War in the Age of Commercial Spacepower: Five Lessons from Ukraine

Istituto Affari Internazionali | Andrea Grillo, Elio Calcagno

Russia's 2022 invasion of Ukraine marked the widespread operational integration of commercial space services into active military operations. Hours prior to the ground assault, Moscow launched a cyber denial-of-service attack targeting Viasat ground modems, crippling Ukrainian military command networks while accidentally disconnecting 5,800 wind turbines in Germany. Lacking sovereign orbital assets, Kyiv adapted by embedding capabilities from commercial satellite providers including Starlink, ICEYE, and Planet Labs into its command structures.

Functional innovation yielded decisive tactical advantages. By connecting roughly 70,000 Starlink terminals directly to artillery units, Ukrainian forces shortened target intelligence delivery times from days to minutes. Conversely, Russian electronic warfare jamming and spoofing lowered the operational success rate of Western precision-guided munitions from 55 per cent to around 6 per cent. While Ukraine leveraged flexible commercial architectures alongside historical space industrial entities like Pivdenmash, Russia remains constrained by rigid command hierarchies and long-term space sector decline.

Comment

The integration of commercial Starlink terminals into frontline Ukrainian formations demonstrates a fundamental decentralisation of tactical command and control. By routing real-time drone video directly to battery commanders via commercial satellite links, Kyiv bypassed traditional hierarchical C2 nodes that historically bottlenecked target engagement. This architecture shifts engagement authority down to lower-echelon commanders who can execute artillery strikes within minutes of target identification.

This operational speed depends on distributing resilient network nodes rather than relying on centralised high-throughput military ground stations. When Russian cyber forces disrupted Viasat's Ka-Sat network at the onset of hostilities, the vulnerability of centralised ground control segments became immediately apparent. By deploying thousands of dispersed Starlink dish terminals, Ukraine neutralised single-point command failures across tactical sectors.

Strategic Question for Discussion

Which factor presents a greater operational vulnerability for commercial satellite-reliant militaries — the disruption of ground segment architecture like Viasat's Ka-Sat modems, or state-level jamming of frontline Starlink terminals?

The available evidence points toward ground segment cyber vulnerabilities as the more severe operational risk, given their potential to disable wide-area command networks instantly. While localised electronic warfare jamming against Starlink terminals degrades tactical connectivity near the contact line, ground-station cyber intrusions like the Viasat attack collapse C2 node connectivity across entire theatres without requiring proximity to active combat zones.

Share your assessment in the comments below.

Read the original article