A Development of Aquatic Landscape Type of Drones for the Implementation for Future Technology

Cutting-edge, cost-effective hardware components allow the development of vast automated underwater drone systems for marine uses. This talk focuses on the CORATAM along with HANCAD projects, covering key issues in organizing and speaking within networks of underwater drones. Our plan supports a novel approach: (i) adopting eclectic communication by outfitting some drones at long-range electronics while others hold shorter-range devices, and (iii) employing autonomous control for enhanced endurance and scaling. This approach ensures individual drones stay simple and cheap. Currently, we are currently engaged in the process of building 25 test drones using easily available components. The article dives into current hardware creates and the results of simulation-based studies where groups of as many as one thousand underwater drones successfully surveyed a 20 km -long location constantly for 24 hours. The results confirm the practicality of our approach in building a large-scale robotic underwater unmanned aircraft system that is simultaneously efficient and affordable.