Com4 empowers agricultural innovators with secure, resilient, and scalable connectivity through SIM, eSIM, and iSIM technologies, combined with LPWA (LTE-M and NB-IoT), 5G, satellite, and Fixed Wireless Access (FWA). Together, these solutions make it possible to connect every device, sensor, and machine — even in remote and rural locations.
The Role of IoT Connectivity in Modern Agriculture
Farming has always been data-driven — it’s just that the data was once gathered by eye and experience. Today, IoT devices collect that same insight automatically and transmit it to the cloud for real-time decision-making. But all this depends on one essential ingredient: reliable, intelligent connectivity.
That’s where Com4 makes the difference. With multi-network IoT SIM and eSIM solutions, farms stay connected to the strongest available network, ensuring continuity even in challenging environments. Combined with iSIM for embedded security and managed satellite connectivity for rural resilience, Com4 delivers the foundation for smarter, more sustainable agriculture.
Why IoT Connectivity Matters in Agriculture
- Data-driven insights for soil, crop, and livestock management.
- Automation and remote control of irrigation, feeding, and machinery.
- Optimized resource use, minimizing water, fertilizer, and energy waste.
- Reduced environmental impact through precision farming.
- Scalable and flexible deployments powered by Com4’s global IoT platform.
Precision Agriculture and Soil Monitoring
Precision agriculture allows farmers to use resources exactly where and when they’re needed. Soil sensors connected through Com4’s LTE-M or NB-IoT networks measure moisture, pH, and nutrient levels. These insights help determine irrigation timing and fertilizer dosage — improving yields while reducing water consumption by up to 40 percent.
In Scandinavia, Com4 connectivity enables smart irrigation projects that have cut operational costs while maintaining crop health across thousands of hectares.
Livestock Monitoring and Welfare
IoT wearables powered by Com4 SIMs and eSIMs track livestock health, movement, and feeding patterns in real time. Farmers receive instant alerts about illness, injury, or unusual behavior, allowing for faster intervention and reduced losses.
In southern Sweden, a cattle farm uses Com4’s eSIM connectivity to manage herds across large pastures and national borders, ensuring continuous tracking even in areas with limited coverage.
Smart Irrigation Systems
Water is one of farming’s most valuable — and vulnerable — resources. Smart irrigation systems connected via Com4 LTE-M automatically adjust watering schedules based on soil moisture and weather forecasts. These systems reduce water waste, improve plant health, and lower labor costs.
Several Norwegian greenhouses use Com4 IoT SIMs to remotely control fertigation and irrigation systems, achieving optimal crop conditions with minimal manual input.
Crop Health Monitoring with Drones and Sensors
High-resolution cameras and drones are revolutionizing crop inspection. Using Com4 5G and satellite connectivity, farmers can transmit large image and sensor datasets in real time. This enables early detection of disease, pest outbreaks, or nutrient deficiencies before they impact yield.
Com4’s managed satellite services ensure that even remote farmlands remain connected and productive.
Cold Chain and Supply Chain Traceability
From field to consumer, Com4 IoT connectivity provides real-time visibility into agricultural logistics. Temperature and humidity sensors transmit data via Com4 eSIM and 5G during transport, ensuring compliance with food safety regulations.
A German fruit distributor uses Com4’s multi-network connectivity to track shipments and reduce spoilage, improving both sustainability and profitability.
Greenhouse Automation
Modern greenhouses rely on constant monitoring and automation to maintain the right environment for crops. Through Com4 IoT SIMs, growers can remotely control climate parameters such as temperature, humidity, and CO₂ levels.
Com4’s IoT platform provides centralized management, giving farmers a unified overview of multiple greenhouses across regions — optimizing energy use and improving crop quality.
Predictive Maintenance for Agricultural Machinery
Farming machinery is becoming more intelligent — and more connected. Com4 IoT SIMs enable tractors, harvesters, and irrigation systems to send performance data to the cloud for predictive maintenance.
A Finnish agricultural equipment manufacturer uses Com4’s connectivity to monitor engine health, reducing unplanned downtime and extending machine lifespan.
Environmental and Weather Monitoring
IoT weather stations and environmental sensors provide localized data that supports better decision-making. With Com4 LTE-M and NB-IoT connectivity, these stations continuously send updates on rainfall, temperature, and wind conditions.
