The Autonomous Underwater Robot for Marine Conservation (AURMC) initiative is at the forefront of merging technological innovation with marine conservation to create a transformative impact on our understanding and preservation. . .
The Mobile Ocean Sense project addresses the need for comprehensive and real-time oceanographic data by leveraging the expansive reach of fishing vessels. Traditional ocean data collection methods often involve dedicated. . .
In recent years, Non-Terrestrial Networks (NTN) solutions have gained attention for maritime activities on vessels, particularly deep-sea fishing vessels in coastal parts of India. Traditional marine VHF systems are used. . .
This project focuses on enhancing infrastructural resilience in landslide-prone areas through the application of Smart IoT systems. It involves the design and implementation of IoT systems integrating various sensors and. . .
The vision of this project is enhancing road safety through innovative technologies to enhance road safety for all. This work focuses on three different areas such as driver assistance, pedestrian. . .
Disasters are inevitable for the coastal community due to their geographical closeness to the vast ocean. Sea-level rise, coastal floods, cyclones, hurricanes, tsunamis, and even high tides affect coastal communities. . .
Currently the fishermen who travel the ocean for their fishing occupation world where fishing vessels aren’t isolated dots on vast oceans, but seamlessly connected nodes in a vibrant information network.. . .
Overview: For fishermen, it’s not just about the catch. Every trip provides crucial data such as what was caught, where, and when. Analysing this data is like having a fish. . .
Overview: The project envisioned building digitally empowered coastal fishing communities by seamlessly connecting them to the wider world and their businesses booming. This vision directs us to device technology and. . .
