The software was developed based on KESL techniques, taking into account the specific performance requirements under the limited computing resources of the orbit.
The company explained that the spacecraft's technical tasks are handled by a standalone Raspberry Pi Zero microcomputer with a 1 GHz processor and 512 MB of RAM. Kaspersky Lab adapted its KESL technologies for this platform to provide protection for the payload that RUVDS is installing on the satellite.
The company added that the project is research-oriented and scientific, targeting a broad audience of experts and space enthusiasts. RUVDS also indicated that it does not rule out the possibility of offering the satellite's computing capabilities commercially, noting that the minimum operational lifespan of RUVDSSat1 will be one year. The spacecraft is scheduled for launch and placement into orbit at the end of 2025.
RUVDS CEO Nikita Tsaplin explained that spacecraft are exposed to the same risks as terrestrial infrastructure and computing devices. He stated, "In our new project, we are more open to the public because cybersecurity issues occupy a special place in our plans. We are pleased to be collaborating with Kaspersky Lab, and I am confident that this joint effort will benefit both companies and contribute to the development of new technologies."
Anna Kulashova, Vice President of Business Development for Russia and the CIS at Kaspersky Lab, noted that protecting devices like the RUVDS satellite platform requires a specialized approach due to their limited computing resources. She added, "Our technical solution takes into account the specific software characteristics of autonomous aerial and space vehicles, including their power consumption. We will carefully monitor the project's results to leverage the experience gained in developing our technologies. This will enable us to more effectively protect devices with limited computing power, particularly IoT devices."
