Early in the morning on November 14, 2026, the private Earth remote sensing satellite "COEN" was successfully launched from the Vostochny Cosmodrome. The spacecraft entered its designated orbit and began transmitting telemetry. Representatives of the developer company, MT-Lab, confirmed that the satellite is operating normally, and all systems are functioning in accordance with design parameters. The launch became a significant event for private space exploration, as "COEN" was placed into orbit as part of the first subsidized launch under the national space project.
The First Subsidized Launch Within the National Project
The launch of "COEN" was not solitary: within the same launch window, a second private apparatus, "Kinosputnik", developed by the company Sputnix, was put into orbit. Both satellites are designed to obtain detailed images of the Earth's surface, though their optical characteristics differ. The resolution of "COEN" is 0.5 meters per pixel, while "Kinosputnik" provides a resolution of 0.8 meters per pixel. Thus, "COEN" is capable of capturing smaller objects on the surface, which expands the range of tasks solved with its help.
Technical Characteristics and Imaging Capabilities
According to data provided by the developers, the "COEN" satellite is capable of covering up to 15 million square kilometers of the Earth's surface per year. The swath width during a single pass is 12 kilometers, allowing for the efficient coverage of extended objects—from linear infrastructure facilities to large agricultural lands. The combination of high resolution (50 cm per pixel) and significant annual performance makes the apparatus one of the most productive private Earth observation tools in the current segment.
Built-in Artificial Intelligence for Image Analysis
A distinctive feature of "COEN" is the presence of built-in artificial intelligence algorithms that operate directly on board the spacecraft. These algorithms are designed for the automatic analysis of acquired images and the generation of practical recommendations for end users. This reduces the time from shooting to obtaining interpreted data and lowers the load on ground-based computing power, since primary processing takes place while still in orbit.
Applied Significance: From Agriculture to Environmental Control
Data obtained from "COEN" is planned to be used in several key industries. In construction, the satellite will allow tracking the progress of work on large facilities. In agriculture, it will evaluate crop conditions and forecast yields. In industry and state control, it will monitor infrastructure, track the use of natural resources, and detect environmental threats at an early stage. The breadth of application is due precisely to the high resolution and large annual coverage area, which allow for both targeted and large-scale monitoring.
Context: Development of Private Space Exploration
The successful launch of two private satellites within the subsidized launch window demonstrates the implementation of the state support mechanism for commercial space developments. The national space project, within which this launch was organized, provides financial incentives for private companies to put application-purpose spacecraft into orbit. "COEN" and "Kinosputnik" have become the first practical result of this model, confirming that the private sector is capable of providing the market with remote sensing data featuring competitive characteristics.
