The 805th Combat Training Squadron, also known as the Shadow Operations Center-Nellis, recently conducted their annual capstone event at Nellis Air Force Base. The event focused on developing tactics, techniques, and procedures for integrated two-way kill-chain automation between operational and tactical command and control levels. The goal was to create competitive advantages for the United States and its allies. The event showcased the capabilities of the ShOC-N, the United States Air Force’s lead Advanced Battle Management System Battle Lab, in experimenting with emerging concepts, applications, and technologies for future multi-domain operations.
The capstone event featured a range of experiments, including dynamic targeting kill-chain automation, connecting the Combined Federated Battle Laboratories Network to the ShOC-N, transformational modeling for battle management, and digital battle management node solutions. The experiments aimed to improve command and control decision-making processes by utilizing data-driven insights and scientific rigor. The event also included the participation of coalition partners, such as Japan, Germany, France, New Zealand, the United Kingdom, and Canada.
Throughout the event, the ShOC-N demonstrated its ability to collect and analyze data, measure command and control effectiveness, and conduct crucial scientific experiments. The team showcased innovative solutions, such as mobile C2 capabilities, using Wi-Fi on the combat operations floor for the first time, and employing commercial solutions for classified infrastructure.
The success of the capstone event highlighted the ingenuity and resourcefulness of the ShOC-N team. Despite limited resources, they were able to achieve significant advancements in command and control capabilities. The event also emphasized the need for continued experimentation and collaboration with coalition partners to further enhance the United States’ information advantage and decision superiority in the face of evolving defense challenges.
Images and subject matter derived from 3rd party sources including www.af.mil.
