How Ukraine and Iran (and Satellites) Are Rewriting Military Doctrine

Why It Matters

Reliance on commercial space assets forces militaries to rethink command‑and‑control resilience, while new drone technologies erode legacy electronic‑warfare defenses, accelerating a doctrinal shift toward networked, autonomous operations.

Key Takeaways

• Starlink became battlefield backbone, then strategic vulnerability
• Starshield offers encrypted, jam‑resistant military satellite links
• Fiber‑optic FPV drones bypass radio jamming, reduce EW costs
• Satellite‑guided drone swarms enabled large‑scale strikes in Iran
• Commercial ISR now integral to real‑time targeting cycles

Pulse Analysis

The integration of commercial satellite constellations into combat operations marks a watershed moment for defense planners. In Ukraine, Starlink’s rapid deployment restored communications after Russia crippled terrestrial networks, but the 2025 outage highlighted the fragility of depending on a single private provider. SpaceX’s subsequent Starshield service, built with hardened encryption and anti‑jamming features, demonstrates how commercial firms can quickly adapt to military requirements, delivering high‑bandwidth links that sustain autonomous platforms even in contested electromagnetic environments.

At the tactical level, the emergence of fiber‑optic first‑person‑view drones has upended traditional electronic‑warfare countermeasures. By transmitting video and control signals through a physical cable, these drones render radio‑frequency jammers ineffective, delivering low‑latency, high‑definition feeds at a fraction of the cost of dedicated EW systems. Both Russian and Ukrainian forces have fielded these systems, and Ukraine’s rapid domestic production of 40‑kilometre‑range models illustrates how quickly new technologies can be scaled in a high‑intensity conflict, forcing adversaries to reconsider costly jamming investments.

Strategic operations such as Israel’s Operation Rising Lion showcase the convergence of satellite communications, AI‑driven intelligence, and swarm‑capable drones. Real‑time missile‑warning data from U.S. Space Force sensors, combined with Starshield‑enabled command links, allowed coordinated strikes on over a hundred Iranian targets, achieving unprecedented precision and speed. This fusion of space‑based ISR, hardened communications, and autonomous weaponry signals a broader doctrinal shift: future wars will be fought as much in orbit as on the ground, demanding resilient, private‑sector partnerships and new counter‑technology developments.