Successive U.S. administrations have repeatedly asked Elon Musk's SpaceX to activate or restrict Starlink satellite internet services in countries central to American foreign policy, according to a Reuters investigation that reveals previously unreported efforts to influence communications infrastructure in Ukraine, Iran, Yemen and Lebanon.
The requests, made during the administrations of former President Joe Biden and President Donald Trump, involved expanding connectivity for U.S. allies and populations facing internet restrictions while attempting to block access by armed groups Washington considers adversaries.
The findings, published on October 23, 2026, are based on accounts from six former senior U.S. officials familiar with the matter, who spoke on condition of anonymity. Their descriptions, detailed in the Reuters investigation into Washington's Starlink requests, illuminate an unusually close relationship between U.S. policymakers and a privately controlled satellite network.
The disclosures come as Ukraine continues to report restrictions on military satellite communications, intensifying a dispute over who can authorize changes to systems that have become important to battlefield operations and air defense.
Where the US Reportedly Sought Starlink Changes
The requests described by Reuters were not part of a single coordinated operation. They emerged across several years, under different administrations, and reflected substantially different security objectives.
Ukraine: Expanding Military Connectivity
Following Russia's full-scale invasion of Ukraine in February 2022, Biden administration officials encouraged SpaceX to expand Starlink availability for Ukrainian military operations, according to former officials interviewed by Reuters.
Satellite connectivity became particularly important as Ukrainian forces sought reliable communications in areas where conventional telecommunications infrastructure had been damaged, disrupted or exposed to electronic warfare.
Starlink enabled communications between military units, supported certain drone operations and provided connectivity beyond the reach of damaged terrestrial networks.
However, expanding access did not establish that Washington possessed unrestricted authority over every subsequent decision affecting the service.
Iran: Supporting Communications During Unrest
The Biden administration also sought to activate Starlink connectivity inside Iran during the protest movement that followed the September 2022 death of Mahsa Amini, according to a former senior official cited by Reuters.
The official said Starlink terminals were brought into Iran with administration assistance but did not disclose how many devices were transferred.
Under Trump, officials reportedly pursued similar efforts following U.S.-Israeli strikes on Iran in June 2025 and February 2026, hoping satellite internet access would help people communicate despite restrictions on conventional networks.
Neither the Trump administration nor SpaceX had publicly confirmed that all the terminals involved in those efforts were successfully activated, Reuters reported.
Yemen and Lebanon: Restricting Militant Access
In Yemen and Lebanon, U.S. officials sought the opposite outcome: restricting satellite connectivity that they believed could support armed groups aligned with Iran.
Former officials told Reuters that American intelligence indicated Starlink terminals had reached individuals associated with Yemen's Houthi movement and Lebanon's Hezbollah through intermediaries.
Concerns involving Hezbollah arose during fighting in southern Lebanon in October 2023. Similar concerns about Houthi access emerged in 2024.
According to the investigation, U.S. officials asked SpaceX to identify and deactivate relevant terminals. Two former officials said at least some were subsequently disabled.
These accounts concern specific suspected users and devices. They do not establish that Starlink was comprehensively shut down across either country or that every suspected connection was independently verified.
Why Ukraine's Starlink Restrictions Matter Now
The historical government requests have acquired renewed significance because of an ongoing dispute over restrictions affecting Ukraine's satellite communications in October 2026.
Ukrainian officials say limitations introduced around October 13 disrupted Starshield, the military-oriented satellite communications system associated with SpaceX, particularly when equipment was installed aboard fast-moving drones.
Some affected systems reportedly lost connectivity when traveling faster than approximately 160 kilometers per hour, or 100 miles per hour.
This threshold concerns the movement of connected equipment, not ordinary internet download speeds.
Ukraine uses satellite communications for battlefield coordination and certain unmanned aircraft operations. Restrictions affecting those connections can interfere with navigation, remote control and information exchange, depending on the equipment and mission.
In an October 23 explanation of the Starlink and Starshield dispute, Reuters reported that Ukrainian defense and military sources continued to observe restrictions despite statements suggesting access had been restored.
Trump said on October 23 that he would address any unresolved service problem and stated that he had not spoken with Musk about the issue.
