Agriculture, Connected Farms

The Right Connectivity for Every Corner of Your Farm

Modern agriculture runs on data. But data is only as good as the connection behind it. Velos IoT delivers cellular IoT connectivity built for the realities of farming — patchy rural coverage, seasonal demand spikes, power-sensitive devices, and equipment deployed thousands of miles from your nearest engineer.

From 2G and 4G to LTE-M and NB-IoT, we keep your agricultural solutions online, optimised, and in control.

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Global Visibility
Scalable
Future-proof connectivity
Carrier-Grade Security
Clear and Precise Real-Time Equipment Mapping at NanoLink
Clear and Precise Real-Time Equipment Mapping at NanoLink
By embedding Velos IoT’s API directly into their deployment workflow, NanoLink eliminated manual SIM activation—transforming a time-consuming hurdle into an automated, zero-touch process that scales across 700+ networks.”
FieldWise LLC
FieldWise LLC
“In a time-sensitive industry where 24 hours of downtime can waste two million gallons of water, FieldWise replaced carrier fragmentation with a single, non-steered architecture—ensuring global irrigation systems stay connected and sustainable.”
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Green Urbanism: How LPWAN Drives Sustainability
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Green Urbanism: How LPWAN Drives Sustainability

Low-Power Wide-Area Network (LPWAN) technology is a cornerstone for sustainable urban development, providing a framework for interconnected devices with minimal energy consumption. By enabling long-range communication at a low bit rate, LPWAN stands as a beacon of efficiency in the burgeoning landscape of green urbanism, allowing for a seamless flow of information that underpins smart city operations.

Smart HVAC Systems: How IoT Cuts Energy Costs and Downtime
Smart HVAC Systems: How IoT Cuts Energy Costs and Downtime
A smart HVAC system is a heating, ventilation and air conditioning setup with IoT sensors, distributed control boards and network connectivity built in. It lets you monitor and control temperature, humidity, airflow and energy use remotely — and flags faults before equipment fails. The main gains are lower energy bills, fewer emergency call-outs and easier regulatory reporting.
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eUICC vs. eSIM: What’s the Real Difference (and Why It Matters for Your IoT Fleet)
eUICC vs. eSIM: What’s the Real Difference (and Why It Matters for Your IoT Fleet)
If you’ve spent any time researching connectivity for connected devices, you’ve probably seen “eSIM” and “eUICC” used as if they mean the same thing. They don’t — and for anyone building or scaling an IoT deployment, that distinction isn’t just semantics. It affects how you provision devices, how flexible you are with carriers, and how much manual work your team ends up doing down the line. At Velos IoT, we get asked about this constantly, so let’s clear it up properly.
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What are the benefits of a Fixed Private IP SIM card?
What are the benefits of a Fixed Private IP SIM card?
While ordinary mobile SIMs are built for one-way outbound data, an IoT SIM card with a Fixed IP opens up a continuous, two-way channel. This ensures your devices aren’t just sending data to the cloud, but are always reachable for real-time remote access, troubleshooting, and control. Static VS Dynamic IP…
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