
I bring Iridium satellite IoT modules, devices and airtime for sensors, machinery and remote infrastructure. Sourced, activated and supported by one trusted partner.
I have seen how Iridium runs the satellite network that reaches from pole to pole and certifies the modules and devices that use it. As a reseller GIT Satellite Communications turns that network into a practical deployment. Matching the right hardware to your assets sizing the airtime plan to how often they report, activating service before it ships and answering the phone when a device in the field needs help.

Wellheads, pipelines, farmland, forests and mine sites lie beyond where cellular and LPWAN networks reach. Without a data link faults slip by unnoticed equipment sits idle and crews drive for hours just to take a reading. The severe weather that you monitor can take terrestrial networks offline when an alert is needed most.
Iridiums fully meshed low‑Earth orbit constellation covers the entire planet, including the poles. GIT supplies the modules, devices, airtime and know‑how to keep location, telemetry, alerts and remote commands flowing from any asset. As your link or as the satellite failover that takes over when cellular drops.

From a soil sensor to thousands of connected machines we match Iridium IoT services to the job your assets actually do.
Iridium has ways to send IoT data from small sensor readings to cloud‑native messaging. We look at your data volume how you report and your power budget recommend the service that fits and activate it on your devices.
Small low‑power messages are ideal for sensor readings position reports and alarms.
Messages and richer telemetry work for applications that need more than a status ping.
Messages go into AWS IoT Core with no custom middleware or gateways.
3GPP direct‑to‑device service brings NB‑IoT to Iridiums network.
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Tell us what you need to monitor, where it operates how often it must report and what power is available.
We will recommend the Iridium hardware and airtime plan that fits.
Tell us about your assets, sensors, locations and how often data needs to report.
One proposal covering hardware, airtime plan and ongoing support.
We provision, test and ship. Ready to install and start transmitting.
Help, with usage, plan changes, integration and troubleshooting.
The questions that operations managers, engineers and integrators ask us often before they buy.
Iridiums low-Earth orbit network covers one hundred percent of the planet including the oceans and the poles so coverage is rarely an issue. What matters is that the antenna has a view of the sky and whether the asset is fixed or moving. We review your sites. Recommend hardware and mounting that will report reliably.
The device can send location information, operating hours, fuel and tank levels, temperatures, fault codes, movement events and other readings from the machine or connected sensors. The correct device and service depend on how much data must be sent and how often it must arrive.
No. Tracking updates, alerts and periodic telemetry typically run on cost message-based services such as SBD or IMT. Remote access, diagnostics or images may require an IP connection. We will help decide which your application actually needs.
Yes. Hybrid devices can use cellular where it is available and switch to Iridium automatically when coverage weakens or fails keeping data moving while controlling airtime costs.
In cases yes. Devices connect to trackers, sensors, controllers and gateways through serial, Ethernet, analog or digital interfaces and data can be delivered into the existing platform. Including into AWS IoT Core through Iridium CloudConnect.
Start with four questions: what must be monitored how much data must be sent how often it must report and what power is available, on site. Share those with us. We will recommend the hardware, data service and airtime plan that fit. All in one quote.