Underwater photography is a rich and fascinating field involving researchers, scientists and enthusiasts who are curious to discover a wonderful world. ROV 360 (Remotely Operated Vehicle) is an underwater robot remotely controlled from above ground. The main part of the project was dealing with the camera's mobility in water. The camera was connected to a cardan shaft so that only the shaft would move 360 ??degrees. This solution gives a higher maneuverability. In addition, the product is resistant to the high pressure under water. This is achieved through a rugged design, strong constructions and strong materials suitable for the product to work in harsh environments. By easy and convenient operation. The AI ??modules should be configured according to your needs, such as species identification, behavior analysis or environmental monitoring. This underwater camera with AI can contribute to the conservation of the marine environment by detecting and monitoring pollutants, ocean health and coral reefs. It can appeal to a target audience looking for products that contribute to sustainability. Preventing harm to marine life: The use of cameras with AI to monitor and manage fish and their health can reduce the need for invasive or other harmful measures. The camera can detect potential dangers such as sharks or dangerous environmental situations and alert in real time, increasing safety for divers and researchers. Early detection of health problems in fish schools can prevent the spread of diseases and save costs. The combination of artificial intelligence with underwater photography technologies opens many doors to diverse markets, providing clear advantages and added values ??that can be emphasized in marketing campaigns and sales strategies. 360 degree photography enables any underwater environment to be captured, giving users a comprehensive and spectacular photography experience. With AI enabling automatic object detection and tracking, users can concentrate on the experience itself instead of operating the camera.Easy operation and convenient to use. The artificial intelligence modules should be configured according to your needs, such as species identification, behavior analysis, or environmental monitoring.Eco-friendly product: Underwater cameras with AI can contribute to the preservation of the marine environment by detecting and monitoring pollutants, ocean health and coral reefs. It can appeal to a target audience looking for products that contribute to sustainability. Preventing harm to marine life: The use of cameras with AI to monitor and manage fish and their health can reduce the need for invasive or other harmful measures.Hazard prevention: AI can detect potential hazards such as sharks or dangerous environmental situations and alert in real time, increasing safety for divers and researchers. Monitoring the health of the flocks: in the field of aquaculture, the ability to identify health problems in fish flocks early can prevent the spread of diseases and save costs. The combination of artificial intelligence with underwater photography technologies opens many doors to diverse markets, providing clear advantages and added values ??that can be highlighted in marketing campaigns and sales strategies.Improving the user experience: Comprehensive photography: 360-degree photography allows the entire underwater environment to be captured, giving users a comprehensive and spectacular photography experience. Simplicity and convenience: with AI that enables automatic detection and tracking of objects, users can concentrate on the experience itself instead of operating the camera.