Category: Business Insights

Introduction High throughput connectivity used to come with trade-offs. You could get strong performance in fixed locations, but extending that to remote sites, temporary deployments, or moving assets was a different challenge altogether. That’s where low Earth orbit satellite services have started to change expectations. Starlink, in particular, is now being used in environments where

The Growing Importance of Reliable Connectivity in Healthcare Healthcare organisations rely on digital infrastructure more than ever before. Electronic patient records, cloud hosted diagnostic systems, digital imaging, remote consultations, connected medical devices and real time communication platforms all depend on stable internet access. Connectivity is no longer simply an operational utility. It underpins patient safety,

For many years, connectivity decisions were driven primarily by performance and price. Faster circuits, competitive SLAs, and improved bandwidth shaped procurement conversations. That focus made sense when internet access supported only a limited set of systems. Today, however, connectivity underpins almost every operational layer of an organisation. Cloud platforms host critical applications. Unified communications systems

Mobile connectivity has become the default assumption of modern life. If there’s signal on your phone, you’re connected. If there isn’t, you’re effectively offline. Yet vast areas of the world remain outside reliable cellular coverage. Rural farmland, mountain regions, deserts, offshore waters and remote highways all contain coverage gaps where traditional mobile networks simply do

The mining industry has always faced a simple but critical challenge: the most valuable resources are found in the most remote places. From desert operations to mountainous exploration zones, connectivity has historically been limited, slow and expensive. Traditional satellite systems often meant high latency, restricted bandwidth and significant delays in deployment. That reality is changing

Starlink has become a critical connectivity option for organisations operating beyond the reach of traditional terrestrial networks. For businesses managing fleets, temporary sites and remote teams, low Earth orbit (LEO) satellite connectivity enables rapid deployment and reliable broadband where fibre, DSL and cellular services are unavailable or impractical. Deploying a single Starlink terminal is relatively

Starlink has made high-performance satellite connectivity more accessible than ever before. For many organisations, the ability to deploy terminals quickly and connect sites that were previously unreachable is transformative. The Starlink portal provides a straightforward way to activate and manage individual terminals, making it well-suited to single-site or small-scale deployments. However, as Starlink adoption moves

Emergency services depend on information. When a call comes in, control rooms must understand what is happening, where it is happening and which resources are available. Frontline teams rely on accurate location data, digital maps, medical records, building plans, incident histories and live updates from colleagues. Increasingly, all of this sits in cloud-based systems and

Offshore energy operations rely on fast, accurate information to keep people safe and assets productive. Platforms, vessels and wind farms sit far from the reach of terrestrial networks, and traditional satellite systems often struggle with latency, capacity limitations or fluctuating performance. As the sector continues to automate, digitise and expand further from shore, the demands

Central governments manage large, complex operations that span entire countries. From national security and critical infrastructure to digital public services and interdepartmental coordination, their responsibilities depend on reliable and secure connectivity. Yet not every government facility, operational team or remote asset has access to stable communication networks. Amazon Leo introduces a new opportunity for central