Tornyol Systems Fights Mosquitoes With AI-Powered Micro-Drones
Startup Tornyol Systems is reimagining mosquito control through artificial intelligence and robotics — replacing toxic sprays with a swarm of lightweight autonomous drones that hunt insects using ultrasonic sonar.
Ultrasonic precision instead of chemicals
At the heart of Tornyol’s innovation lies the LeSonar 2 system — an array of 380 miniature microphones and sensors capable of detecting mosquito wing beats from up to three meters away, even in total darkness. The AI-driven sonar identifies the acoustic signature of each insect and dispatches a micro-drone for precise interception.
Each drone weighs only 40 grams and physically intercepts mosquitoes mid-air, eliminating the need for chemical repellents. This approach significantly reduces environmental impact while offering a sustainable and clean alternative to traditional pest-control solutions.
From simulation to real-world prototype
According to the company, the system already performs effectively in simulation environments. Tornyol Systems is now testing a functional prototype that integrates real-time vision and ultrasonic tracking, enabling autonomous flight coordination within small indoor or outdoor zones.
The micro-drones communicate wirelessly with a central AI model that tracks flight patterns and optimizes interception paths — a concept inspired by natural swarm intelligence observed in bats and bees.
The future of domestic mosquito defense
Tornyol Systems plans to release two product versions: a compact standalone drone for personal or indoor use, and a base-station system for large-area surveillance, such as gardens, campsites, or tropical resorts. While mass production remains in the future, early prototypes show promising results for household protection.
If successful, this project could mark the beginning of a new era in ecological pest control — one where machine intelligence replaces pesticides, and a single smart drone can safeguard an entire home ecosystem.
Editorial Team — CoinBotLab