Abstract
Modern warfare has entered a phase where conflict is no longer initiated or decided solely through visible force, territorial aggression, or human-led strategy, but through the continuous operation of Artificial Intelligence systems that process intelligence, predict behavior, and influence decisions at a scale and speed beyond human comprehension, transforming the battlefield into a persistent, invisible domain where actions are shaped long before they are executed, as seen in real-world geopolitical tensions such as those between Russia and Ukraine, where cyber operations, satellite interference, and AI-assisted intelligence systems have become as critical as physical military deployments, and in the strategic competition between United States and China, where dominance in AI, semiconductor supply chains, and data ecosystems is shaping the future balance of power, and this paper examines how AI is redefining warfare by shifting control from direct human command to algorithmically influenced decision-making environments, where leaders increasingly rely on outputs they cannot fully audit, creating a dangerous illusion of control while introducing new forms of risk such as decision distortion, over-reliance on automated intelligence, and the potential for conflict escalation driven not by human intent but by system misinterpretation, ultimately arguing that the future of warfare will be determined not just by technological superiority but by the ability to maintain decision integrity, human oversight, and strategic clarity in a world where machines are no longer passive tools but active participants in shaping outcomes.
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Recommended Citation
Bhatnagar, Pranav Mr, "The Algorithmic Battlefield - How AI Is Redefining Modern Warfare", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9854