Research paper: Electrophysiology signal interpretation in canola plants
Authors: Guoqi Wen and Bao-Luo Ma. Abiotic stresses like heat and drought continue to limit crop yields, but plants are already telling us how they cope, if we know how to listen. This study shows [...]
Biosensor enables plant-driven cultivation using AI
This article is part of the In Greenhouse Magazine - edition May 2025. (GreenTech Innovation) The Vita 1 biosensor enables plant-driven cultivation through the use of smart, AI-driven algorithms. This battery-powered, wireless biosensor allows [...]
Telersmiddag in Tomatoworld – 5 juni 2025
Hoe zou het zijn als jouw planten zélf bepalen wanneer ze water nodig hebben? Tijdens deze telersmiddag zie je live hoe onze slimme biosensoren de mogelijkheid geven om de irrigatie volledig af te stemmen [...]
Are you as smart as your kiwis?
Your You are a smart Kiwi Farmer, but… are you as smart as your Kiwis? Now you can tap into your Kiwi’s intelligence, but what will they tell you? As world leaders in plant [...]
Plant-oriented cultivation with electrophysiological sensors
Wageningen University & Research (WUR) has investigated early detection of diseases and pests through electrical biosignals. Vivent's biosensors were used for this purpose. In the fourth edition of Horticoop magazine Blad, Alja van der [...]
Plant-controlled irrigation with HECTAR
"In a world where agriculture is continually evolving, Vivent Biosignals introduces a new way of working: plant-driven agriculture. But how does this process work? It all begins with the installation of our environmental field sensors. [...]