The FCC just gave Lynk and Anterix a small 900 MHz test from orbit, and it could redraw how utility networks reach remote America

The Federal Communications Commission (FCC) has granted a pivotal experimental license to Lynk Global, authorizing them to test direct-to-device (D2D) satellite connectivity utilizing Anterix’s licensed 900 MHz broadband spectrum. This novel trial aims to validate Lynk's "cell tower in space" technology by having their low-Earth orbit (LEO) satellites communicate directly with standard devices over a frequency band predominantly allocated for private wireless networks serving critical infrastructure operators, such as electric utilities. While seemingly technical, this narrow approval represents a significant step towards enabling ubiquitous, resilient connectivity for vast, underserved regions of America, leveraging existing cellular protocols for seamless integration. This strategic collaboration between a satellite innovator and a terrestrial spectrum licensee addresses persistent challenges in bridging the digital divide, particularly for operational technology (OT) in remote utility networks. The successful implementation of D2D satellite communication in the 900 MHz band could revolutionize how smart grid sensors, SCADA systems, and other industrial IoT devices maintain vital links in areas historically lacking robust terrestrial coverage. From a macroeconomic perspective, enhanced grid resilience and expanded automation capabilities can drive operational efficiencies, reduce maintenance costs, and bolster national infrastructure security against both natural disasters and cyber threats, aligning with broader trends toward decentralized energy management and rural economic development.