Empowering Agriculture Through Space-Based IoT Connectivity

From soil to space, Connecta IoT Network delivers uninterrupted, low-power satellite connectivity, empowering smarter, more sustainable farming beyond terrestrial limits.

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THE CHALLENGE

The Connectivity Gap in Agriculture

Billions of data points generated on farms remain out of reach because connectivity doesn’t extend far enough. With around half of rural regions still offline, terrestrial networks struggle to support agriculture’s always-on, wide-area data needs.

As a result, sensors may collect measurements, but the data can’t be transmitted reliably, reducing visibility and delaying decisions. This prevents farms from fully unlocking gains like higher yields, lower input costs, and more sustainable operations.

THE SOLUTION

Your Field, Always Connected

LoRaWAN and NB-IoT based, low-power IoT modems link directly to Connecta IoT Network satellite constellation enabling end-to-end data flow from sensors, without dependency on local infrastructure.

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APPLICATIONS

Connecting Every Field,
Crop, and Farm

Smart agriculture begins with smart connections, bridging every gap from the ground to orbit and redefining how data empowers the field.

Soil & Crop Health

Track pH, temperature, moisture, and nutrient levels.

Precision Irrigation

Automate watering schedules; achieve water savings.

Biodiversity Monitoring

Observe pollinator activity and soil fauna.

Asset Tracking

Monitor movement and location, remotely.

USE CASES

Proven Applications

Crop Monitoring

When farms sit beyond cellular reach, Connecta streams crop condition data over satellite, enabling early stress detection, fewer guesswork trips, and higher yield stability.

Soil Monitoring

In areas with no terrestrial coverage, Connecta IoT Modems deliver soil sensor telemetry over satellite to reduce data gaps, trigger early alerts, and improve yield decisions.

Smart Irrigation

Connecta connects irrigation controllers and soil sensors via satellite, enabling schedules to adapt to real conditions, reducing overwatering, energy use, and labor.