US will spend millions of dollars at a tracking station for missiles of China: what happened

They are expected to improve the global coating and satellite resistance designed to detect rockets and potential threats, while providing compatibility with outdated systems and new satellite groups. Northrop Grumman develops advanced terrestrial relay stations that are scale and upgrade, and paying primary attention to high performance, reliability and flexibility of the mission for Next-Gen Opir.

They will improve the relationship between outdated and future space command systems, giving access to several constellations, which allows the fighters to maintain a decisive advantage against the threats of the enemy. Terrestrial stations are the most important part of the Future Operationally Resilient Ground Evolution (Forge), the USSF, a large program for modernization and integration of US missile attack opportunities.

Forge is aimed at creating a state ground network that will connect current and future satellites of missile detection through upgraded management and control operations. In addition to Northrop contract, the Space Systems Command recently announced a grant of $ 259 million Scitec, a New Jersey software developer, for further development of the Forge integrated enterprise.

The company will develop a ground system that supports Forge and non-Fororge assets, which will increase the continuity between the outdated SBIRS and NEXT-Gen Opir data conveyors. The previous participation of SciteC covers a $ 272 million contract on data processing tools, $ 45. 8 million in 2023 on SBIRS sensors and $ 5 million 2021 to develop a prototype. The Survable Endurable Evolution (S2E2) at the beginning of this month was also activated within the scale of the USSF.

Designed to replace the outdated mobile land system of the 1960s, S2E2 processes infrared data and integrates the detection system of nuclear explosions. In addition, in March, L3harris received a contract for the modernization of an advanced system of tracking and analysis (ATLAS), which monitors sustaining activity and threats in orbit.