Reinventing Geospatial®, Inc. (RGi®) was recently awarded a task order contract to support US Army’s Program Manager – Mission Command and provide the next generation maps for the AFATDS application. RGi will continue to provide ongoing support to the architecture and design of the geospatial components of the AFATDS system.
Reinventing Geospatial®, Inc. (RGi®) has entered into a Cooperative Research and Development Agreement (CRADA) with the U.S. Army’s Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance Center (C5ISR Center) to collaborate on Research and Development (R&D) projects.
The CRADA’s objective is to jointly develop C5ISR concepts, techniques, technologies, and software to enhance U.S. Army Mission Command software.
“RGi is working hard to develop technologies that enhance commander and staff understanding of the impacts of the cyber domain on missions and ongoing operations,” said RGi CEO, Stephen Gillotte. “Our joint mission through this CRADA is to develop and transition innovative Mission Command software capabilities to soldiers.”
As part of the CRADA, RGi will provide technical perspectives and expertise in the development of Artificial Intelligence, Autonomy, or Machine Learning (AIAML) software to support C5ISR projects, including new algorithms, methods, and techniques to increase the effectiveness of Mission Command software. These efforts are in line with RGi’s R&D efforts that include: 1) Tactical Cyber C2 enabled via Situational Awareness & Understanding, 2) Computer vision at collection scale achieved via Machine Learning algorithms, and 3) Future Tactical Operations Center supporting conflicts with near-peer adversaries.
RGi won a follow-on Defense Systems Technical Area Tasks (DS TATs) contract as a subcontractor to Alion Science and Technology in support of the PM Distributed Common Ground Station – Army (DCGS-A) Geospatial Intelligence (GEOINT).
DS TATs is a five-year, indefinite delivery/indefinite quantity (IDIQ) multiple award contract vehicle that allows RGi to focus on developing, testing and integrating the computational techniques and procedures that enable DCGS-A and Mission Command systems to provide real-time, geospatially correct Common Operating Picture (COP) which meets all requirements for sharing and reusing Geospatial and GEOINT in military operations.