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Solidus engineers developed a set of tools and procedures to help military personnel determine the optimum placement of radars and missile launchers to defend against ballistic missile attacks. Our engineers developed graphical concepts for determining attacking missile corridors, analyzing radar and launcher coverage, and identifying effectiveness gradients. Our team developed techniques for jamming and weather effects, electromagnetic interference, radar saturation and complications arising from multiple-system integrations.
Solidus engineers reviewed existing air defense field manuals and wrote proposals for new procedures and doctrine to address ballistic missile threats. The team presented concepts to US Army Air Defense Training School personnel at Ft. Bliss, Texas. They helped to develop a prototype demonstration system applying these concepts to short-range air defense systems for the international market. They researched and wrote a study of Japanese air defense planning needs and how these needs could be addressed with available planning technology.
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