A solution is sought for developing a standardized interface and architecture for munition payloads on uncrewed aerial systems in New Jersey. The objective is to enable modular lethal payloads to easily integrate with various platforms, despite shorter lifecycles and frequent technological upgrades. The interface must support attachment, power supply, communication, and safety-critical commands to ensure seamless integration at each upgrade cycle.

The required Payload System should include all necessary subsystems, such as communications, power, sensors, and command and control, to function independently from the host platform. This includes having its own Ground Control Station, ensuring full operational capabilities without reliance on the aerial vehicle's onboard systems.