Offline-First SQLite
Browse and strategize across all 4 official problem statements requiring Offline-First SQLite. Complete with verified datasets, tech stack blueprints, and jury defense playbooks.
Problem Statements List (4)
Match My TeamDevelopment of a Low-Cost Light-weight Milk Chilling Can for Small-Scale Dairy Farmers
Smallholder dairy farmers in rural India lose 15-20% of evening milk value to bacterial spoilage and souring due to 6-8 hour power cuts, lack of rural bulk milk coolers, and high ambient temperatures (>35°C). Build an indigenous, low-cost, lightweight Solar and Phase Change Material (PCM) Smart Milk Chilling Can (20-40 Liters) that rapidly cools raw milk from 37°C to <4°C within 2 hours, maintaining sub-4°C preservation for 18 hours off-grid with integrated IoT temperature logging for DAHD.
Strengthening market linkages and price discovery for farmers
Farmers in Maharashtra face price crashes for perishable commodities (onions, tomatoes, grapes, pomegranate) during peak harvest season due to cartelized mandi middlemen and zero real-time visibility into inter-district price differentials. Build an AI-driven Agricultural Market Linkage, Price Forecasting, and Direct Buyer Discovery Platform for the Maharashtra State Agricultural Marketing Board (MSAMB) that uses time-series AI to forecast 15-day commodity prices across 300+ APMC mandis and matches Farmer Producer Organizations (FPOs) directly with bulk food processors.
Student Innovation
AICTE Open Innovation: Agriculture & Rural Development (Software) — Smallholder farmers in India suffer from low yields and unseasonal weather losses due to lack of hyper-local precision farming advice, fragmented supply chains, and opaque mandi pricing. Build an AI-Driven Precision Agritech, Soil Health, and Smart Sowing Intelligence Platform that combines satellite vegetation indices (Sentinel-2 NDVI/NDRE), IoT soil moisture telemetry, AI crop disease diagnostics, and dynamic mandi price forecasting into a unified vernacular farming companion.
Student Innovation
AICTE Open Innovation: Agriculture & Rural Development (Hardware) — Indian farmers waste up to 40% of irrigation water and overuse expensive synthetic chemical fertilizers due to manual flood irrigation and lack of affordable soil nutrient testing hardware in remote fields. Build an Autonomous Solar-Powered Smart Precision Irrigation and In-Situ Soil Nutrient Sensing Hardware Station featuring multi-depth soil moisture probes, optical soil NPK colorimeters, motorized latching solenoid valves, and long-range LoRaWAN telemetry.