At Syngenta headquarters, based in Basel Switzerland, executives are announcing EXORT technology, a major scientific breakthrough that helps plants make better use of their own biology. 

This new technology opens the door to a new generation of biological solutions that can help farmers grow bigger grains and more desirable vegetables and fruits, without changing their normal field routine. Applied at very small doses to the leaf, products with EXORT technology work with natural signals that plants already use to regulate biological processes, development, and response to changing conditions. 

In one of the largest biological field programs of its kind, EXORT technology has delivered consistent yield gains across major crops - rice, soybean, corn, cotton, vegetable and fruits - over multiple years and geographies. 

The science behind EXORT technology is based on natural microRNAs - tiny molecules found in plants that help regulate how biological instructions are used. Natural microRNAs act like signals that help orchestrate biological processes; EXORT technology is designed to apply precisely selected naturally occurring microRNAs at field scale, helping crops optimize how they use their own resources. 

Camilla Corsi, Syngenta's head of Crop Protection Research & Development, said: "What makes EXORT technology so exciting is that it translates a fundamental biological mechanism into a practical agricultural solution. Advances in genomics, bioinformatics and plant science now allow us to identify and apply beneficial natural microRNAs with unprecedented precision. This is a remarkable example of how breakthrough science can be harnessed to help crops perform at their best, while supporting more sustainable agriculture." 

The first products based on EXORT technology are planned for launch from 2027. This will be followed by a phased introduction across approximately 20 countries and multiple crops over the next years. 

Source: Syngenta September 22, 2026 news release