Category: Business Insights

Mining and exploration companies rely heavily on communication technologies to run their remote operations efficiently and safely. In practice, until now most mining projects have had to make do with poor coverage and slow internet speeds, due to the remoteness of these sites. As well as a negative impact on productivity, this also has serious

Whether it’s dealing with natural disasters such as earthquakes, flooding or wildfires, Starlink’s reliable, high-speed and low-latency internet has proven to be of great use to emergency responders around the world. When a disaster hits, it’s necessary to act quickly and provide help where it is needed most. Information about a disaster area is crucial

Starlink provides reliable, fast, and cost-effective satellite internet to oil and gas companies around the world, providing a strong technological foundation for deploying other communication technologies, including private 5G networks, to create an unrivaled, high-speed, low-latency connection. Oil and gas companies have many resources that need to be managed 24/7. This is only possible with

Starlink Maritime is bringing high-speed, low-latency internet anywhere at sea. This will enable many new safety, autonomous navigation, automation and IoT monitoring applications, benefitting cruises, ferries, commercial shipping, and many other vessels at sea. Internet coverage while at sea has been a challenge for years. At best, connection is slow, unreliable, and expensive. Maritime internet

Are you hearing more about Low-Earth Orbit (LEO) satellites and wondering: 1) What are they?2) How do they differ from Geostationary Earth Orbit (GEO) satellites?3) Could they help with my connectivity issues? In this article, we discuss and explain the key attributes of LEO and GEO satellites and how they compare to one another. Watch

With the evolution of Industry 4.0, the capabilities and possibilities within the manufacturing industry are rapidly expanding. New sensors, machines, and IoT devices are enhancing the advancements in manufacturing but are also placing strain on the current connectivity infrastructure. For manufacturers to maintain their competitive advantage through automation of machines and warehouse operations, improvements need

What is Wi-Fi? Wi-Fi, which is used in a wide range of domestic and commercial settings such as homes, office buildings, and public spaces, is well known for being simple and cost-effective to maintain, with minimal disruption in its deployment. The introduction of the sixth generation Wi-Fi is intended to improve the speed and dependability

Air travel is no longer a luxury way to travel; millions of passengers fly every day, with barely a thought of the fact they are thousands of feet in the air. Something that once amazed passengers is almost no different to hopping in the car. In the 1980s, when the first “connectivity” was introduced onto

Connectivity brings together people, businesses, and countries located thousands of miles apart, driving forward changes in the way we work, live, and communicate. There is much more to connectivity than social media communication and video streaming. “The Internet of Things” is pushing business operations to make use of IoT-enabled devices, and leverage data and automation

Connectivity is essential for managing healthcare – whether it’s for staff computers, IoT devices, machines, or mobile phones. However, particularly in remote and rural areas, access to fast, reliable connectivity has always been problematic. With the rapid digitalisation of healthcare, many providers are now turning to alternative technologies to continue to improve service levels. Traditional