Key Takeaways
- Technological Collaboration: SES and Advannotech have partnered to bring satellite-enabled IoT and LoRaWAN technology to the Enterprising Africa Regional Network (EARN).
- Climate-Smart Innovation: The project successfully completed a three-month proof-of-concept trial at a training farm in Centurion, South Africa.
- Data-Driven Efficiency: Real-time monitoring of soil moisture, temperature, and CO₂ levels has replaced manual guesswork, significantly reducing water and power consumption.
- Connectivity Resilience: By using SES satellites, the system bypasses unreliable cellular networks to ensure consistent data delivery in remote agricultural areas.
- Youth Empowerment: The initiative focuses on training the next generation of farmers in data-driven agribusiness and sustainable resource management.
SES Satellite Technology Powers Precision Agriculture
SES, a global leader in space solutions, has announced a collaboration with IoT provider Advannotech to implement advanced monitoring systems for South African agriculture. The project utilizes a combination of LoRaWAN sensors and SES satellite connectivity to provide a robust data backend for the Enterprising Africa Regional Network (EARN). This system is specifically designed to overcome the “connectivity gap” in rural areas where traditional cellular networks are often inconsistent.
The infrastructure monitors a comprehensive suite of environmental factors, including light intensity, humidity, air temperature, and soil moisture. By connecting these sensors directly to a cloud-based platform via satellite, farmers can access real-time insights from any location.
Operational Impact on EARN Training Farms
The implementation of this technology has transformed daily operations at the EARN climate-smart training farm in Centurion. Previously, irrigation and resource management relied on manual schedules and estimation. The introduction of IoT devices has enabled a transition to precision farming, where actions are dictated by specific physiological needs of the crops.
This data-centric approach allows for immediate responses to climate shifts. When environmental conditions fall outside of the optimal range, the system generates automated alerts, allowing young farmers to intervene before crop health is compromised.
Leadership on SES and Sustainable Farming
“Before these IoT devices were put in the field, everything was guesswork,” said Joshua Ngoma, Founder and Chief Enabler of EARN. “With the information you get on your phone or computer, you know exactly when to water. That saves power and conserves water, a very limited resource.”
Hans Geldenhuys, Director for Africa at SES, emphasized the broader implications for the continent: “Through this project, we have demonstrated that satellite-enabled IoT in agriculture will assist farmers in making data-driven decisions for higher yields and sustainability, irrespective of location.”
Future Scaling of the SES IoT Project
Following the successful completion of a three-month proof-of-concept trial, the partners aim to scale the program to reach more participants within the EARN network. The initiative is positioned as a critical tool for tackling food insecurity and driving economic growth by equipping young entrepreneurs with modern agribusiness skills.
The project demonstrates that high-tech solutions, once reserved for large-scale industrial farms, are becoming increasingly accessible to emerging farmers through innovative satellite-enabled delivery models.