Ukrainian President Volodymyr Zelenskyy disputed suggestions that normal operating conditions had returned. During remarks reported by Ukrinform on October 23, Zelenskyy said speed restrictions remained in effect.
Independent reporting also supported the continued-disruption accounts. CNN reported that Ukrainian military personnel were still encountering connectivity losses and operational difficulties on October 23.
As of the latest verified reports available on October 24, a complete restoration of the affected capabilities had not been established.
Who Controls Access to Military Satellite Communications?
The controversy has exposed conflicting accounts of responsibility for decisions affecting Ukraine's access to SpaceX systems.
An earlier Reuters investigation published October 15, citing U.S. and Western officials, reported that the instruction to restrict Starshield originated inside the White House. Those sources did not identify the individual responsible or definitively establish who implemented the decision.
Secretary of State Marco Rubio subsequently said decisions concerning Ukraine's Starlink access were matters for SpaceX and Musk rather than the White House.
Musk offered a different account of Starshield's authority structure, stating that the systems are controlled by the U.S. government and that restrictions are determined by the military and ultimately the president.
These statements address different aspects of a complicated relationship and have not resolved the conflicting accounts surrounding the October restrictions.
Starlink and Starshield Are Not Identical
Starlink is SpaceX's commercial satellite internet network. Starshield is the company's government-focused offering, designed around national-security applications, including secure communications.
The distinction matters because government procurement arrangements, operational requirements and decision-making authority can differ between commercial subscriptions and specialized military systems.
In a 2024 submission to the U.S. Commerce Department, SpaceX described cooperation with government agencies on export authorizations and protecting technology in support of national-security and foreign-policy objectives.
That public documentation establishes a framework for cooperation. It does not independently confirm every confidential request described by Reuters or establish a single authority structure governing all Starlink and Starshield operations.
The Challenge of Relying on a Private Satellite Network
The investigation raises a broader strategic concern: governments increasingly depend on communications infrastructure that they do not fully own or operate.
For Ukraine, the immediate issue is operational continuity. A satellite connection used in a military system may be difficult to replace quickly because alternatives must meet demanding requirements involving coverage, terminal integration, interference resistance and reliability.
For Washington, the issue involves how national-security decisions are translated into technical instructions when essential systems are provided by a commercial company.
European governments face a related problem. Heavy reliance on a U.S.-based provider creates uncertainty if policy disputes, contractual disagreements or technical restrictions interrupt services during a crisis.
Interest in European satellite operators has consequently become more relevant. As examined in NewsFusion365's earlier coverage of European satellite communications alternatives involving Eutelsat and SES, the Ukraine dispute has increased attention on providers outside SpaceX.
However, another operator's satellites do not automatically provide an interchangeable military service. Coverage, bandwidth, specialized terminals, operational integration and deployment timelines all affect whether a replacement is practical.
The policy question therefore extends beyond corporate ownership. It concerns whether governments and armed forces have sufficiently resilient communications arrangements when a single provider supplies capabilities that cannot immediately be replicated.
What Remains Unanswered
The Reuters investigation establishes a reported pattern of U.S. administrations requesting Starlink service changes, but several consequential questions remain unresolved.
First, the full record of government instructions and SpaceX's responses has not been made public. Reuters' sources described requests across multiple countries, including some reported terminal deactivations, but the precise implementation of every measure is not independently documented.
Second, competing accounts of the October 2026 Ukraine restrictions have yet to produce an undisputed explanation of who ordered the changes, who implemented them, and which contractual or governmental authority applied.
Third, statements about restoration have not matched all the operational observations reported by Ukrainian officials. Confirmation of full service restoration requires more than an announcement: it requires evidence that the affected capabilities are functioning under the relevant conditions.
Finally, governments have not publicly resolved how to balance national-security oversight, commercial control and continuity of service when private satellite infrastructure becomes indispensable to military operations.
The immediate developments to watch are any verified changes to Ukraine's communications restrictions, official clarification of decision-making responsibility, and documentary evidence concerning the historical requests described by Reuters.
Until those questions are answered, the investigation's central significance lies in what it reveals about the expanding role of commercial satellite infrastructure in foreign policy—and the unresolved accountability questions that follow when decisions about connectivity can carry military and diplomatic consequences.
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