South Korea’s Hanwha Systems is moving satellite imagery closer to battlefield use with an AI-powered system that turns raw Earth-observation data into actionable intelligence within seconds.
The “Space AI Analytics Solution” automatically detects objects, analyzes situational patterns, and flags anomalies in imagery transmitted to ground stations, giving military operators faster access to intelligence from space-based sensors.
Hanwha demonstrated the technology at MSPO 2026 in Kielce, Poland, where it processed live imagery captured by an operational satellite over Eastern Europe. The September 9 event marked the system’s first overseas presentation.
The solution fuses imagery from electro-optical (EO) and synthetic aperture radar (SAR) satellites, allowing its AI to draw insights from both conventional and radar-based observations.
In military operations, it could track enemy movements and troop routes, helping commanders identify changes in areas of interest more quickly.
From Satellite Analysis to Battlefield Action
The system can also detect aircraft, ships, and vehicles in SAR imagery within seconds, enhance image resolution, and combine the results with high-resolution EO data.
Because SAR satellites use radar rather than visible light, they can collect imagery at night and in adverse weather, when conventional optical sensors may be limited.
The solution also includes an interface connecting satellite-derived intelligence with Hanwha’s K9 self-propelled howitzer, Chunmoo multiple rocket launcher, and associated fire-control systems.
This creates a more direct path from satellite observation and AI analysis to targeting and battlefield action.
Hanwha is positioning the technology as part of a broader space-to-ground architecture intended to move satellite data faster from collection to military decision-making and operations.