When paired with Com4’s satellite redundancy, farmers gain a reliable picture of conditions — even in remote or mountainous terrain.
Smart Aquaculture
Com4’s connectivity is driving innovation in aquaculture — an industry where efficiency, precision, and sustainability are critical.
Fish farms along the Norwegian coast use Com4 eSIMs and LTE-M connectivity to monitor oxygen levels, water temperature, feeding schedules, and cage conditions in real time. This enables farmers to maintain optimal environments, reduce feed waste, and ensure fish welfare while meeting sustainability goals.
A leading example is Remora Robotics, a Norwegian company developing autonomous cleaning and inspection robots for fish farms. Their underwater robots rely on Com4’s reliable connectivity to transmit sensor data, video feeds, and operational metrics from submerged environments back to shore-based control centers.
By leveraging Com4’s low-latency and resilient connections, Remora can monitor equipment health, optimize cleaning cycles, and ensure uninterrupted operation — even in remote coastal areas where traditional connectivity is challenging.
This combination of intelligent automation and dependable connectivity supports a new era of data-driven, sustainable aquaculture, reducing environmental impact while improving productivity and animal welfare
Renewable Energy and Farm Infrastructure
IoT connectivity is also powering renewable energy on farms. Solar-powered irrigation, wind turbines, and smart storage systems are increasingly connected via Com4 SIMs and FWA. These solutions enable remote monitoring of energy output, battery levels, and consumption, helping farmers manage costs and move toward energy independence.
Connectivity Options for Every Farm
|
Connectivity Type |
Ideal Use Case |
Key Benefits |
|
IoT SIM & eSIM |
Cross-border agricultural operations |
Multi-network roaming, remote management |
|
iSIM |
Embedded devices and micro-sensors |
Tamper-resistant, low cost, compact form factor |
|
LTE-M / NB-IoT |
Low-power sensors and wearables |
Long battery life, deep indoor coverage |
|
5G |
High-data applications like drones and robotics |
High speed, low latency |
|
Satellite / LEO |
Remote areas and field monitoring |
Global reach, reliable backup |
Why Farmers and Solution Providers Choose Com4
- Always-on connectivity through multi-network access across Europe and beyond.
- Centralized management via the Com4 IoT Platform for full SIM control and usage monitoring.
- Advanced security with private APNs, IMEI locking, and encrypted VPN tunnels.
- Flexible scaling from pilot projects to global deployments.
- Proven expertise in IoT connectivity across agriculture, logistics, energy, and industrial automation.
Example: Real-Time Infrastructure Monitoring
Com4’s customer Gridguard demonstrates how reliable IoT connectivity can transform maintenance-intensive industries. Their sensors monitor the structural integrity of wooden poles supporting power grids — preventing costly damage through predictive analytics.
The same technology principles apply to agriculture, where real-time connectivity enables condition monitoring of irrigation systems, silos, or storage facilities — increasing safety and reducing waste.
The Future of Smart Farming with Com4
Smart agriculture is more than a trend — it’s a necessity for feeding a growing global population sustainably. By connecting sensors, equipment, and data systems through Com4’s powerful IoT ecosystem, farmers gain the visibility and control they need to operate more efficiently.
With iSIM and satellite integration, Com4 continues to push the boundaries of agricultural IoT, ensuring that connectivity never limits innovation. In short, Com4 connects the technologies that feed the world.
Smart Farming FAQs
What role does Com4 play in smart farming?
How does Com4 improve efficiency on farms?
Com4’s connectivity supports automation, predictive analytics, and real-time control, helping farmers save water, energy, and labor while increasing crop yield and equipment uptime.
Can Com4’s connectivity reach remote farms?
Yes. With multi-network roaming, LPWA coverage, and managed LEO satellite services, Com4 ensures reliable connectivity even in rural and hard-to-reach areas.
Can farmers manage their devices from one platform?
The Com4 IoT Platform allows complete SIM and device management, usage tracking, and alerts — all from one intuitive interface.
What are the environmental benefits of IoT farming with Com4?
By enabling precision farming, Com4 connectivity helps minimize water and chemical use, lower emissions, and support more sustainable agricultural practices.
Which connectivity option is best for agriculture?
The optimal choice depends on the application — LTE-M or NB-IoT for low-power sensors, eSIM for multi-country deployments, 5G for high-data applications, and satellite for remote monitoring.

