Amine El Ammari, VP of Global Business Development at Thuraya, shared insights at IoT Tech Expo Europe about how satellites are driving worldwide connectivity for the Internet of Things (IoT). The company is a leading figure in the satellite sector and holds a place among the top 10 global operators. It provides satellite services that encompass in more than 150 countries globally.
Thuraya distinguishes itself as a vertically integrated firm, overseeing all aspects, from satellite connectivity and ground station gateways to device provision as well as end-user services. It caters to a diverse clientele encompassing government agencies and enterprises in a plethora of sectors including utilities, mining, energy and maritime. In the context of choosing a satellite network for IoT, Ammari delved into essential considerations like orbital configurations, choice between fixed and mobile satellites, and selection of frequency bands.
Ammari stated the benefits of the L band spectrum such as excellent coverage, penetration and resilience to weather conditions. Unlike higher bands, L band can withstand rain fade as well as adverse weather. It is ideal for IoT applications.
Ammari argued that Mobile Satellite Service (MSS) is highly suitable for a wide range of IoT applications. He emphasized the merits of MSS, which include its capability for global coverage, even in remote regions, its ability to connect mobile assets, scalability to handle substantial device expansion, redundancy as a dependable backup in the event of terrestrial network disruptions and its minimal infrastructure demands. MSS via satellite frequently assumes the role of the primary connectivity solution during disasters. It is the best alternative when cellular networks are inaccessible.
Ammari pointed out that Thuraya’s L band spectrum offers excellent coverage and weather resilience with respect to its IoT system. It consumes less power and therefore considered as perfect for battery-powered devices. The reduced infrastructure, globally licensed harmonized spectrum and compact antenna sizes further enhance its suitability for integration into IoT solutions.
