Traditional methods of providing Internet Connectivity have their limitations, especially in remote and underserved areas that are prevalent in industries like construction, warehousing and mining.

LEO Satellites, operating in low Earth orbit at around 1,200 to 2,000km above the Earth's surface, have overcome these challenges. Unlike traditional geostationary satellites, LEO Satellites complete a full orbit around the planet in just a couple of hours, providing unparalleled coverage to every corner of the globe.

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Unleashing the advantages of LEO Sat

Low Latency: LEO Satellites offer lower latency compared to geostationary satellites, ensuring swift data transmission. With reduced travel time between source and destination, LEO Sat Connectivity is ideal for seamless conferencing, real-time collaboration, and efficient operations across construction sites, logistics centres and manufacturing facilities.

Enhanced Bandwidth: Thanks to their collaborative nature, LEO Satellites offer higher bandwidth, resulting in faster download and upload speeds, improved streaming quality, and a smoother online experience overall. This is especially crucial for industries like manufacturing and mining that heavily rely on data-intensive processes and remote operations.

Global Coverage: Bridging the digital divide, LEO Satellites provide consistent and reliable Internet Connectivity even in remote and geographically challenging areas. Construction sites in rural locations, public sector organisations serving underserved communities and logistics and warehousing facilities in remote regions can benefit from seamless Connectivity, enabling efficient operations and effective communication.

Scalability: LEO Sat providers can quickly adapt and expand their network by launching multiple satellites at a relatively low cost. This scalability ensures that the network can meet increasing demands, catering to the ever-growing need for Connectivity in industries such as utilities and manufacturing.