Is the US already in World War IV — and losing?

The Hill  |  Doug MacKinnon

China and other foreign adversaries are actively bypassing conventional strategic deterrence by developing asymmetrical cyber-warfare capabilities designed to cripple critical infrastructure in the United States. Rather than deploying nuclear warheads or ballistic missiles, adversary operations target municipal water supplies, electrical grids, financial transaction systems, satellite networks, and air traffic control.

A 2018 Government Accountability Office report previously revealed mission-critical cyber vulnerabilities in nearly all U.S. weapon systems tested between 2012 and 2017. Recent real-world disruptions underscore these risks, including Iranian cyber intrusions affecting water systems across 12 states, alongside federal warnings regarding saboteurs compromising water operations in seven additional states. The increasing integration of artificial intelligence, autonomous robotics, automated utilities, driverless vehicles, and digital currency creates vast technical attack surfaces. Consequently, pre-positioned drone swarms, deepfake disinformation campaigns, and systemic network hacks threaten to compromise national defense architectures, allowing enemies to force an unconditional surrender without kinetic destruction.

Comment

The exposure of Supervisory Control and Data Acquisition (SCADA) protocols in U.S. municipal water networks demonstrates how unclassified civil infrastructure functions as a soft front line in modern grey-zone conflict. Rather than targeting hardened defense networks, state-backed threat groups like Volt Typhoon focus initial access operations on dual-use commercial software to establish persistent foothold access within industrial control systems. This operational vector bypasses traditional air-gapped military perimeters, converting civilian utility reliance into systemic operational risk for home-station power projection.

This vulnerability severely compromises the mobilisation timelines of units reliant on domestic infrastructure for overseas deployment. When civilian electrical grids and municipal water distribution suffer concurrent cyber disruption, base support operations at installations like Fort Liberty or Naval Station Norfolk face immediate sustainment bottlenecks. Consequently, operational readiness within U.S. Cyber Command's Joint Cyber Warfighting Architecture hinges on treating civilian SCADA telemetry as contested operational territory rather than unclassified municipal infrastructure.

Strategic Question for Discussion

If adversary cyber groups like Volt Typhoon can persistently compromise civilian SCADA networks feeding major hubs like Naval Station Norfolk, how effectively can military command structures isolate operational deployment timelines from domestic infrastructure failure?

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