Satellite Operation Technology Platform
(In stock)
| Product Name | Satellite Operation Technology Platform |
| Model Number | Integrated Ground Segment & SSA Operations System |
| Brand | Korea Aerospace Research Institute (KARI), South Korea |
| Category | Satellite Ground Operations & Space Situational Awareness (SSA) Infrastructure |
| Country of Origin | South Korea |
| Material | Satellite Control System — for remote tracking, commanding, mission/orbit analysis./ Antenna System — featuring large ground-based antennae, RF transceivers, and modems/baseband units./Image Processing System — handling user requests, planning, data processing, and distribution. / KARI operates multiple ground stations across: Domestic Sites: Daejeon (7.3 m & 13 m LEO/GEO antennas), Jeju operations center, and a 35 m deep-space antenna in Yeoju for lunar missions./ International Sites: Antarctica (Sejong Station), Micronesia (Weno Island), and others contributing to emergency operations and image reception. |
| Applications | Automated operation of multiple satellites across LEO and GEO orbits using AI-driven status monitoring and anomaly detection./Image acquisition and distribution for both public and research sectors./ Implementation of Space Situational Awareness (SSA) measures—including collision avoidance, space debris tracking, and digital twin-based space traffic management. |
Establishment and Operation of Satellite Ground Station Systems
To support Multi-purpose Practical Satellite (Arirang) No.1, KARI established Korea’s first satellite ground station and later independently developed the Chollian satellite ground system. Today, KARI successfully operates a fleet of eight national satellites, including Multi-purpose Practical Satellite (Arirang) No.3, No.5, No.3A, Chollian-1, No.2A, No.2B, the Next-Generation Medium Satellite-1, and Micro Satellite Cluster-1.
To prepare for the operation of multiple satellites, including those in low Earth orbit (LEO) and geostationary orbit (GEO), KARI is conducting research on the automation of satellite operations and exploring the application of AI technologies for satellite status monitoring and anomaly detection.
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