Monitoring and control systems in remote, unmanned locations require a reliable and cost-effective communications service to collect and transmit data to operations centres for further processing. This is difficult to achieve with a traditional cellular solution as data rates are significantly higher and it can be impossible to achieve a network connection in remote locations.

A satellite solution will provide reliable connectivity over a satellite network. Connectivity will be global, more affordable than a cellular solution, and will require less from modules and terminals in terms of power consumption.

For example, the BGAN M2M (machine-to-machine) satellite service is a reliable, global, two-way IP data service designed specifically for long-term M2M management of assets located in remote and difficult-to-connect locations. This 3G satellite service will accommodate data volume requirements ranging from megabytes to gigabytes and can be used for applications such as:

  • IP SCADA for data backhaul
  • Asset tracking
  • Fixed and mobile remote surveillance, telemetry, and tracking
  • Smart grid and metering
  • SCADA – telemetry
  • Weather and environmental monitoring and control

 
Opting for a satellite service and using a BGAN M2M terminal will let you connect monitoring and control systems in numerous application areas, giving you full, real-time visibility of your assets.

In the coming weeks, we’ll be discussing how our global satellite solutions can provide the foundation of successful monitoring and control operations that current and future M2M applications will need.

Why not get in touch to find out more about what we do to help customers in a wide range of markets solve their communications challenges?

Get in touch

We've implemented satellite IoT infrastructure for decades, and there's very rarely been an obstruction issue we couldn't overcome with a bit of knowledge and ingenuity.

We'd be happy to talk to you about your project and offer impartial advice on the best antenna and satellite service for your particular requirements. Call or email us, or complete the form.

It’s hard to explain why, but high-altitude ballooning is fascinating – and a little addictive. We’ve been following the antics of UK-based Andrew Ashe, who along with Mikal Hart (author of the fantastic IridiumSBD library for Arduino) has successfully tracked their balloon and been able to recover its payload thanks to RockBLOCK.

Their setup is based around an Arduino Teensy, with a RockBLOCK and GPS module attached, powered by 3 AAA lithium batteries.

As this was a test flight, the onboard camera was pretty low-spec, but nonetheless took some pretty impressive photos. The RockBLOCK provided tracking information back to base, so they could follow the flight and recover it afterwards.

Key Details

  • RockBLOCK Naked Unit
  • Arduino Teensy
  • GPS module
  • AAA battery holder
  • Three Energizer Lithium AAAs
  • Some Cameras
  • Their HAB

In Depth

Here you can watch an awesome little video showing the launch, and an animation of the track and recovery: