A Strike That Changed the Debate
On February 28, 2026, the first day of U.S. military operations against Iran, a Tomahawk cruise missile destroyed Shajareh Tayyebeh elementary school in Minab, in southern Iran's Hormozgan province. The strike killed 168 people, more than 100 of them children under age 12. The school sat fewer than 100 yards from an Islamic Revolutionary Guard Corps naval installation — separated from it by a wall whose construction was documented in satellite imagery dating to 2013–2016. That wall, and the school it enclosed, had not been updated in the intelligence database that generated the target.
The target was generated by Maven Smart System, a Palantir Technologies-built platform operating under a $1.3 billion Pentagon contract. Maven fuses satellite imagery, drone feeds, radar returns, and signals intelligence, then uses an AI layer — built on Anthropic's Claude model — to rank and recommend targets. In the opening 24 hours of operations, the system generated hundreds of coordinates and supported more than 1,000 strikes. It was the largest operational test of AI-assisted targeting in U.S. military history. And it produced the strike on Minab.
What Went Wrong
The official investigation, briefed to Congressional oversight committees last week, traced the failure to stale intelligence rather than a flaw in Maven's AI algorithms. The Defense Intelligence Agency's targeting database had not been updated to reflect the school's construction. When Maven queried that database, it returned the coordinates of the adjacent IRGC installation without any flag indicating a new structure had appeared in the intervening decade. The missile followed those coordinates.
Former targeting officers who have reviewed the findings say the conclusion that "humans — not AI — are to blame" is technically accurate but misses the operational reality. Before Maven, the targeting process for a strike of this sensitivity would have involved multiple layers of human review, collateral damage estimation, and cross-referencing against updated imagery. Maven's architecture compressed that process to meet the volume and speed requirements of the first operational day. A target that would have received hours of human scrutiny under the previous system received minutes under Maven.







