Plants generate electrical signals milliseconds before any visible stress response. PhytoTester is the first field-deployable instrument that decodes them.
Portable field instrument with gold-plated bio-signal probes, real-time AI pattern recognition, and Bluetooth 5.2 cloud integration. 2-second readings per plant.
Cloud-based AI platform that decodes raw bioelectrical signals into actionable stress diagnoses. Developed by Luka Raqviashvili (AI Architect, Charles University). Live dashboards, alerts, trend analysis.
Create a living digital model of your farm. Every plant reading feeds a predictive model that anticipates field-level stress events before they propagate across the plantation.
The core bioelectrical measurement methodology is currently under patent application. The technology covers a proprietary method for detecting and interpreting plant bioelectrical signals in real-time field conditions.
Plants generate electrical action potentials as part of their stress response — a biological signalling system analogous to the nervous system.
PhytoTester captures these signals at the source, filters physiological noise, and isolates specific stress markers using trained machine learning models.
Live demonstration on your farm. Your crops. Your data.