A. SMART CITY
Problem 1: Develop a multilingual NLP-powered grievance redressal bot (accessible via WhatsApp) that automatically categorizes citizen complaints and routes them to the correct municipal ward officer.
Problem 2: Create an AI task-allocation engine for municipal offices operating with severe staff shortages, prioritizing citizen requests based on urgency and historical completion times.
Problem 3: Build a secure, geo-fenced community safety app that allows citizens to anonymously report street-level disputes or harassment before they escalate into serious crimes.
Problem 4: Next-Generation Urban Service Marketplace for Efficient, Reliable, and Instant Home Service Delivery Using AI
B. HEALTHCARE
Problem 1: Develop a dynamic dispatch and routing algorithm for emergency 108 ambulance services that optimizes response times across distributed rural and semi-urban networks.
Problem 2: Build a centralized, real-time inventory tracking system for Primary Health Centres (PHCs) that automatically alerts the district health office when critical supplies (like anti-venom or vaccines) drop below 15%.
Problem 3: Create a predictive epidemiological dashboard that analyzes local weather patterns, stagnant water reports, and hospital data to map potential outbreak hotspots for vector-borne diseases.
Problem 4: Develop a real-time platform that helps users find nearby hospitals with available beds, ICUs, or emergency services during critical situations.
C. AGRICULTURE
Problem 1: Build a peer-to-peer digital cooperative marketplace that allows local farmers to aggregate their harvest and sell directly to bulk buyers, advancing the goals of the Swavalambi Bharat Abhiyan.
Problem 2: Design a predictive inventory platform for rural agricultural supply centers that forecasts the demand for specific seeds and fertilizers based on micro-climate weather API data.
Problem 3: Create a blockchain-based supply chain tracker for local geographical indication (GI) tagged produce to guarantee authenticity from the village farm to the urban consumer.
Problem 4: Develop a platform that helps farmers discover and apply for relevant government schemes and subsidies.
D. EDUCATION
Problem 1:Build a progressive web application (PWA) that delivers interactive, vernacular STEM curriculum to rural schools, designed specifically to function seamlessly during internet outages.
Problem 2: Develop a centralized scholarship discovery engine that uses a student’s academic profile, location, and financial background to auto-match and auto-fill complex state and central government scheme forms.
Problem 3: Create an AI-powered grading and feedback assistant for village school teachers that can scan and evaluate handwritten regional language exam papers to reduce administrative burden.
Problem 4: Develop a system that converts images, charts, and diagrams into detailed audio/text explanations for visually impaired students.
