LEO satellites are transforming the Internet of Things, enabling global connectivity, lower latency, and new applications across agriculture, maritime, logistics, and industrial operations – but significant technical, operational, and regulatory challenges remain. This webinar explores the current state of LEO satellite deployment, examining performance, integration, and the practical realities of connecting IoT devices via satellite networks.
We will discuss how LEO networks are supporting IoT today, the challenges of scaling connectivity, and the implications for companies looking to adopt satellite-enabled IoT – particularly as global competitors, including China, expand rapidly in space-based IoT capabilities.
Attendees will gain a clear, evidence-based view of where LEO-enabled IoT stands, what hurdles remain, and how businesses can prepare to leverage satellite connectivity without compromising cost, reliability, or compliance.
Sponsored by Globalstar:
Globalstar is a global telecommunications provider connecting what matters most. Through our industry-leading low Earth orbit (LEO) satellite constellation and licensed Band 53/n53 spectrum, we deliver reliable satellite and terrestrial connectivity solutions that empower customers worldwide to connect, transmit, and communicate smarter.
Our comprehensive connectivity ecosystem includes software-defined, purpose-built private wireless network platform, coupled with Globalstar Band 53™ in XCOM RAN™ and trusted GPS messengers Saved by SPOT™ for safety and personal communication for business and enterprise applications.
Serving business, enterprise, and consumer markets across the globe, Globalstar supports applications that track and protect assets, enable automation, enhance operational efficiency, and safeguard lives. With unmatched reach and a relentless focus on innovation, and mission-critical performance, we're redefining what's possible for global connectivity.
For more information, visit www.globalstar.com
- How LEO satellites are currently supporting global IoT applications, and where gaps remain in coverage, latency, and bandwidth.
- The technical and operational challenges of integrating IoT devices with LEO networks, including device compatibility, hybrid network architecture, and data security.
- How LEO networks compare to terrestrial options such as LPWAN, 5G, and cellular IoT in terms of cost, reliability, and scalability.
- The regulatory, spectrum, and sustainability challenges of large-scale LEO deployments, including governance, orbital congestion, and environmental risk.
- How businesses can strategically integrate LEO satellite connectivity into IoT operations while managing performance, cost, and compliance considerations.
