New IoT-native precision agriculture model to support farmers

Designed for emerging farmers, cooperatives and smart agricultural programmes across sub-Saharan Africa, the MBS SmartFarm Platform has been deployed following a three-month applied research pilot at the Sustainability Institute in Lynedoch, Stellenbosch

The platform reported marked improvements in soil health and water management, after close monitoring of soil moisture, pH, electrical conductivity, temperature, water consumption, and real-time climatic conditions across the SI’s community garden.

With this platform, Africa gets its first IoT-native precision agriculture model to embed enterprise-grade cybersecurity at its architectural foundation. Community food production initiatives, and institutions operating within sustainability-driven and development-finance supported programmes across Sub-Saharan Africa can leverage the application.

“The integration of smart agriculture technologies within our garden is not only about improving yields and resource management, but also about deepening experiential learning; transforming the garden into a living laboratory for innovation,” said Mulweli Nethengwe, research and strategy analyst, Sustainability Institute. 

“Soil health is the foundation of food security and for too long, the intelligence needed to protect it has remained out of reach for the farms and communities that need it most. The MBS SmartFarm Platform changes that. What we are bringing is a contribution to the long-term resilience of food systems across this continent, backed by evidence, built for African conditions, and designed to serve the people who feed us.” said Tandi Rouse, co-founder and director, MyBitSecure Technologies (Pty) Ltd.