Ball Aerospace Selected For Second Phase Of DARPA Hallmark Program

March 9, 2019 – Ball Aerospace has been chosen to proceed work on the House Analysis and Evaluation Functionality (SEAC) testbed for the second section of the Air Pressure Analysis Laboratory (AFRL) and Protection Superior Analysis Tasks Company’s (DARPA) Hallmark program. The Hallmark program is advancing applied sciences that ship real-time space-domain consciousness informing the command and management and safety of area property.

As a part of the Hallmark program’s second section, Ball will collaborate with a set of impartial software program improvement groups and conduct three further analysis occasions wherein the corporate will run mock area operations workout routines to judge software program instrument efficiency. In the course of the first section of the Hallmark program, Ball accomplished 5 profitable evaluations of the testbed.

“Our revolutionary open structure method brings industrial capabilities and finest practices like fast integration of recent providers and safe DevOps to the Division of Protection,” stated Steve Smith, vice chairman and common supervisor, Techniques Engineering Options, Ball Aerospace. “We stay up for persevering with the profitable demonstration of our enterprise software program structure’s capabilities through the second section of the Hallmark program.”

With 30 years of expertise creating distinctive and correct exploitation algorithms for satellite tv for pc programs, Ball understands the challenges of integrating new options into operational programs. Below the Hallmark program, Ball is working to streamline this course of, bringing important mission capabilities into operations sooner than ever earlier than. Ball’s method to the SEAC testbed design eliminates the single-contractor integration bottleneck in conventional acquisition fashions. This contemporary software program improvement follow succeeds by enabling exterior instrument builders to quickly design and check capabilities in an operations-like surroundings with out risking system safety or stability.