Global IoT connectivity for Smart Farming
Designed for remote fields & seasonal operations, Transatel provides seamless IoT connectivity for Smart Farming across 200 countries & territories. Trusted by leading agri-tech manufacturers and service providers, our multi-network (e)SIM keeps your agri-tech devices connected even in the most remote fields worldwide.
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Patchy network coverage? High roaming charges?
Fix it all with Transatel's Global IoT SIMs, built for 24/7 network uptime.
Can agri-tech OEMs and service providers afford network downtime?
Uninterrupted connectivity is the backbone of smart farming, whether it’s remote field monitoring, managing the peak harvest season, or tracking your connected cattle. Even one instance of network downtime can disrupt precision farming, leading to crop loss and revenue decline.
Transatel’s multi-network SIMs provide uninterrupted LTE/5G connectivity for smart farming systems, automatically connecting to a network with the best available signal.
From sowing to harvesting, our global connectivity platform ensures every smart farming machine remains online when it matters most.
Request infoOne connectivity partner for your global Smart farming eco-system
Transatel keeps your entire Smart Farming ecosystem connected 24/7 - from tractor telematics and autonomous agri-tech robots to smart irrigation systems and precision farming devices, all through one global connectivity platform.
Our multi-network SIMs, supported by roaming agreements with hundreds of network operators worldwide, deliver 2G to 5G and LTE-M connectivity to every farm, village, and country you operate in.
Future-proof your Smart Farming operations with a single, scalable platform designed to grow with you.
Global IoT connectivity for every Smart Farming use case
Tractor telematics
Transatel’s global SIM/eSIM enables remote fuel monitoring, GPS tracking, run-time tracking of tractors and harvesters, and monitoring of operating parameters in other widely used agri-tech vehicles.
Autonomous agri-tech robots
Ensure automated robot monitoring, quality control, and cost savings with automated agri-tech production processes, all connected through Transatel’s global multi-network connectivity.
Smart irrigation systems
Optimise water use and crop yield by connecting soil sensors, weather stations, and water systems, allowing real-time data collection even in remote or cross-border agricultural areas.

Autonomous drone farming
Autonomous drones, connected via Transatel’s global IoT connectivity, enable real-time imaging and mapping for crop health, irrigation, and soil analysis, helping to boost efficiency and yields.
Crop monitoring
Track your crops’ light levels, pressure, humidity, and temperature for hydrometry and growth monitoring with Transatel’s multi- network IoT connectivity.
Livestock monitoring
Transatel’s uninterrupted IoT connectivity enables early illness detection, herd isolation to prevent contamination, and reduced labor costs through real-time tracking.
Why partner with Transatel?
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Global Coverage, Local Performance
With our fully-owned, globally distributed core network infrastructure with distributed PoP constellation across North America, LATAM, Europe and Asia, we provide 2G to 5G & LTE-M connectivity for uninterrupted agri-tech operations worldwide.
Flexible Pricing for Seasonal Demand
Only pay for what you use, when you use it. With customised SIM lifecycle management, benefit from deployment cost savings. Designed for seasonal use cases such as peak harvest seasons, any SIM in 'holiday mode' will not be charged.
24/7 Connected Smart Farming Eco-System
Transatel’s global multi-network SIMs, backed by roaming partnerships with hundreds of network operators, automatically connect to the best available network - delivering a 24/7 connected environment for the entire smart farming ecosystem.
Smart Farming is tough. Connectivity shouldn’t be.
Global LTE/5G connectivity for Kverneland Group with Transatel’s Multi-network SIMs
We have chosen Transatel as our cellular connectivity service provider for their ability to provide optimal LTE/5G coverage even in remote rural areas, worldwide.
We are proud to partner with a global cellular IoT leader like Transatel to develop best-in-class connected solutions that enable our customers to farm sustainably for the future

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Prospect - Home IoT - EN
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FAQs
What role does Transatel play in predictive maintenance for agri-tech devices?
Transatel’s global IoT connectivity ensures your agri-tech devices remain continuously online, enabling real-time data collection for predictive maintenance. This allows early detection of issues in tractors, harvesters, and other equipment, reducing downtime and maintenance costs in Smart Farming operations.
How does Transatel support agri-tech and ag tech innovation?
By providing multi-network (e)SIM connectivity across 200 countries and territories, Transatel keeps all your agri-tech devices connected - powering data-driven decisions, IoT-enabled automation, and seamless communication between sensors, machinery, and platforms in Smart Farming.
Can Transatel improve precision farming outcomes?
Yes. Our reliable global IoT connectivity allows soil sensors, weather stations, irrigation systems, and autonomous equipment to share real-time data. This enables precision farming strategies, optimising water use, fertiliser application, and crop management for maximum yield.
How does Transatel enable Smart Farming at a global scale?
Transatel’s multi-network (e)SIM keeps devices connected in even the most remote fields worldwide. This ensures Smart Farming operations can monitor crops, livestock, and machinery in real time, supporting efficiency, automation, and predictive insights across multiple regions.
Is Transatel suitable for precision agriculture applications?
Absolutely. Our IoT connectivity supports precision agriculture by linking sensors, drones, and machinery for real-time monitoring and analytics. Farmers and service providers can leverage accurate environmental and operational data to optimise crop yield, reduce waste, and improve decision-making.