Nireeksh – Crop Surveillance and Diagnostics Drone
"Nireeksh AG is a multispectral crop surveillance UAV designed for data-driven agriculture and large-area diagnostics. Its key use cases include: Crop Health Monitoring Captures multispectral data (NIR, Red Edge, RGB, etc.) to assess crop vigor, stress, and overall health across growth stages. Early Stress & Disease Detection Identifies pest infestation, fungal disease, nutrient deficiency, and water stress before visible symptoms, enabling timely intervention. Precision Agriculture Prescriptions Generates NDVI and health maps used to create targeted spraying and nutrient application plans, reducing input wastage. Digital Farmland Creation Builds geo-referenced farm records for long-term monitoring, yield comparison, and advisory services. Large-Area Survey & Mapping Efficiently surveys large farms, plantations, and clustered landholdings with high accuracy and repeatability. Support for FIA QD10 Operations Acts as the diagnostic layer that guides FIA QD10 precision spraying, closing the loop from sensing to action. Institutional & Government Projects Used in land restoration, climate-resilient agriculture, FPO programs, and subsidy-linked digital agriculture initiatives."
Website : https://fuselage.co.in/
Current Status: Beta launched
Business Model: B2B
Product Description
"The Nireeksh platform is an advanced UAV solution developed for continuous agricultural surveillance, crop diagnostics, and health analytics. It employs a multispectral imaging system capable of detecting early-stage stress indicators, disease prevalence, and nutrient deficiencies at a plant and canopy level. The system’s indigenous navigation and cloud-connected architecture allow for real-time data transmission, enabling timely decision-making and precision-driven interventions in the field.
With an operational range of up to two kilometres and an endurance capacity of thirty minutes, Nireeksh is designed for efficiency, reliability, and data integrity. Its lightweight two-kilogram configuration and aerodynamic design allow stable performance even under wind resistance of up to twenty-five kilometres per hour. By enabling proactive disease detection and spatial variability mapping, the Nireeksh platform supports a transition from reactive to predictive agricultural management."
