The accelerating modernization of the People's Republic of China's (PRC) military Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) systems presents a critical challenge to United States strategic dominance in the Indo-Pacific region, particularly as intelligence assessments indicate a potential 2027 timeline for military action against Taiwan. This qualitative study employed a multi-method open-source intelligence (OSINT) research design to identify exploitable vulnerabilities within PRC military C4ISR architectures and develop integrated offensive cyber and information warfare strategies across a 1- to 5-year planning horizon. Guided by three complementary theoretical frameworks—Lockheed Martin's Cyber Kill Chain, Boyd's Observe-Orient-Decide-Act (OODA) Loop, and Cyber Persistence Theory—the study analyzed 16 unclassified sources encompassing cyber threat intelligence reports, satellite system databases, and People's Liberation Army (PLA) organizational documents across four Lines of Operation: Offensive Cyber Operations, Electronic Warfare, Information Operations, and Integrated Scenario Analysis. Key findings revealed that 16 PRC-attributed Advanced Persistent Threat groups collectively provide coverage across all seven Cyber Kill Chain phases, 99 active military and dual-use satellites exhibit frequency-dependent vulnerabilities with the BeiDou navigation constellation identified as a priority target, the OODA Loop "Orient" phase represents a critical decision-making bottleneck within PLA command structures, and the 2024 Strategic Support Force restructuring has created transitional organizational vulnerabilities exploitable through cross-domain operations. The study produced three integrated targeting packages demonstrating how synchronized cyber, electronic warfare, and information operations can achieve cascading effects across PRC C4ISR systems. Theoretical contributions include the novel "Cross-Domain Persistence" framework, which extends Cyber Persistence Theory to multi-domain military operations, and empirical validation of OODA Loop disruption mechanisms at the organizational level. This research provides actionable intelligence for U.S. Cyber Command planners, joint force commanders, and national security policymakers seeking to maintain strategic advantage in an era of intensifying great power competition.
Laszlo Pokorny (Thu,) studied this question.
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