contribute to global food security.
**The Bigger Vision**
The researchers developing these systems have an explicit goal: transform landmine clearance from a craft requiring extraordinary courage — brave humans walking slowly across deadly ground — into an operation that is **faster, safer, and scalable** enough to actually address the scale of the problem.
110 million mines. Sixty countries. One algorithm at a time.
*Sources: ScienceDaily (March 14, 2026), goodgoodgood.co, seattlepi.com, rfglobalnet.com*
