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Satellite IoT Solutions from GTC
Transmit sensor data and control information across network infrastructures with our range of satellite IoT-suitable trackers and satellite devices.
Satellite IoT Equipment
improving efficiency in a commercial setting
The Internet of Things (IoT) exists in today's world as a means of allowing M2M communication without the need for human intervention, automating processes to speed up and improve operational efficiency. Our range of satellite IoT devices offers the ability to communicate on a truly global scale. Being able to remotely monitor, configure, and connect to sensors enables asset management over the air and is hugely beneficial in terms of being cost-effective and time-saving. Our satellite IoT devices are easy to install and can be used in a wealth of different industries from marine and construction, to vehicle and machinery tracking.
IOT In Maritime
Satellite IoT for the maritime industry can be used to create Low Power Wide Area Networks (LPWAN) to transmit data over long distances. When it comes to, for example, recording shipping container conditions such as temperatures, air purity, and humidity, the higher data rates of cellular are eliminated, making LPWAN and IoT units ideal for such scenarios.
IOT In Construction
Monitoring engineering projects and construction sites in remote and potentially hazardous areas is an ideal situation for a network of IoT units to be deployed. Asset maintenance including machinery and equipment can be performed or reconfigured remotely, saving on manual site visits and transporting personnel to far-flung regions.
IOT In Logistics
If a valuable asset is intelligently managed, it will achieve a much higher return on investment over its lifecycle. Through the use of satellite IoT technology, productivity in the logistics industry can be increased and downtime reduced. As well as this, levels of security and safety are greatly improved thanks to IoT, and supply chains improve when delivery times can be more accurately predicted.
IOT In Utilities
The use of satellite IoT devices offer energy companies a higher chance of returning value back to its commercial users and consumers, including things like distribution automation, remotely controlled reclosers, and advanced metering infrastructure (AMI) via smart meters.
Satellite IoT FAQs
Satellite IoT (Internet of Things) connects remote devices and sensors via satellite networks, allowing you to monitor, track, and manage assets or data in areas without cellular coverage.
Standard IoT relies on Wi-Fi or cellular networks, which limits coverage. Satellite IoT removes that limitation, enabling connectivity in remote, offshore, and hard-to-reach locations where terrestrial networks are unavailable.
Satellite IoT devices can send a wide range of data, including location, temperature, pressure, fuel levels, equipment status, environmental conditions, and custom sensor readings depending on the application.
Satellite IoT is widely used across logistics, agriculture, utilities, oil and gas, maritime, environmental monitoring, and infrastructure, particularly where assets operate beyond mobile coverage.
Most devices are designed for low power consumption, with options including long-life batteries or solar-powered units for long-term, unattended deployments with minimal maintenance.
Transmission frequency is configurable. Devices can send updates as frequently as every few minutes or at longer intervals (hours or days) depending on your requirements and power constraints.
Yes. Satellite IoT platforms allow you to manage and monitor fleets of devices through a single dashboard, with features like mapping, reporting, alerts, and data analytics.
Common networks include Iridium and Globalstar, each offering different strengths in coverage, power efficiency, and data transmission capabilities depending on the use case.
Yes. Satellite IoT solutions typically include encrypted data transmission and secure platforms, ensuring that sensitive operational data is protected during transfer and storage.
The right solution depends on your data requirements, deployment environment, power availability, and reporting frequency. Lower-data, low-power applications suit simplex devices, while more complex use cases may require two-way communication and higher data throughput.