IoT services are increasingly used across a diverse array of businesses - collecting data from thousands of devices to analyze that data in a way that helps organizations increase system efficiency, reduce waste, monitor delicate environments, and provide new insights into processes and operations. By using FlexEnterprise to complement cellular connectivity, DT can extend the reach and effectiveness of its solution and drive better results for its customers.

“Satellite connectivity allows IoT to connect physical objects and devices from anywhere on the globe to the virtual world to enhance real-time data collection, analysis and decision making,” said Brian Jakins, Intelsat Networks general manager. “With FlexEnterprise, DT expands the usefulness of its IoT offering, especially for widely distributed applications like renewable energy infrastructure and green IoT environmental monitoring.”

“By integrating satellite connectivity into our DT IoT offering, we connect everything everywhere and reshape the future of global IoT networking,” said Dennis Nikles, CEO of Deutsche Telekom IoT GmbH. “Our customers now have a single point of contact, as well as a ‘network of networks’ with simple and ubiquitous connectivity that enables completely new possibilities.”

FlexEnterprise is a ready-to-deploy, enterprise-grade connectivity service integrating satellite and terrestrial networks to extend internet, cloud, and private networks. The global FlexEnterprise infrastructure is managed by Intelsat, eliminating the need for customers to maintain their own satellite infrastructure and expertise. Intelsat will deliver FlexEnterprise to DT as a satellite-as-a-service offering, further reducing the time and cost of operating new services.

The Intelsat FlexEnterprise satellite platform allows mobile network operators to offer services similar to terrestrial networks regardless of geographic location. For example, industrial IoT customers can connect devices in hard-to-reach places, such as to control mountain-top or offshore wind turbines or assess flood risks by monitoring water levels in remote locations.