Global Commutech delivers laser communication solutions across a wide range of space missions. From LEO communication constellations providing high-speed internet, to MEO relay constellations bridging LEO and GEO networks, we enable seamless inter-orbit data flow. Our expertise also extends to AI computing constellations, where satellites process data in orbit to reduce downlink bottlenecks, and LiDAR constellations for advanced Earth observation and mapping. In addition, we support augmentation constellations that enhance GNSS accuracy, as well as debris removal missions where reliable optical links ensure precise coordination and control.

Laser terminals deployed on HAPS platforms and UAVs provide flexible communication where terrestrial or satellite infrastructure is unavailable. These aerial links serve as emergency relays in disaster recovery, restoring connectivity within hours after earthquakes, floods, or typhoons. We also support air-to-ground communication for drones in smart cities, logistics, and surveillance, with air-to-air networking on the technology roadmap. By combining high capacity with rapid deployability, aerial laser networks bridge the gap between space and ground.

Our free-space optical (FSO) terminals deliver high-speed, spectrum-free connectivity on the ground. Fixed FSO systems can be mounted on buildings, towers, or poles to extend urban and rural networks, while portable FSO terminals enable rapid deployment for mining sites, construction projects, or grid recovery. These systems address the last-mile connectivity challenge, providing fiber-grade performance without trenching or spectrum licensing. Applications include telecom backhaul, enterprise networks, data center interconnects, and government infrastructure.