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AI and Military Supremacy: A Reality Check on Combat Technology

AI and Military Supremacy: A Reality Check on Combat Technology

In a world increasingly dominated by technological advancements, Air Force Secretary Frank Kendall highlighted the imperative for the military to adopt artificial intelligence (AI), stating, ‘It’s a security risk not to have it. At this point, we have to have it.’ These remarks reflect a crucial sentiment in defense circles: AI is no longer a luxury but an essential tool for maintaining military supremacy.

While there is enthusiasm for AI’s potential in bolstering America’s military capabilities, there are significant caveats regarding its application on the battlefield. The Pentagon’s reliance on AI springs from a historical pattern of developing technological offsets to counter adversary advantages.

Historical Context of Technological Offsets

During the Cold War, faced with superior Soviet forces, the U.S. developed nuclear weapons to secure a strategic edge. This was followed by the second offset, which harnessed precision-guided munitions and stealth technology to maintain military superiority throughout the latter part of the 20th century.

In a bid to establish a third offset, the Department of Defense announced in 2016 a focus on integrated technological innovation. Now, with China amassing a formidable military presence, there’s a race to find new advantages, with AI positioned as a promising candidate.

The Realities of AI in Warfare

Modern AI, enabled by advanced computer systems, promises unprecedented capabilities in various domains, such as autonomous drones and cyber warfare. However, history advises caution. Unlike nuclear arms, AI does not fundamentally alter the nature of international conflict. Its capabilities, although impressive, have not yet produced a paradigm shift in deterrent strategies.

The ongoing war in Ukraine serves as a prominent example. Both Russia and Ukraine have deployed AI in combat, experiencing a robust array of AI-enabled systems including drones and electronic warfare technology. Despite these advancements, the conflict has led to a stalemate resembling conventional warfare, underscoring the limits of technological superiority in achieving decisive advantages.

Lessons from the Past

Historical precedents reveal how advanced technologies, while remarkable, often failed to secure strategic triumphs. Notably, Nazi Germany’s investment in V-1 and V-2 missiles proved less effective than conventional air raids. Furthermore, despite enhancing battlefield medicine during the Vietnam conflict, helicopters did not alter the ultimate strategic outcome.

These observations caution against oversimplifying AI’s role in military strategy. As the narrative suggests, even with advanced technology, the US must recognize that industrial capability, logistics, and the resolve to sustain prolonged conflicts will ultimately dictate the outcomes of future wars.

Conclusion: Balancing Expectations and Reality

As the armed forces advance their AI capabilities, there is a pressing need for a realistic assessment of its limitations. While AI will undoubtedly enhance military efficacy, U.S. defense strategies must integrate technological innovations with a comprehensive national approach that emphasizes economic strength and industrial resilience.

Looking ahead, it is essential to remember, as history suggests, that successfully prevailing in conflict is about more than merely possessing advanced technology—it’s about having the strategic foresight to wield it wisely amidst the complex realities of warfare.

Maj. Adam Satterfield and Maj. Christopher Grimm contribute to this discourse, emphasizing the importance of a holistic defense posture.