The image of a billion-dollar stealth fighter, the pinnacle of aerospace engineering, being brought down by a low-cost, shoulder-fired missile is no longer a plot point from a techno-thriller. it is the new reality of modern conflict. This jarring asymmetry is redefining the global security landscape, shifting the advantage from those with the most expensive hardware to those who can most effectively integrate artificial intelligence and robotics into the field.
For those of us who track the intersection of technology and storytelling, this shift is as fascinating as it is terrifying. It is this precise tension—the collision of cutting-edge science and the primal nature of war—that drives the narrative of The Future of War in the AI Era (AI 시대, 전쟁의 미래), a comprehensive exploration of the robotic arms race by George M. Doherty. Published by Gimmyoungsa, the book serves as both a historical record and a cautionary forecast, dissecting how we arrived at the brink of a “second wave” of robot warfare.
As an editor who spends most of her time analyzing the narratives of Hollywood and pop culture, I find Doherty’s work particularly striking because it exposes the gap between the “AI” we see in cinema—sentient machines and galactic empires—and the “AI” currently being deployed in the mud and trenches of actual battlefields. The book doesn’t just discuss software; it discusses the physical manifestation of intelligence in the form of autonomous systems that are fundamentally altering the paradigm of combat.
From Tesla’s Remote Control to Autonomous Kill Chains
Doherty frames the evolution of military robotics not as a sudden leap, but as a century-long progression. He traces the lineage of these machines back to the early experiments of Nikola Tesla, whose work with remote-controlled vessels laid the conceptual groundwork for what we now call “teleoperation.” For decades, the goal of military robotics was simple: remove the human from the line of fire while keeping the human in the loop of decision-making.
However, the book argues that we have entered a transitional phase where the “human in the loop” is becoming a bottleneck. The speed at which AI can process sensor data, identify targets, and execute a strike far exceeds human cognitive capabilities. This has led to the rise of autonomous weapons systems (AWS), which can select and engage targets without further intervention by a human operator. This shift represents a move from automated systems—which follow a strict, pre-programmed script—to autonomous systems, which can adapt to changing environments in real-time.
This evolution is characterized by the decline of traditional “big” platforms. For a century, military power was measured by the size of one’s aircraft carriers, the thickness of tank armor, and the stealth capabilities of jets. Doherty posits that these massive investments are becoming liabilities—”expensive targets” for swarms of small, cheap, and intelligent drones that can overwhelm traditional defenses through sheer numbers and coordinated AI logic.
The ‘Second Wave’ of Robot Warfare
The most provocative section of The Future of War in the AI Era focuses on what Doherty calls the “second wave” of robotic warfare. While the first wave was defined by drones and remote-operated vehicles (ROVs), the second wave is defined by true integration and autonomy.
In this second wave, AI is not just a tool used by a soldier; it is the coordinator of the entire battlefield. We are seeing the emergence of “loitering munitions”—often called suicide drones—that can hover over a target area for hours, using computer vision to identify specific enemy signatures before striking. The book highlights how the democratization of this technology allows non-state actors and smaller nations to project power that was previously reserved for superpowers.
Beyond drones, the book examines the push toward humanoid robotics. The goal is to create machines that can operate in environments designed for humans—climbing stairs, opening doors, and handling existing weaponry—without risking human lives. While the industry is still in its nascent stages, the trajectory is clear: the military is seeking a “force multiplier” that can endure the physical and psychological attrition of war without the need for sleep, food, or morale.
The Ethical Abyss: Who Holds the Key?
The technological achievements detailed by Doherty are shadowed by a profound ethical void. The central question of the book is not can we build these machines, but should we allow them to make lethal decisions. The prospect of “algorithmic warfare” introduces a terrifying layer of detachment. When a machine commits a war crime, who is held accountable? The programmer? The commanding officer? The AI itself?
The international community has struggled to keep pace with these developments. Discussions within the United Nations regarding Lethal Autonomous Weapons Systems (LAWS) have highlighted a deep divide between nations wanting a total ban on “killer robots” and those viewing them as an inevitable military necessity. Doherty argues that without a global treaty, the world risks an AI arms race that could lead to accidental escalations—where two opposing AI systems trigger a conflict through a feedback loop of rapid-fire responses that no human can stop in time.
This “flash war” scenario is the ultimate nightmare of the AI era: a conflict that starts and escalates in milliseconds, driven by algorithms optimized for efficiency rather than diplomacy or human survival.
Key Takeaways from ‘The Future of War in the AI Era’
- Asymmetric Dominance: Low-cost, AI-driven systems are neutralizing high-cost traditional assets like stealth jets and tanks.
- The Autonomy Shift: Warfare is moving from teleoperation (human-controlled) to true autonomy (machine-decided).
- The Second Wave: The next phase of conflict will involve coordinated swarms and humanoid robots capable of operating in human environments.
- Accountability Gap: The lack of a legal framework for AI-driven lethal actions creates a dangerous “responsibility gap” in international law.
- Risk of Escalation: AI’s speed increases the risk of “flash wars,” where automated responses trigger conflicts faster than humans can intervene.
Why This Matters for the Global Audience
While The Future of War in the AI Era may seem like a niche study for military historians or tech enthusiasts, its implications touch every citizen of the digital age. The same computer vision and machine learning algorithms that power our smartphones and curate our social media feeds are the foundations of the targeting systems described in Doherty’s book. The boundary between civilian AI and military AI is increasingly porous.
the book challenges us to rethink the nature of bravery and sacrifice. For centuries, the “soldier” has been a symbol of human courage under pressure. If the front lines are populated by machines, the nature of war changes from a test of will to a test of computing power and energy efficiency. This detachment may make the decision to enter a conflict “easier” for political leaders, as the immediate domestic cost—the return of coffins—is reduced.
Doherty does not offer simple answers, but he provides a necessary map of the minefield we are currently walking through. The book is a reminder that while technology evolves exponentially, human ethics and international law evolve linearly. The gap between the two is where the greatest danger lies.
As we look toward the next few years, the critical checkpoint will be the ongoing diplomatic efforts to establish a binding international treaty on autonomous weapons. Whether the global community can agree on a “red line” for AI autonomy will determine if the “second wave” of robot warfare remains a theoretical warning or becomes a permanent, uncontrollable reality of human existence.
What are your thoughts on the rise of autonomous weapons? Do you believe a global ban is possible, or is the AI arms race already inevitable? Share your views in the comments below.