To that end, the SWI architecture leans on digital engineering principles to capture the logic flow within wargame events and dynamically produce game states as the event is played. “Conducting wargames for the space domain, given the complexities of operating in space and its physics-based nature, will require extensive modeling and simulation, which drive the need to have a digital engineering backbone to support it,” said Dean Bucher, Associate Principal Director of Aerospace’s Computer Applications and Assurance Subdivision.
This environment-coupled with Aerospace’s breadth and depth of technical expertise, high-fidelity physics modeling and simulation, engineering, and insight into the threat-creates a powerful and engaging wargaming and analysis platform.” Digital Transformation for Space OperationsĪn essential element of adapting for the modern era of space requires advancing the digital transformation of concepts, systems, and operations that integrate across the enterprise.
#STRATEGIC WAR GAMING DIVISION FREE#
“Being an FFRDC, Aerospace is independent, objective, and free from organizational conflicts of interest, and that allows us to support the government and work with industry, civil agencies, and international allies to integrate potential systems and contributing capabilities into a single warfighting environment. George (Rick) Vazquez, SWI Principal and Space Analytics and Wargaming Director.
As it continues to develop, we will provide a unique capability to the space community,” said Dr. “The SWI is a new platform for Aerospace. Space as a warfighting domain is still a relatively new concept and as such, does not yet have the extensive infrastructure needed for these exercises. The SWI focuses on creating a scalable, dynamic environment that allows for developing and evaluating space warfighting concepts, architectures, and protocols to inform operational approaches and tactics, techniques, and procedures (TTPs) development, as well as systems acquisitions and investments that advance resilient, agile, and relevant solutions.Įffective wargaming has long been essential for military organizations to educate and train officers in tactical, operational, and strategic decisionmaking, while also providing valuable lessons learned for anticipating trends in future conflicts. The SWI combines high-fidelity, physics-based threat modeling and conflict simulation presented through sophisticated user interfaces and common operating pictures that drive situational awareness and decisionmaking. The SWI architecture emphasizes integration of infrastructure, data, software, and personnel supported by a digital engineering (DE) backbone.
#STRATEGIC WAR GAMING DIVISION SOFTWARE#
“The Space Warfighter Initiative will provide an ecosystem for space warfighters, engineers, scientists, and technologists working in custom-built and flexible facilities with tools, infrastructure, and software to enable the space warfighters to assess and develop options to proactively counter rapidly emerging threats.” “A key priority for Aerospace is supporting national security space to better understand warfighting across the domain, helping our customers to maintain a dominant force in the face of emerging threats from adversaries seeking to remove our military advantage,” said Jay Santee, Vice President of Strategic Space Operations at Aerospace. To ensure the nation’s space professionals are prepared for success, The Aerospace Corporation established the Space Warfighter Initiative (SWI) to support government customers by leveraging its decades of deep institutional technical expertise in developing a capability to analytically evaluate the tactical, operational, and strategic levels of warfighting. The Space Warfighter Initiative combines high-fidelity, physics-based threat modeling and conflict simulation presented through sophisticated user interfaces and common operating pictures that drive situational awareness and decision-making.
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