Globalstar Eyes 5G Opportunity From Growing Enterprise AI Use

Why It Matters

Private 5G delivers the low‑latency, high‑throughput connectivity essential for AI‑driven industrial automation, giving enterprises a competitive edge. Globalstar’s multi‑band, open‑RAN approach lowers deployment barriers and expands geographic coverage, accelerating digital transformation across sectors.

Key Takeaways

• XCOM RAN supports US n48, EU/Asia n78 bands
• Uses Globalstar’s n53 license across 13 countries
• Targets high‑uplink AI video streams in warehouses
• Partners provide end‑to‑end private 5G solutions
• Open RAN design enables flexible enterprise deployments

Pulse Analysis

The surge in enterprise AI and robotics is reshaping the demand for connectivity that can handle massive data streams with minimal latency. While traditional cellular networks excel at consumer use cases, they often fall short in industrial environments where interference, coverage gaps, and strict reliability requirements prevail. Private 5G networks, built on dedicated spectrum and tailored architectures, have emerged as the preferred backbone for smart factories, logistics hubs, and autonomous equipment, promising sub‑millisecond response times and gigabit‑per‑second throughput.

Globalstar’s XCOM RAN leverages this momentum by offering a turnkey, open‑RAN‑based private 5G stack that can operate on multiple frequency bands. The inclusion of the US shared band n48, the globally adopted n78, and the company’s proprietary n53 license provides flexibility for deployments across North America, Europe and parts of Asia. By bundling radios, core, orchestrator and industrial router, Globalstar reduces integration complexity, while partnerships with Boldyn Networks, Nextivity, Rajant and Zebra ensure a full ecosystem of devices, SIMs and edge compute. This multi‑band, open‑architecture model positions Globalstar to serve enterprises that need rapid, site‑specific training of AI models and high‑capacity uplink for video analytics.

For businesses, the practical impact is clear: a private 5G network can support real‑time AI inference on the factory floor, enable extended reality for remote maintenance, and streamline warehouse automation with reliable video feeds from fleets of robots. As more firms adopt AI‑centric workflows, the competitive advantage will shift toward those with scalable, low‑cost connectivity solutions. Globalstar’s strategy of combining spectrum versatility with open‑RAN standards could lower entry barriers, accelerate rollout timelines, and spur broader adoption of private 5G across the industrial sector, ultimately driving productivity gains and new revenue streams.