American satellite operator Vantor is now supplying Ukraine with photos of targets inside Russia within seven minutes of receiving a request.
The rapid turnaround was disclosed by Matt Jenkins, the chief engineer of space systems at Vantor, during an address at the MilSat Symposium conference in California, according to the space industry news portal Space News.
Jenkins said users can order overhead photography of a chosen area directly through a dedicated tablet application. Space News reported that obtaining satellite pictures previously took significantly longer, and that the seven-minute response time is possible whenever a spacecraft is in a suitable position overhead.
The reduction in time was not driven by improvements in communication quality or the launch of more advanced satellites. Instead, the company achieved the speed by decentralising its data delivery service.
Decentralised Data Delivery
Under conventional satellite tasking, requests typically travel through centralised ground stations and processing hubs, creating hours of delay. By decentralising data delivery, Vantor bypasses those bottlenecks and delivers processed imagery directly to users in minutes.
The MilSat Symposium, where Jenkins outlined the capability, is an annual defence conference in California that brings together military officials and aerospace contractors to discuss satellite communications and tactical intelligence sharing.
Vantor previously operated under the name Maxar Intelligence, a United States space technology company known for operating high-resolution Earth observation satellites. The company has long provided high-detail optical imagery to commercial clients, government agencies, and mapping providers worldwide.
Commercial satellite operators have played a central role during the war in Ukraine, supplying high-resolution photographs that document troop movements, fortified positions, airfield activity, and logistics routes. Because commercial pictures are unclassified, they can be shared quickly across command levels and used directly by operational units.
Satellite Orbital Constraints
Integrating tasking tools into handheld tablet applications represents an effort to bring orbital surveillance directly to frontline units. Rather than relying entirely on intelligence briefings forwarded from headquarters, operators can view overhead developments within their immediate areas of responsibility.
Despite the streamlined data pipeline, the delivery speed remains strictly dependent on orbital positioning. Space News noted that the seven-minute turnaround applies only when an active satellite is already positioned within view of the requested coordinates.
Earth observation satellites travel along fixed paths in low Earth orbit, circling the planet roughly every 90 minutes. If a spacecraft is not within line of sight of the specified location in Russia when a request is made, operators must wait for a satellite to pass over the area before new images can be captured.
