Open Cosmos plans 192 satellites for LEO network

Open Cosmos, a company specializing in the development and operation of satellites, has announced its plans for an extensive LEO (Low Earth Orbit) network. The network, named ConnectedCosmos, is set to comprise a total of 192 satellites. By the end of 2028, more than 96 of these satellites are expected to be positioned in orbit.

Currently, two demonstration satellites are already in orbit, serving as test platforms for the company's technology and operational processes. These initial satellites are crucial to ensuring the functionality and reliability of the entire network.

Frequency Rights and ITU Decision

An important aspect of the project is the frequency rights required for the operation of the satellites. Open Cosmos is currently awaiting a decision from the International Telecommunication Union (ITU), which decides on the allocation of these frequencies. This decision is critical for the further planning and expansion of the satellite network.

The frequency rights are necessary to ensure that the satellites can communicate without interference and that there are no interferences with other satellites or terrestrial communication systems. The ITU plays a central role in regulating and allocating frequencies in the global telecommunications sector.

Technological Innovations and Applications

With its ConnectedCosmos network, Open Cosmos is pursuing not only commercial goals but also technological innovations. The satellites are intended to support various applications, including Earth observation, Internet of Things (IoT), and communication services. These applications could be particularly beneficial in remote areas where access to conventional communication infrastructures is limited.

The development and deployment of satellites in Low Earth Orbit offer numerous advantages, including lower latency and improved data transmission speeds. Open Cosmos plans to leverage these advantages to provide a wide range of services that are of interest to both businesses and public institutions.

The first two satellites already in orbit are part of a comprehensive testing program aimed at validating the technology under real-world conditions. The results of these tests will be crucial for planning the next steps in expanding the network and successfully launching additional satellites.

Open Cosmos aims to have more than half of the planned satellites in orbit by the end of 2028. This requires close collaboration with various partners and suppliers to provide the necessary technologies and resources.

The development of the ConnectedCosmos network is a significant step for Open Cosmos and could position the company as a leader in the field of satellite communication and technology. The coming years will be critical to achieving the company's ambitious goals and fully realizing the potential of the network.