Intelligent, self watering, auto rotating Planter

A system for optimizing sunlight exposure for one or more plants, the system comprising:

• a robotic device comprising:
• a platform configured to support the one or more plants;
• a motorized base coupled to the platform, the motorized base enabling rotation of the platform in multiple directions;
• a plurality of light sensors disposed on the platform, the plurality of light sensors configured to collect data on sunlight intensity reaching different parts of the one or more plants;
• a power source configured to supply power to the robotic device;
• and
• a control system comprising a processor and a memory, the memory storing instructions that, when executed by the processor, cause the control system to:
• analyze, using a machine learning algorithm, the collected sunlight intensity data to determine an effective rotation pattern based on the one or more plants' light absorption and growth patterns;
• determine, using an artificial intelligence algorithm, a rotation schedule for the platform based on the effective rotation pattern and predicted sunlight patterns;
• and
• actuate the motorized base to rotate the platform according to the determined rotation schedule, thereby optimizing sunlight exposure for the one or more plants.