Explore 30 innovative problem statements for this 8 Hours National Level Hackathon designed to push
the boundaries of technology.
Pick the challenge that inspires you most and start building the future!
An AI-based system that analyzes data such as weather, sensors, and past disaster information to predict possible disasters early and help people evacuate safely through the best available routes.
Develop an AI system that analyzes financial and regulatory documents to detect errors, inconsistencies, anomalies, and potential compliance violations before they result in penalties.
Build an AI system that analyzes historical crime data and maps to identify patterns, hotspots, and time-based trends to support effective resource deployment.
Develop an AI-powered prompt optimization tool that analyzes user prompts, identifies weaknesses, and generates improved versions to produce more accurate, relevant, and consistent AI responses.
Develop an AI-powered learning platform that simplifies basic quantum algorithms through personalized explanations, interactive quantum circuit visualizations, step-by-step guidance, and short practice exercises for college studens.
Develop an AI system that analyzes voice and video inputs to detect AI generated or manipulated content during KYC verification, helping identify potential identity fraud.
Develop an Al model that analyzes crop images and detects diseases early, helping farmers take timely corrective actions.
An AI-powered mobile app for artisans that converts product photos and voice inputs into professional product listings, suggests optimal pricing, and connects them with online marketplaces and buyers.
Develop an AI system that predicts neighborhood-level air quality using weather, traffic, and environmental data, and generates timely alerts and safety recommendations for schools, healthcare centers, and the public.
Develop an AI system that analyzes UPI transaction and complaint data to classify disputes such as fraud, non-delivery, or incorrect amounts, and recommends quick, explainable resolutions for low-risk cases.
Develop an IoT-based system that continuously monitors electrical parameters such as voltage, current, power consumption, and temperature to detect abnormal conditions including overloads, short circuits, overheating, and electrical faults. The system should identify the affected circuit and automatically isolate it using appropriate switching mechanisms while sending real-time alerts to maintenance personnel.
Develop an IoT system that monitors water pressure, tank levels, pump operation, and flow rates across different apartment blocks. The system should identify uneven distribution or pressure problems and intelligently control pumps to ensure reliable water supply.
Develop an IoT-based automated sorting system that identifies different waste materials such as metal, plastic, paper, and other recyclable materials using sensors or AI. The system should physically route each material into the appropriate collection container, improving sorting speed and consistency.
Develop an IoT-based system that uses temperature, smoke, and gas sensors to detect early signs of forest fires. The system should automatically trigger alerts, identify the affected area, and activate a small-scale automated suppression mechanism to reduce fire spread.
Develop an IoT-based wearable system for cattle and sheep that monitors body temperature, heart rate, activity levels, and grazing location. The system should detect early signs of illness or distress, alert farmers about animals straying beyond geo-fenced boundaries, and help track livestock health history to reduce loss.
Develop an IoT-enabled system using cameras and sensors to detect traffic violations and accidents in real time. The system should automatically record violation details, identify accident locations, alert emergency services, and optimize traffic signals to provide a clear route for emergency vehicles.
Fuel theft in personal and commercial vehicles leads to financial loss and inefficiency in transport/logistics sectors.
Develop an IoT-based system that detects emergency vehicles and automatically controls traffic signals to create a clear green corridor, reducing emergency response time.
Develop an IoT-based system that detects abnormal water-flow patterns and identifies the probable location of a leak in a building or small distribution network. The system should automatically isolate the affected section using motorized valves and continue supplying unaffected areas.
Develop an IoT-based safety system that monitors worker movement around hazardous machines and restricted areas. When an unauthorized worker enters a danger zone, the system should automatically trigger an alert and, where appropriate, activate a machine safety mechanism to prevent accidents.
A centralized smart campus platform for managing infrastructure complaints and lost-and-found items, featuring automated matching, status tracking, maintenance dispatch, notifications, and administrative analytics
Build a real-time platform that connects patients, hospitals, blood banks, and registered blood donors during emergency blood requirements. The system should identify potentially suitable donors based on blood group, location, availability, and urgency, while providing emergency notifications and tracking donor responses to improve coordination during critical situations.
Develop a digital pharmacy platform that centralizes prescription orders, assists staff with prescription verification, automatically organizes medicine requests, and assigns delivery tasks to couriers. The system should reduce manual work and provide real time order status tracking for customers and pharmacy staff.
An intelligent supply chain monitoring platform that tracks suppliers, inventory, transport, and orders to detect disruptions like delays, shortages, and abnormal demand, delivering timely alerts and risk-mitigation insights.
Most safety apps are just an SOS button. They fail when the phone is locked, offline, or the user can't act openly. Build a platform that reduces risk beforehand and gets verified help quickly.
Develop an online system to apply for and manage verification of weighing and measuring instruments. Users can submit details, upload documents, pay fees, and track verification status online. Legal Metrology officers can schedule inspections and issue digital verification certificates. The system improves accuracy, transparency, consumer protection, and reduces manual paperwork.
CAPACITY CONNECT is a centralized platform for organizational training and skill development. It connects trainees, trainers, and administrators through one digital portal. Users can access courses, assessments, learning materials, and certificates. The system tracks competencies and helps organizations identify and improve skill gaps.
A blockchain-based platform for secure digital identity management, role based access control, and asset tracking, utilizing smart contracts for authorization and a tamper-proof audit trail for all activities.
A digital farm-to-consumer platform that directly connects farmers and buyers, enabling direct produce listings, local discovery, order placement, payments, and delivery tracking to ensure price transparency and reduce intermediaries.
A secure investigation platform that connects people, devices, locations, transactions, and evidence into an interactive relationship graph, enabling investigators to trace connections, manage cases, control access, track investigation activities, and maintain auditable evidence records.
Choose your problem statement and start building your solution in this 8 Hours National Level Hackathon. Remember, you have 8 hours to create something amazing!