United States military forces face a widening sensor-to-shooter gap in large-scale combat operations due to adversary electronic warfare capabilities that deny GPS, position-navigation-timing, and communications. This degradation severely impacts over-the-horizon targeting accuracy, threatening the joint force's ability to execute deep strikes against high-value targets in contested environments.
To mitigate these vulnerabilities, rear-area intelligence cells must transition from centralized, sanctuary-based architectures to decentralized, redundant networks. Integrating artificial intelligence tools and leveraging commercial satellite constellations like Starlink, which currently has over 10,000 active satellites, can significantly reduce latency in the targeting cycle. Furthermore, establishing conditional direct links to supported units and streamlining secure information sharing with international allies will enhance coalition interoperability. Ultimately, pushing fires decision authority to the lowest practical level, implementing strict intelligence handover lines, and adopting resilient hybrid space architectures are critical to maintaining the tactical initiative against sophisticated adversaries.
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