Autonomous Collaborative Platforms

The Autonomous Collaborative Platforms program, part of the Air Force's Advanced Component Development & Prototypes, aims to enhance operational effectiveness through the development of uncrewed weapon systems. These systems are designed to complement current and future aircraft, providing flexibility and improving mission success rates. The program focuses on maturing technologies by integrating, experimenting, and testing various components to reduce risks associated with their deployment. Key attributes of these platforms include cost-effectiveness, software updateability, autonomy, interoperability, agility, lethality, and the ability to operate in challenging environments.

The Experimental Operations Unit (EOU) is a significant component of this initiative. It focuses on developing operational concepts for Collaborative Combat Aircraft (CCA). The EOU explores various Doctrine, Organization, Training, Materiel, Leadership, Personnel, Facilities, and Policy (DOTMLPF-P) concepts to effectively integrate uncrewed vehicles with crewed aircraft. This involves conducting studies and tests to refine these concepts and investing in necessary infrastructure and prototypes. The goal is to mature autonomous operational concepts that can be seamlessly integrated into existing force structures.

Another critical aspect of the program is the Viper Experimentation and Next-gen Operations Model (VENOM), which serves as a testbed for CCA autonomy. VENOM focuses on reducing risks by testing autonomy software and architecture using platforms like the F-16. This involves flight tests and infrastructure investments to ensure that autonomy skills are developed before transitioning them into operational use. The program supports these activities through contractor services and other logistical support.

The Autonomous Collaborative Technologies project lays the groundwork for future air combat capabilities by leveraging advancements from the Science and Technology Skyborg Vanguard program. This project emphasizes rapid capability delivery through digital engineering and agile software development. It supports technology studies and integration assessments to ensure that new systems can meet air superiority requirements effectively. Although resources for this project have been reallocated in recent years, its foundational work continues to influence ongoing developments in autonomous air combat technologies.