France has granted regulatory clearance to U.S.-based satellite operator Globalstar for the launch and operation of a 54-satellite direct-to-device (D2D) constellation, a decision that positions the company to begin deploying its next-generation network in 2026. The approval, issued by French authorities, permits Globalstar to provide satellite communications directly to consumer mobile devices—a capability that eliminates the need for dedicated ground station infrastructure or specialized satellite phones.
The direct-to-device concept represents a significant shift in how satellite networks interface with end users. Rather than requiring a consumer to own a purpose-built satellite terminal or to be near a ground station, D2D satellites function as relay points in orbit, communicating directly with the radio hardware already present in standard smartphones and other mobile devices. In practical terms, the satellites act as cell towers in space, extending existing cellular coverage to areas where terrestrial infrastructure is absent or unreliable—remote rural regions, maritime zones, and disaster-affected areas where ground networks have failed.
Globalstar, headquartered in Manassas, Virginia, has operated a medium-earth-orbit satellite network for two decades, primarily providing positioning, navigation, and timing services as well as satellite messaging. The 54-satellite constellation approved by France represents a next-generation expansion of that capability, moving the company into the direct consumer communications market. The company has indicated that deployment is planned to begin in 2026, though specific launch vehicle assignments and detailed orbital parameters were not disclosed in the publicly available regulatory filing.
The role of France as the regulatory authority for this deployment reflects the international nature of satellite spectrum and orbital slot allocation. Under the framework established by the International Telecommunication Union, satellite operators must secure frequency rights and orbital positions through national regulatory bodies before filing with the ITU. France's approval is one component of a broader multilateral process, but it signals that the company has cleared a significant regulatory hurdle in a major European jurisdiction.
The D2D satellite market has become one of the most active areas of competition in the aerospace sector. SpaceX's Starlink network has already demonstrated the technology at scale, with its satellites providing direct-to-cell service to select carrier partners. Other operators, including AST SpaceMobile and Lynk Global, have announced comparable programs. Globalstar's entry into this space, while smaller in scale than Starlink's multi-thousand-satellite deployment, leverages the company's existing orbital assets and partnerships with mobile network operators to offer a differentiated service.
For the broader aerospace industry, the approval underscores a structural shift in how satellite operators are evaluated. The traditional satellite communications model—where satellites serve as high-capacity backhaul links between ground stations—is being supplemented, and in some use cases displaced, by architectures that treat the consumer device as the primary endpoint. This change carries implications for launch demand, spectrum management, and the competitive positioning of terrestrial network operators, who will increasingly rely on satellite partners to fill coverage gaps rather than building out additional tower infrastructure.
Globalstar's 54-satellite constellation, while modest in number compared to the mega-constellations deployed by other operators, is designed to integrate with existing mobile network standards, allowing the company to work within the regulatory and technical frameworks that govern terrestrial cellular service. This approach may offer a pathway to market that is less dependent on building an entirely new consumer-facing brand and more focused on augmenting the networks that carriers already operate.
The French regulatory decision does not constitute a final, all-encompassing authorization; additional national and international approvals will be required before the first satellite reaches orbit. However, it represents a concrete step in a process that, if completed on schedule, will add a new participant to the direct-to-device segment and further intensify competition in a market currently dominated by a small number of large operators.