Dynamically Controlling Unmanned Aerial Vehicles Using Execution Blocks

This invention describes a system for controlling drones. A drone sends its sensor data and detected events to an artificial intelligence service, which analyzes them and returns smart insights. A processor then uses these insights to dynamically create a set of instructions, called an execution block, which is sent to an on-board device to generate specific commands for the drone. The claims focus on unmanned aerial vehicles sending raw sensor data and detected objects.

Why it matters: Filed before the significant advancements in AI model capabilities. The ability to generate "smart insights" and dynamically create complex "execution blocks" has become substantially more sophisticated and accessible with current AI and edge computing technologies.

Status: ExpiredProtection ended and was never renewed
How hard to build: SpecializedAI service, software logic, edge device

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