Ground station operators have the technical means to reroute traffic across continents in real time, but the legal authority to actually use that capability often takes weeks to materialise, and that mismatch is now the resilience problem nobody quite knows how to fix – Image for illustrative purposes only (Image credits: Unsplash)
Ground stations once sat at the quiet margins of space operations. Today they sit squarely in the crosshairs of military planners who treat every link between orbit and Earth as potential wartime terrain. The technical ability to shift satellite traffic from one continent to another in seconds already exists. What remains missing is the legal permission to do so on the same timescale.
The 90-Minute Window That Matters in Conflict
Modern satellite constellations can deliver imagery or communications within roughly 90 minutes of a request when antennas are spread across multiple sites. That speed is routine for commercial Earth-observation customers. It becomes critical when military commanders need to track fast-moving ground forces whose positions change by the hour.
During the early weeks of the 2022 conflict in Ukraine, satellite images of a long Russian convoy heading toward Kyiv illustrated the cost of delay. By the time data reached analysts, the formation had already dispersed. Distributed ground networks reduce that lag by allowing traffic to flow through whichever station has the clearest view at any moment.
Regulatory Rules Written for Peacetime
Every ground station must hold a license that specifies exactly which satellites it may contact and on which frequencies. Those licenses are issued by national regulators and remain tied to specific locations. Shifting traffic to a backup site in another country requires a fresh approval or amendment, a process that routinely stretches across multiple weeks.
Operators have responded by pre-licensing more stations than they expect to need, simply to keep options open. The underlying problem persists: the same infrastructure that can reroute data in real time cannot legally do so until paperwork catches up. Adversaries who understand this gap can target a primary site knowing that backup capacity stays idle for days or longer.
Multiple Layers of Exposure
Even a perfectly distributed antenna network still depends on terrestrial connections. In early 2022 one of the two fiber-optic cables serving the Svalbard ground station in the Arctic was severed on the seabed, cutting backup connectivity for polar-orbiting satellites used by Western agencies. The cause was never established, leaving open the possibility of accident, sabotage, or something in between.
Physical attacks have also reached previously secure facilities. Drone strikes on cloud infrastructure in the Middle East and on a British airbase in Cyprus showed how inexpensive aerial weapons can reach sites once considered remote. Satellite operators now plan for simultaneous threats from cyberspace, undersea cables, and low-cost drones.
Lessons From the Viasat Incident
The February 2022 cyberattack on Viasat’s KA-SAT network disrupted thousands of terminals across Europe at the same moment Russian forces entered Ukraine. Intelligence assessments later attributed the operation to Russia. The episode demonstrated that ground-based satellite systems can be treated as first-strike targets on par with air defenses or command centers.
Commercial operators serving defense customers have since adjusted their assumptions. They now treat their own ground infrastructure as a potential combatant asset rather than neutral infrastructure. That shift has accelerated interest in moving more data handling into orbit through inter-satellite optical links, though those links carry their own risks from anti-satellite weapons and resulting debris.
Building Resilience Across the Entire Chain
Resilience no longer resides in any single antenna, fiber line, or license. It emerges only when geographic distribution, regulatory flexibility, and end-to-end redundancy are treated as one integrated system. Hardening antennas while leaving fiber or licensing unchanged simply shifts the weakest link elsewhere.
More than four years after the Viasat attack, the industry continues to redesign space infrastructure with the recognition that every segment – orbital, terrestrial, and legal – can be contested. The technical tools for rapid response are already in place. Closing the remaining gap between capability and permission remains the unfinished task.