. Russian media tracking record of intensive travel in a geostationary orbit of us military satellites GSSAP to inspection other military vehicles. About it reported in the document of scientific Astro space center (ASC) at the disposal of Last news . in 2014-2016 the orbit was launched four American satellite program geostationary space situational awareness (GSSAP), designed for observation of space in the interests of the United States air force. According to official information, They fly above and below geostationary orbit (circular orbit with altitude of 35786 kilometers) and with optical-electronic equipment shoot other satellites and objects. As can be seen from the materials of the ANC, the Russian automated system warning of dangerous situations in near-earth space (ASPOS GST) found a lot of maneuvering all the 4 satellites GSSAP. for example, the apparatus GSSAP, launched in 2014, has committed until 2018 more than 400 maneuvers. This satellite, according to a document closer for inspection, the U.S. military liaison spacecraft MUOS-5, which broke down the main engine, causing him to get to geostationary orbit using backup engines. Another phone GSSAP also derived into orbit in 2014, made an inspection of rapprochement with the American military satellite, WGS-4, the document says. In the summer of 2018 assistant Secretary of state for arms control Elim Poblet accused the Russian Federation in tests of maneuvering satellites. She called the behavior launched by Russia in October 2017 of a satellite inspector "abnormal" for this category of phones, suggesting that it could be the anti-satellite device. Satellites inspectors device, able to move in an orbit and communicate with other satellites. In the last month of summer 2017, the Ministry of defence of Russia has informed about the launch of a maneuvering satellite inspector. He separated himself from a small spacecraft for remote monitoring of the satellites in orbit in October 2017. It is planned that the apparatus is equipped with optical sensors to image other satellites and sending data to Earth for analysis. The main objective of aspos OKP - identify dangerous approaches existing spacecraft with space debris, the presence of destruction of objects in orbit and support a major potential threat objects that descend from orbit uncontrolled. of systems are optical-electronic Complexes with telescopes. They are designed to automatically detect space vehicles and debris, their coordinates, their identification for binding to objects in the database, transfer the information received in the data center. The complexes provide offline search and find objects up to 50 thousand kilometers and can detect objects having luster to 18, 5 star value for the height of the geostationary orbit corresponds to the size of about 30-35 centimeters. <span style="color:darkgray