Modern agriculture faces an impossible choice: push yields higher with synthetic nitrogen, or accept lower productivity in pursuit of sustainability. This trade-off has defined farming for decades.
Gerhard Vermaak refused to accept this limitation. Working in the agricultural heartland of South Africa, he observed something remarkable: certain bacteria could fix atmospheric nitrogen without competing with crops for energy—if they could survive the journey from lab to field.
The key was the resting state. Unlike typical bacterial preparations that require cold chains and rapid application, organisms in resting state could wait. They could be stored, shipped, and applied with conventional equipment—then spring to life when conditions were right.
