Through targeting specific areas of coral reefs that are heavily endangered, the CoralConnect assesses multiple points of the reef system, including the temperature and pH level. Onboard sensors are made to accurately collect data and withstand any harsh conditions on the ocean floor. AI algorithms would analyze this data to identify patterns, trends, and anomalies in temperature and pH levels. These models could be trained on historical data to predict future changes in these parameters.
Following data collection, the device is able to regulate water temperature and pH levels based on real-time conditions and future predictions. The data is also sent to scientists for further research. A generator disperses excessive heat by introducing cool water or vice versa depending on the situation. Another area of the device introduces aquatic-safe buffers or chemicals to regulate pH levels in the surrounding waters.
The device is split into two parts, a main generator body on the right and a small device planted on the surface of the ocean on the left. The two devices are connected by a wire that is insulated using silicone tubing. One main body can be connected to multiple small devices.
The main body contains a water-powered generator which creates energy when the two turbines are turned by water force, which also powers the smaller device and aids its functions in monitoring the ocean conditions. It contains a connection site for the wires where more small devices can be powered.
The small device has a core that consists of firm metals which prevent deterioration, and an outside shell made of waterproof acrylic plastic. It has four adjustable legs for balance on the rough ocean floor. On one side, it has a camera utilizing LiDAR technology which allows mapping of the surroundings and it can be monitored by those who have paid to “adopt” a coral. A pH meter and thermometer are embedded into the core for data collection. In the middle, it has a small display that shows the real-time report of the pH and temperature of the water.
Future iterations aim to include a heat dispersal system and pH regulation mechanisms within the core.