By 2030, Russian satellite groups will operate in at least three orbits, which will cover the entire territory of Russia and provide a wide range of services, including the provision of satellite Internet of Things. This was reported in an interview with TASS by the CEO of Space Communications Alexei Volin. "Therefore, by the end of 2030, we have at least three types of satellites: low access, geostationary and high, which will completely cover the entire territory of the Russian Federation and allow the entire territory of Russia to provide a full range of services needed by consumers, including the Internet of Things," he said. Such dates are related to the full deployment of satellites. Operating the spacecraft in multiple orbits is necessary for the creation of the Internet of Things, as it helps to solve the problem of satellite signal delay. For example, with geostationary satellites only, the delay is 0.7-0.8 seconds.

By 2030, Russian satellite groups will operate in at least three orbits, which will cover the entire territory of Russia and provide a wide range of services, including the provision of satellite Internet of Things. This was reported in an interview with TASS by the CEO of Space Communications Alexei Volin. "Therefore, by the end of 2030, we have at least three types of satellites: low access, geostationary and high, which will completely cover the entire territory of the Russian Federation and allow the entire territory of Russia to provide a full range of services needed by consumers, including the Internet of Things," he said. Such dates are related to the full deployment of satellites. Operating the spacecraft in multiple orbits is necessary for the creation of the Internet of Things, as it helps to solve the problem of satellite signal delay. For example, with geostationary satellites only, the delay is 0.7-0.8 seconds.