The first signs that an American aircraft had been shot down arrived on Telegram: images of wreckage and an empty ejection seat on pro‑Iranian channels, followed by videos of search‑and‑rescue planes over southwestern Iran. Jake Godin, a senior researcher at Bellingcat who verifies open‑source material, moved to check whether the posts were real. But he and other investigators soon ran into two new obstacles: an Iranian internet blackout that limited what civilians could send outside the country, and shrinking access to recent, high‑resolution satellite imagery.
Shortly after the conflict began, Planet, which operates hundreds of small imaging satellites, told customers it would impose a two‑week delay on imagery and then announced it would no longer share recent images of the Middle East. Vantor, another U.S. commercial imagery provider, adopted similar limits. Planet said the U.S. government had asked providers to “voluntarily implement an indefinite withhold” in the designated area of interest and later called its restrictions a way to reduce the risk its data could be misused. Both companies describe their controls as voluntary and point to relationships with defense and intelligence customers—nearly 60% of Planet’s recent revenue came from defense and intelligence contracts—as part of the context for their decisions.
The imagery cutoffs were a major setback for analysts. Planet and Vantor produce high‑resolution pictures and frequent overpasses that have become standard tools for journalists and investigators. Without them, cross‑checking user videos against satellite photos—an essential method for geolocation and verifying time and place—became harder.
The push to control what the public sees in wartime is not new. Scholars note that states have long tried to manage wartime images because exposure of war’s brutality can undermine public support. In the early 20th century, military censors tightly controlled World War I reporting; by Vietnam, television images made such efforts far more difficult and produced a backlash in some military circles. In the 21st century, embedding journalists with troops and other practices have been used to shape coverage.
Over the last decade, however, the combination of social media and commercial satellite imagery transformed how conflicts are observed. During the Arab Spring and the Syrian civil war, citizens posted videos and photos in near real time; investigators used those posts plus near‑daily commercial satellite photos to verify claims and map events. Russia’s invasion of Ukraine produced an extraordinary torrent of locally generated media paired with satellite corroboration, allowing analysts to slice many events into verifiable pieces.
The Iran conflict flipped that dynamic. Inside Iran, authorities have imposed an unusually strict internet blackout—escalating restrictions that began with protests in early 2026 and deepening during the war. The blackout is relatively new in its severity; even when the U.S. and Israel struck Iran’s nuclear sites the year before, citizens widely shared footage on social platforms. Now, videos still emerge—especially on Telegram, where many pro‑government channels publish—but the overall flow of ground‑level content is much reduced.
Across the Gulf, governments have also arrested or detained people for filming strikes or military sites. Abu Dhabi police said they detained hundreds for taking unauthorized footage and spreading what they called misleading information. Gulf states worry that images of strikes or instability will damage their reputation as safe places to live and invest—especially sensitive in Dubai, where tourism, finance, and property markets depend on perceived security.
The U.S. has played a role in limiting public access to satellite imagery too. Reporters and the Pentagon have had fraught relations, and with limited press access to troops or the department, satellite images became a key source of independent documentation early in the Iran fighting. Some images published by outlets revealed sites where U.S. servicemembers were killed and mapped damages to bases and communications infrastructure. Those public revelations reportedly prompted officials to seek tighter controls over commercial imagery. Within weeks, Planet and Vantor stopped distributing imagery to the press entirely; Planet moved from a 14‑day hold to an indefinite moratorium.
Commercial imagery firms say their decisions are about responsible business practice and reducing the chance their data could be misused, but their dependence on government contracts complicates perceptions. Both companies are regulated and have substantial defense and intelligence customers.
Despite constraints, censorship has not been absolute. Lower‑resolution publicly funded satellites—run by government space agencies—continue to provide imagery, though at coarser detail than commercial providers. Other commercial suppliers, like Airbus, still provide some photos. Social media still yields photos and videos from the Gulf and from inside Iran when channels or individuals post. A widely circulated image showed wreckage of a U.S. E‑3 Sentry aircraft at a Saudi base, for instance.
Verification, however, has grown harder—especially with advances in AI and synthetic content. Satellite imagery provides essential “ground truth” that ties multiple videos and photos to a single time and place; without recent high‑resolution images, separating authentic footage from manipulated or mislocated material is more difficult. Experts warn that fact‑checking videos is “a lot harder” without timely satellite corroboration.
Open‑source investigators are adapting. They often expect and respond to shifts in data availability and have developed workarounds. Bellingcat released an online tool that uses radar data from older satellites to assess damage across the region, and analysts are turning to alternate sensor types and providers. Publicly available radar, thermal, and lower‑res optical imagery can still reveal strikes, fires, and changes on the ground, albeit with less precision.
In short, attempts by states and others to impose a digital “fog of war” in Iran have been partly effective: they have made verification more difficult, silenced some local sources, and limited high‑resolution commercial imagery. But the information ecosystem has not been sealed. A mix of social posts, lower‑resolution public satellites, alternate commercial providers, and inventive open‑source techniques continues to produce evidence that analysts and journalists can use—just less easily and with greater uncertainty than before.
NPR’s Aya Batrawy and Sarah Knight contributed to this report.
Contact Geoff Brumfiel on Signal at gbrumfiel.13