OPINION:
For years, the debate around satellite connectivity focused on whether the technology could work at scale. That debate is now over.
Satellite-powered direct-to-device networks are now operating commercially in the United States, extending connectivity to rural communities, remote regions and areas where emergencies disrupt traditional communications infrastructure.
Much of this progress has been driven by early movement: T-Mobile’s 2022 partnership with SpaceX’s Starlink helped demonstrate that direct-to-device satellite connectivity could move from concept to commercialization.
The challenge now is scaling those capabilities, and that requires coordination.
Despite decades of investment, meaningful coverage gaps remain across the U.S. As the economy becomes increasingly dependent on continuous connectivity, resilient communications systems are essential for public safety, logistics, energy operations and everyday consumers.
People expect to stay connected wherever they are and satellite connectivity is one of the few viable ways to close those gaps.
Yet no single operator controls the spectrum, infrastructure, distribution channels or technical capabilities needed to provide seamless nationwide satellite coverage. Fragmented spectrum holdings, carrier-specific customer access and uneven technical standards slow deployment, raise costs and limit scalability.
That’s why the newly announced joint venture between AT&T, Verizon and T-Mobile deserves serious attention from policymakers and consumers. While coordination among large companies sometimes raises concerns, fragmentation may now be the greater obstacle to realizing satellite connectivity’s full benefit.
The joint venture addresses several key bottlenecks. First, it enables more coordination around spectrum deployment. Because no one company holds enough spectrum to support comprehensive nationwide coverage, alignment can improve efficiency and reduce costs.
Second, it simplifies market access for satellite providers. Today, providers must negotiate separate arrangements with individual carriers, creating friction that slows adoption and raises barriers to entry. A more unified framework creates a clearer path to nationwide scale.
Third, it accelerates technical coordination across networks, devices and standards, improving interoperability and helping deliver a more consistent consumer experience. A more coordinated ecosystem can strengthen emergency response, improve resilience during outages and disasters and expand connectivity in underserved regions.
Maintaining competition and regulatory oversight while reducing structural barriers can benefit consumers, providers and the broader communications ecosystem.
The technology has already proven satellite connectivity works. The next challenge is making it work everywhere.
LEE MCKNIGHT
Associate professor, Syracuse University School of Information
Syracuse, New York
Please read our comment policy before commenting.