FIELD LOT
Rooted Plant Measurement
Assess root-system quality directly on rooted plants with a short, repeatable measurement workflow.
PLANT-LEVEL BIOELECTRICAL MEASUREMENT
Assess Plant Condition in 5–10 Seconds
PhytoTester measures bioelectrical signals directly from the plant — without damaging the tested material.
A portable plant-level measurement system for vineyards, nurseries, and other plant-production environments.
Direct measurementSignals from the plant
Non-destructiveTest without damaging material
5–10 secondsFast assessment workflow
REAL-WORLD VIDEO
See PhytoTester in Real Use
Three short clips show the measurement process with rooted plants, grafted seedlings and grafting material — recorded in real working environments.
COMPARISON
Two Seedlings Comparison
Two seedlings may look alike, yet measurement can show that one is viable while the other is not.
NURSERY
Grafted Seedling Measurement
Evaluate grafted-seedling quality before planting and reduce the risk of low-quality planting material in a new orchard.
DIGITAL TWIN · PLOT MONITORINGExplore plot monitoring
Compare Measurements. See the Plot Change.
Switch between measurement states to see how the monitoring view changes across the same plot, including trend, risk-zone and follow-up information.
The dashboard shows a positive PVI trend with a lower concentration of risk zones.
Measurement 01 · Improving
Illustrative interface with demonstration data.
PHYTO TESTER · CONNECTED ECOSYSTEMFrom plant to perspective
From plant to perspective
Everything connected
One device One app One connected platform A seamless workflow from field measurement to a clearer view of your plants
One ecosystem
One ecosystem A connected workflowDevice → App → Platform · All → PhytoTester
App and AI platform visuals are illustrative
Plant-Level Technology Across Different Production Environments
PhytoTester is designed as a plant-level technology rather than a single-crop solution.
Use plant-level measurements before planting, during seasonal assessment, or when individual vines require closer review
Review planting material through representative sampling and plant-level measurement before sale, delivery, or planting
Current application and project crop
Current application and project crop
Current application and project crop
PhytoTester can also be applied in other relevant plant-production settings where plant bioelectrical measurement can support physiological-condition assessment
Measurements can help teams compare plants, review representative samples, document results over time, and identify where closer assessment may be useful.
Evidence note: Crop-specific scientific or performance claims are made only where they are supported by approved evidence.
Explore Applications →Research and Field Testing Behind PhytoTester
PhytoTester has been developed through research, prototyping, and field testing.
Published Research
Published research reports physiological-condition assessment in approximately 5–10 seconds without damaging the tested material.
Read source (PDF) ↗Field Testing
PhytoTester has also been tested in Denmark with farmers, greenhouse operations, and agribusiness representatives.
Read source (PDF) ↗Measurement and Assessment
PhytoTester measures bioelectrical signals directly from the plant. Those measurements are used to support physiological-condition and vitality assessment.
The device does not by itself determine complete planting-material quality, varietal quality, or phytosanitary status. Results can be considered alongside field observations, agronomic knowledge, and other relevant assessment methods.
Explore Research
Common Questions
Clear answers about what PhytoTester measures and how results should be interpreted
What does PhytoTester measure?
It measures bioelectrical signals directly from the plant.
Does the measurement damage the plant?
No. The measurement is performed without damaging the tested material.
Is PhytoTester only for vineyards?
No. It is designed as plant-level technology for multiple plant-production environments.
Does it determine complete plant quality?
No. Its measurements support physiological-condition and vitality assessment and can be considered alongside other relevant assessment methods.
See PhytoTester in Action
See how PhytoTester measures plant bioelectrical signals, records field data, and supports plant assessment across different production environments.
- The Smart PhytoTester device
- The plant measurement process
- The mobile app workflow
- phytotester.ai
- How the system can fit your crop or production environment