FlyGenius
originating from Singapore, has risen to prominence in the global drone application industry through its keen insight and deep integration of cutting-edge technology. Guided by the philosophy of 'Making agriculture easier and life better,' we fully harness DJI's exceptional drone technology, transforming it into a powerful force driving efficient development across industries. This marks the beginning of a new chapter in cost reduction and efficiency enhancement.
Precision Agriculture
FlyGenius drones revolutionize precision agriculture worldwide. In California's vineyards, Brazil's soybean fields, India's wheat farms, and European crop regions, drones equipped with high-resolution imaging, multispectral sensors, and intelligent systems monitor crop health, optimize irrigation, and detect pests early. This reduces labor costs by up to 85%, improves crop yields by 12-20%, and lowers fertilizer and pesticide use by 25-35%, enhancing productivity and sustainability while minimizing environmental impact.
Efficient Transportation
- Rwanda: Medical supply companies use FlyGenius drones to deliver essential medicines and samples to remote clinics in just 30 minutes, replacing hours or days of ground transport.
- Philippines: Drones transport essential goods and small commercial items across islands, overcoming weather and tide challenges. This improves delivery efficiency by 70% and benefits local communities.
Smart Patrol
- Australia: Mines use FlyGenius drones for 24/7 patrols, monitoring temperature anomalies and gas leaks with thermal imaging and gas sensors, reducing manpower by 40%.
- South Africa: Drones patrol large farms, using intelligent image recognition to detect intruders and poachers, reducing security risks and costs by 35%.
Terrain Surveying
- China: In the Sichuan-Tibet railway project, FlyGenius drones with LiDAR technology completed large-scale terrain surveys in two weeks, a task that would have taken months manually.
- Peru: In the Andes Mountains, FlyGenius drones excel in mineral exploration, quickly gathering geological data in complex terrain, reducing exploration time by 60% and saving significant resources.