R&D & Innovation
Where Science Meets the Soil
Cutting-edge agricultural research and technology development tailored to Kashmir's unique conditions and opportunities.
Cutting-edge agricultural research and technology development tailored to Kashmir's unique conditions and opportunities.
IoT-based soil moisture and weather monitoring networks deployed across 500+ farm sites. Our proprietary data platform provides real-time advisories to farmers via mobile app, optimizing irrigation, fertilization, and pest management decisions.
Drone-based crop health monitoring using multispectral imaging. AI-powered disease detection algorithms trained on 50,000+ images of Kashmiri crops. Precision spraying drones reducing input costs by 30%.
High-tech polyhouse and greenhouse systems adapted for Kashmir's extreme winters. Year-round cultivation of strawberries, exotic vegetables, and flowers in controlled environments with 4x yield improvement.
Developing optimized enzymatic processes for converting apple pomace and walnut shell biomass into bioethanol. Novel pre-treatment methods achieving 40% higher sugar yields from lignocellulosic feedstock.
Collaborative programs with SKUAST-K for developing climate-resilient apple, saffron, and rice varieties. Focus on drought tolerance, disease resistance, and improved nutritional profiles.
Metagenomic analysis of Kashmir's unique soil microbiomes to develop region-specific bio-fertilizer cultures. Our microbial library contains 200+ isolated strains with proven plant growth-promoting properties.
Our R&D programs are strengthened by partnerships with leading agricultural universities, government research bodies, and international development organizations.
Joint research on apple breeding and saffron agronomy
Technical collaboration on climate-adaptive agriculture
Ministry of New & Renewable Energy pilot programs
Sustainable livelihoods and climate action projects
12 IoT-enabled greenhouses across 3 districts growing off-season strawberries and exotic herbs. Automated climate control achieving 320-day growing season.
Converting 50 tonnes/day of apple processing waste into 99.5% pure bioethanol. Process yields 280 L/tonne β 15% above industry benchmarks.
Multispectral drone fleet monitoring 5,000+ acres weekly. AI algorithms detect disease, nutrient deficiency, and water stress 7β14 days before visible symptoms.