System and methods for tire deflation device, unmanned aerial systems (uas) integration, and associated softwares

A method for autonomous operation of an unmanned aerial system, comprising:

• deploying a payload device with onboard AI/ML models and training software;
• using hollow spikes with magnets to penetrate tires and deflate them safely at a controlled rate while being easily replaceable;
• exchanging power and data through magnetic electrical connectors;
• providing positive lift/buoyancy and increasing battery efficiency and flight time via helium gas exchange connections;
• processing environmental data on the PCB to update AI/ML models for object detection, real-time surveillance, and threat analysis;
• transmitting payload device data to the drone;
• transmitting drone data to the base unit;
• and
• charging multiple payload devices and the drone simultaneously at the base unit.

A payload device for an unmanned aerial system, comprising:

• a PCB with integrated AI/ML models configured for object detection, real-time surveillance, and threat analysis;
• software for onboard training and data processing;
• hollow spikes with magnets designed to penetrate tires and deflate them safely at a controlled rate while being easily replaceable;
• and
• magnetic electrical and helium gas exchange connectors, wherein the payload device operates autonomously based on processed data.

A drone for use with an unmanned aerial system, comprising:

• communication modules configured to receive data from the payload device and transmit data to the base unit;
• charging ports compatible with magnetic electrical connectors for charging multiple payload devices and the drone simultaneously;
• and
• a housing designed to accommodate one or more payload devices, wherein the drone communicates autonomously with the base unit and manages multiple payload devices during operation.