Summary
On 3 October 2015, a U.S. AC-130 gunship destroyed the Médecins Sans Frontières trauma centre in Kunduz, Afghanistan. Forty-two people were killed. The coordinates of the hospital were in the intelligence database. MSF had communicated the facility's GPS location to U.S. and Afghan forces four days prior. During the strike, MSF staff called U.S. forces directly, identified themselves, and provided coordinates. The strike continued for another thirty minutes.
The intelligence existed. The sensors worked. The communications were open.
Analysis
Every review of the Kunduz strike converged on the same finding: this was a coordination failure, not an intelligence failure. Congressman Duncan Hunter wrote to the Secretary of Defence that elements of the Distributed Common Ground System (DCGS) were offline during the attack, including the intelligence fusion server and cloud connectivity. Hunter was technically correct. He was also targeting the wrong system.
As one analyst observed at the time: the attack resulted from a lack of operational and fires coordination. The systems that should have prevented it were CPOF (command post), JADOCS (joint attack documentation), and AFATADS (fire support). Not intelligence platforms. SOF advisors accepted Afghan National Army targeting data without vetting it through fires channels. The AC-130, as a SOF asset, did not follow standard ROE or clearance procedures for indirect fires. The mission was never cleared operationally or through fires coordination.
The institutional response nonetheless focused on the intelligence architecture. This is a recurring pattern: catastrophic coordination failure occurs, the intelligence system is blamed, billions are spent on the intelligence system, and the coordination problem persists.
The DCGS Pattern
DCGS began as a sound concept: federate ISR data across services, provide commanders a common operating picture. By deployment at scale, it was a $5 billion programme that Army testers in 2012 rated "not survivable"—at risk of failing in combat. Field units in Afghanistan and Iraq adopted Palantir's Gotham platform as a supplement, then as a replacement.
Brigade commanders who documented DCGS failures reported intimidation and career threats from Army leadership. The system's primary defenders were not field operators but the acquisition bureaucracy and prime contractors whose revenue depended on programme continuation.
Minab, 28 February 2026
On 28 February 2026, during the opening hours of U.S.-Israeli strikes on Iran, the Shajareh Tayyebeh girls' elementary school in Minab, Hormozgan province, was destroyed. Between 165 and 180 people were killed, the majority schoolgirls aged seven to twelve. Approximately 170 to 264 students were present at the time. As of this writing, 69 remains have not been identified and are undergoing DNA testing.
The school was located within a compound that had formerly been part of an IRGC naval base. Satellite imagery analysed by NPR and confirmed by three independent experts shows the school was walled off from the base between 2013 and 2016. A health clinic within the same compound was walled off between 2022 and 2024. Seven buildings within the compound were struck in what analysts assessed as a precision airstrike on the adjacent military complex. Jeffrey Lewis, a weapons expert consulted by NPR, assessed that the strike likely resulted from outdated targeting information that had not been updated to reflect the separation of the school from the base.
Testimony from two Iranian Red Crescent medics, corroborated by a victim's parent, indicates the school was struck at least twice. After the first impact, the school's principal moved surviving students to a prayer hall and called parents. The second strike hit the prayer hall. According to Minab's mayor and the Iranian Ministry of Education, the school was struck three times. Video released by Iranian state media and geolocated by Bellingcat shows a cruise missile striking the compound; an independent analyst assessed the munition as inconsistent with known Iranian-made cruise missile designs.
The structural parallel to Kunduz is direct. In both cases, the target's protected status was known or knowable within existing systems. In both cases, the strike proceeded because the information that should have prevented it did not reach the point of decision. At Kunduz, the hospital's coordinates were in the intelligence database but were not integrated into the fires coordination chain. At Minab, the school's physical separation from the military facility was visible in commercial satellite imagery for a decade but was apparently not reflected in the target sets used for strike planning.
At Kunduz, forty-two people died because operational coordination failed. At Minab, the evidence as it continues to emerge indicates that up to 180 children died because target maintenance—the routine process of updating target data to reflect changes on the ground—failed. Both are coordination problems. Neither is a sensor problem. In both cases, the information existed. It was not where it needed to be when the decision was made.
Operational Relevance
The coordination gap identified at Kunduz has not been resolved. It has been overtaken by a new condition: the transparent battlespace. When every participant—including adversaries—has persistent ISR coverage through commercially available drone systems, the problem shifts from "how do we see the battlefield" to "how do we move, supply, and evacuate when everyone can see everything."
The defence industry's response has been to focus on counter-drone interdiction—destroying or jamming the sensors. This is the same diagnostic error as Kunduz. The problem is not the sensor. The problem is what happens to decision-making, logistics routing, and casualty evacuation when sensor denial is incomplete, temporary, or impossible.
Until the coordination gap is treated as the primary problem—rather than a secondary effect of insufficient technology—the pattern will repeat. The information existed at Kunduz. It was not where it needed to be when the decision was made.