GreenSence AI is an intelligent farming assistant that empowers agricultural professionals with real-time diagnostics, data-driven decisions, and automated farm operations. By combining satellite imagery, AI diagnostics, and sensor data, we help you identify plant diseases, spot nutrient imbalances, and take action faster — for healthier crops and higher yields.
GreenSence AI Features
- AI-Powered Diagnosis Instantly analyze plant photos to detect diseases, pests, and deficiencies with high accuracy.
- Satellite & Sensor Integration Get a full-field overview using real-time satellite data, soil sensors, and weather tracking.
- Automated Farm Control Trigger smart responses like irrigation, fertilization, or pesticide spraying — remotely and automatically.
- Smart Alerts & Insights Receive early warnings about risks like drought, frost, or infestations, personalized to your crops and region.
-
Yield improvement:Up to 35%
-
Water usage reductionUp to 40%
-
Reduction in chemical usageUp to 50%
-
Labor cost savingsUp to 60%
-
Plant disease detection accuracyUp to 97%
-
Automation of farm processesUp to 80%
-
Reduction in greenhouse lighting energyUp to 30%
-
Acceleration of plant growthUp to 15%
Product benefits
GreenSence AI is an innovative platform combining artificial intelligence, satellite analytics, IoT sensors, and greenhouse automation to revolutionize agriculture. Our platform enables farmers and gardeners to:
- Accurately detect plant diseases and nutritional deficiencies.
- Optimize irrigation, fertilization, and greenhouse lighting conditions.
- Effectively manage crops using integrated satellite imagery and sensor data.
- Reduce operational costs, environmental impacts, and improve plant productivity.
Our Vision
Our vision is a future where advanced agricultural technology is accessible to every farm, greenhouse, and garden — enhancing productivity, sustainability, and profitability. Our mission is to empower growers to cultivate healthier plants more efficiently while reducing environmental impact and resource consumption.