The conflict between Israel and Iran has entered a new, and potentially far more dangerous, phase, marked by the increasing reliance on artificial intelligence to accelerate the speed and scale of military operations. Experts warn that this shift heralds an era of bombing campaigns conducted faster than human comprehension allows, raising concerns about the potential for unintended consequences and the erosion of human oversight in decisions of war and peace. The use of Iran-focused AI systems is dramatically altering the dynamics of conflict, compressing timelines from weeks to mere minutes.
Recent strikes, launched by both the United States and Israel, reportedly involved the use of Anthropic’s AI model, Claude, to expedite the “kill chain” – the process from target identification to strike authorization. This technology, according to sources, is designed to shorten the time required for complex military planning, a phenomenon described as “decision compression.” The first 12 hours of the recent offensive saw almost 900 strikes on Iranian targets, culminating in the reported death of Iran’s supreme leader, Ayatollah Ali Khamenei, according to reports from The Guardian.
AI’s Role in Accelerating Conflict
The integration of AI into military strategy isn’t new. Both the US and Israel have previously utilized AI for target identification, notably during operations in Gaza. However, the current situation represents a significant escalation, with AI now playing a central role in the entire strike process. In 2024, Anthropic deployed its Claude model across the US Department of Defense and other national security agencies, as part of a system developed with Palantir, to enhance intelligence analysis and decision-making. This system rapidly analyzes vast amounts of data – from drone footage to intercepted communications – to identify, prioritize, and recommend targets, even evaluating the legal justification for strikes.
“The AI machine is making recommendations for what to target, which is actually much quicker in some ways than the speed of thought,” explained Craig Jones, a senior lecturer in political geography at Newcastle University and an expert in kill chains. “So you’ve got scale and you’ve got speed, you’re [carrying out the] assassination-style strikes at the same time as you’re decapitating the regime’s ability to respond with all the aerial ballistic missiles. That might have taken days or weeks in historic wars. [Now] you’re doing everything at once.” This rapid acceleration, experts say, allows for simultaneous offensive actions – targeting leadership and crippling response capabilities – that were previously unimaginable.
Concerns Over Human Oversight and ‘Cognitive Off-Loading’
While proponents emphasize the efficiency gains offered by AI, concerns are mounting about the potential for reduced human oversight and the ethical implications of delegating life-and-death decisions to machines. David Leslie, a professor of ethics, technology and society at Queen Mary University of London, warns of “cognitive off-loading,” where humans become detached from the consequences of their decisions due to the fact that the analytical work is performed by AI. This detachment, he argues, could lead to a diminished sense of responsibility and a greater risk of unintended harm.
The speed at which AI systems operate also raises questions about the ability of human operators to adequately evaluate the recommendations generated by these systems. As Leslie points out, decision-makers are presented with a limited timeframe to assess complex options, potentially leading to a reliance on automated suggestions without sufficient critical analysis. This is particularly concerning given the potential for errors or biases within the AI algorithms themselves.
The Human Cost and Iran’s Capabilities
The human cost of the escalating conflict is already evident. On Saturday, a missile strike hit a school in southern Iran, reportedly killing 165 people, many of whom were children. State media reported the school was near a military barracks, and the United Nations has condemned the attack as a “grave violation of humanitarian law.” The US military has stated We see investigating the reports.
While the US and Israel are at the forefront of AI-driven military technology, Iran’s own capabilities in this area remain limited. Although Iran claimed in 2025 to be using AI in its missile-targeting systems, its AI program is hampered by international sanctions and lags significantly behind those of the US and China. This disparity in technological advancement further complicates the already volatile situation.
Shifting Alliances and Policy Reversals
The US administration’s recent stance on Anthropic highlights the complex political considerations surrounding the use of AI in warfare. Initially, the administration announced plans to ban Anthropic from its systems due to the company’s refusal to allow its AI to be used for fully autonomous weapons or surveillance of US citizens. However, this decision was reversed, with Anthropic remaining in use until a phased rollout of the ban. Meanwhile, OpenAI, Anthropic’s rival, quickly secured a deal with the Pentagon for military use of its AI models, demonstrating the intense competition for influence in this rapidly evolving field.
The deployment of AI is expanding across defense establishments globally, encompassing logistics, training, and maintenance, according to Prerana Joshi, a research fellow at the Royal United Services Institute. “AI is a technology that will allow decision makers…to improve the productivity and efficiency of what they do,” she said. “It’s a way of synthesising data at a much faster pace that is helpful to decision makers.”
The current conflict serves as a stark demonstration of how AI is reshaping modern warfare, accelerating decision-making and potentially lowering the threshold for escalation. The next key development to watch will be the outcome of the US military’s investigation into the school strike in Iran, and any subsequent adjustments to rules of engagement or AI protocols.
This is a developing story, and we encourage readers to share their thoughts and perspectives in the comments below.
