Space Intelligence: The Foundation of Space Superiority

Center for Strategic and International Studies | John F. Huth

Executive Order 14369 mandates that the United States detect, characterize, and counter threats across very low-Earth orbit to cislunar space, including potential nuclear deployments. This directive responds directly to rapid counterspace advancements by China and Russia, which threaten to degrade American space superiority by targeting critical orbital infrastructure and national security assets.

To address these vulnerabilities, the U.S. Space Force's Future Operating Environment 2040 study identifies battlespace awareness in degraded environments as its primary operational challenge. Surprise in orbit is costly. Consequently, intelligence functions must inform the entire targeting cycle, utilizing both military and commercial space domain awareness capabilities. Commercial systems recently tracked Chinese Shiyan-24 and Russian Mozhayets satellites, while China's 2022 SJ-21 tug operation demonstrated rapid, destabilizing orbital maneuvering. Transitioning from reactive monitoring to predictive threat anticipation requires integrating diverse data streams, including cyber interference and financial indicators, to secure the domain.

Comment

The integration of commercial space domain awareness data into U.S. Space Force workflows represents a fundamental shift in orbital warfare doctrine. Historically, the Defense Intelligence Agency relied almost exclusively on highly classified national security systems to track Russian orbital assets. However, the rapid proliferation of manoeuvrable targets, such as the Chinese SJ-21 satellite, has exposed the limits of closed military architectures. Incorporating unclassified commercial telemetry allows the U.S. Space Force to rapidly share threat data with international partners without compromising sensitive collection methods.

This doctrinal evolution alters active targeting cycles. By offloading routine tracking of benign objects to commercial networks, military sensors can focus high-fidelity tracking resources on active threats like the Shiyan-24 satellite. Maintaining a continuous custody chain of high-interest targets allows the U.S. Space Force to reduce the latency of fire-control loops in contested orbits.

Strategic Question for Discussion

If the U.S. Space Force increasingly relies on commercial networks to track manoeuvrable threats like the Chinese SJ-21 satellite, how does this dependency affect the security of the broader military data-sharing pipeline during high-intensity conflict?

The pattern of integrating commercial telemetry suggests that while it expands tracking capacity, it introduces significant supply-chain and cyber vulnerabilities. My assessment is that adversaries will target commercial ground stations and data links to disrupt the flow of unclassified tracking data. This vulnerability likely forces the U.S. Space Force to maintain redundant military validation nodes to verify commercial data integrity before integrating it into active targeting cycles.

Share your assessment in the comments below.

To read in details click here