National Level Open Hardware-IoT Geospatial Hackathon
About the Hackathon
Welcome to the National Level Open Hardware-IoT Geospatial Hackathon, a stage where innovation knows no boundaries. This premier event brings together visionaries, tech enthusiasts, and problem solvers from across the nation to harness the power of open hardware, the Internet of Things (IoT), and geospatial technology. Get ready to explore uncharted possibilities, collaborate on real-world challenges, and make a significant impact on our world.
Significance:
In a world where technology shapes our daily lives, the significance of this hackathon cannot be overstated. Here, participants have the opportunity to redefine the boundaries of what's possible. By merging open source principles with cutting-edge technologies, we aim to:
Solve Real-World Problems: Tackle critical issues such as environmental sustainability, disaster management, precision agriculture, and more. Your solutions can change lives and protect our planet.
Foster Innovation: Innovation thrives when knowledge is shared openly. By promoting open source hardware and IoT, we empower you to push the boundaries of creativity and discovery.
Create Collaborative Communities: Through this hackathon, we build communities of like-minded individuals passionate about making a difference. Together, we can achieve more than any one of us can alone.
Empower Future Leaders: Whether you're a student, a professional, or an enthusiast, this hackathon is a launchpad for your ideas. It's a chance to develop your skills, showcase your talents, and make your mark on the world.
Join us on this extraordinary journey, where innovation knows no bounds. Together, let's turn ideas into actions and make a lasting impact on society and the environment. The Open Source Hardware IoT GIS Hackathon is your stage to shine, and the world is waiting to witness your brilliance.
Purpose
This hackathon is more than just a competition; it's a platform for innovators, creators, and visionaries to come together and pioneer solutions for a brighter future. Our purpose is to harness the power of open source hardware, the Internet of Things (IoT), and Geographic Information Systems (GIS) to address some of the world's most pressing challenges.
The FOSSEE project, IIT Bombay promotes the use of Free/ Libre Open Source Software in academia and Industry. The FOSSEE project is funded through the National Mission on Education through ICT (NMEICT), Ministry of Education, Government of India. The FOSSEE-GIS team manages the overall coordination of the "IIT Bombay FOSSEE GIS Internship in Geospatial Dashboard Design and Implementation".
Who can participate
Students, Faculty, Research Scholars, Staff, and Project Staff from any UGC/ AICTE/ Institutes of National importance/ NMC/ NLB/ AIU/ Government of India or State Government recognized Institutions/ organization can participate in the “National Level OpenHardware-IoT based Geospatial Hackathon”.
Indian Citizens pursuing their studies abroad can register. They shall get ‘e-certificates’ if they emerge as winners, but they (Indian students studying in foreign universities) won't be eligible for cash awards as transferring honoraria outside India is not allowed as per the policy laid by the funding agency/ prize sponsor.
Registration
Click on the link and register for the hackathon
Participation is free.
Problem Statements
Design and implement a system utilizing IoT sensors to track traffic flow, congestion levels, and parking availability in urban environments. Integrate this data with GIS to provide real-time maps
Utilize IoT sensors and GIS for urban environmental monitoring, pinpointing pollution (air, water, noise, urban heat islands) hotspots.
Create an IoT precision agriculture solution using soil and crop data with GIS for optimized irrigation, planning, and resource allocation, boosting agricultural productivity sustainably.
Create an integrated system utilizing IoT devices to monitor natural disasters, merging IoT data with GIS to evaluate damage, identify vulnerable zones, and streamline rescue and relief operations.
Design and develop an IoT device using open hardware components such as Arduino or Raspberry Pi, equipped with sensors to monitor environmental parameters like temperature, humidity, air quality, and soil moisture. Integrate GPS module for geolocation data. Create a GIS application to visualize and analyze the collected data, allowing users to identify patterns and trends in environmental conditions over time and space.
Develop an open hardware-based IoT system for early detection and warning of natural disasters such as floods, landslides, or forest fires. Utilize sensors to monitor relevant environmental parameters like water levels, soil moisture, temperature, and humidity. Incorporate GPS for precise location tracking of potential disaster zones. Implement GIS techniques to create hazard maps and establish risk zones, enabling timely evacuation and emergency response planning.
Create an IoT solution using open hardware for monitoring wildlife habitats and tracking endangered species. Develop sensor nodes to collect data on wildlife movements, habitat conditions, and environmental factors. Integrate GPS modules for accurate geospatial tracking of animals. Utilize GIS tools to analyze the collected data, identify critical habitats, and plan conservation efforts effectively to protect endangered species and preserve biodiversity.
Design an IoT-based system using open hardware components to optimize waste management processes in urban areas. Develop sensors to monitor waste levels in bins and containers across the city. Implement GPS for location-based monitoring of waste collection routes. Utilize GIS techniques to create dynamic waste collection schedules, optimize route planning, and minimize operational costs while ensuring efficient waste disposal and recycling practices.
Important dates
Registration opens: April 29, 2024
Registration closes: July 10, 2024
Hackathon start date : July 15, 2024* (tentative)
Result Declaration: August 10, 2024
