Chinese Academy of Sciences (CAS) researchers have used advanced satellite imagery analysis to challenge official narratives from both Washington and Tehran about the scale of damage sustained during the US-Iran armed conflict that erupted following American and Israeli air strikes on Iran on February 28. The findings, published in the peer-reviewed journal The Innovation on July 7, expose significant discrepancies between what governments have publicly stated and what remote sensing data reveals on the ground.

What the satellite data found

Applying advanced remote sensing and image-processing techniques, the CAS scientists examined damage at US military installations across the Middle East, including Ali Al Salem Air Base in Kuwait and Al Dhafra Air Base in the United Arab Emirates. Their analysis identified damage patterns that point to operational shortcomings on both sides and exposed structural vulnerabilities in fixed overseas military installations.

'The observed scale of destruction indicates physical impacts that exceed the characterisations of ‘minimal damage’ or ‘successful defence’ commonly presented in US briefings,' the scientists wrote. They added that Iranian claims of ‘massive strikes’ may equally be overstated, suggesting both parties have shaped battlefield narratives to suit domestic audiences.

Why it matters

The study represents one of the first independent, open-source assessments of physical damage to US Naval Forces Central Command infrastructure during the conflict, drawing on commercial satellite data before access was restricted. The findings carry weight precisely because they originate from a state-affiliated institution in China — a country with strategic interests in the region — yet the conclusions cut against both American and Iranian official positions.

The research was conducted under the auspices of the Chinese Society for Surveying and Mapping, lending it additional institutional credibility within the geospatial science community.

The information blackout

On April 4, the US government enacted ‘shutter control’ measures targeting several commercial satellite imagery providers, including California-based Planet Labs, suspending the distribution of high-resolution space imagery over active conflict zones. The move effectively curtailed independent verification of battlefield conditions for much of the escalation phase of the conflict.

The CAS analysis appears to have drawn on imagery captured before those restrictions took effect, underscoring how brief the window for open-source intelligence was before it was closed by regulatory intervention.

Competitive backdrop

The publication highlights the growing role of non-Western scientific institutions in conflict monitoring — an area historically dominated by US-aligned research bodies and commercial providers. China’s own constellation of remote sensing satellites, expanding rapidly over the past decade, gives its researchers independent access to imagery that does not depend on American commercial providers subject to shutter control.

The armed conflict has already triggered economic disruption and global instability, with the Strait of Hormuz blockade affecting oil tanker movements and energy markets worldwide.

What’s next

With US shutter control measures still in place over conflict zones, independent verification of ongoing damage will remain constrained for Western-aligned researchers. The degree to which Chinese satellite data fills that gap — and how it is received by the international scientific and policy community — will be a key dynamic to watch as the conflict continues to evolve.