• AI-Powered Plant Biosensors
  • Trusted by partners worldwide
  • Detect stress before symptoms appear
  • 24/7 real-time crop monitoring
  • Plant-driven growing
  • Higher yields, lower inputs
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Solutions for

Indoor growers

Shaping the future of sustainable indoor and greenhouse agriculture

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Real-time stress monitoring for indoor & greenhouse growing

In Controlled Environment Agriculture (CEA), precision is key for sustainable and efficient practices. Even in the most optimised greenhouse conditions, plants can experience stress that often goes undetected. But what if your crops could tell you exactly what they need and when adjustments in irrigation or nutrients are required? Our AI-powered agricultural plant sensors provide real-time plant feedback by tracking plant signals and the influence of key environmental and nutritional factors in greenhouse and indoor growing environments. This information becomes visible on our live analytics dashboard, enabling growers to take action before stress impacts crop health and yield. By detecting stress signals early before visual symptoms, it enables growers to: 

  • Prevent yield loss
  • Optimise resource use
  • Improve crop performance

Whether in traditional greenhouses or vertical farming, this data-driven approach ensures more effective decision-making and healthier crops.

How it works

We transform plant biosignals into actionable insights using smart plant biosensors, AI, and machine learning to enable early stress detection in crops.

Step 1 - Plants sending signals

Plants are constantly sensing and responding to their environment. When exposed to stress or subtle changes in light, moisture, temperature, or pathogens, they produce tiny electrical signals known as plant biosignals.

Step 2 - Biosensors capture stress signals

The plant biosensor from Vivent Biosignals detects and records the tiny electrical signals that plants generate using electrodes placed directly on the plant.

Step 3 - Decoding plant signals with AI technology

Machine learning models from Vivent Biosignals analyse plant biosignals to detect a wide range of crop threats, including soil-borne pathogens, often before any visible symptoms appear.

Step 4 - Live dashboard with actionable insights

Plant data is sent to the intuitive live dashboard of Vivent Biosignals, giving growers instant access to key metrics, like nutrient levels (N, P, K, Ca), stress signals, and environmental responses.

Your plants alert you when:

Water uptake triggers stress, signalling the need to adjust irrigation settings.

Nutrient levels N, P, K, Ca, Mn or Fe require fine-tuning.

LED lighting needs tuning to optimise growth or reduce energy costs.

Biostimulants are showing the desired effect.

Greenhouse climate conditions are limiting the optimal growth potential.

Live analytic dashboard

Receive real-time plant feedback from your crops:
 Tomatoes Cucumbers  Strawberries Orchids Chrysanthemums Peppers Berries Currants

Our CEA Brochure

Constant communication between the roots and shoots

Plants communicate internally using electrical, mechanical and chemical signals. They respond to external changes with characteristic electrical wave patterns. By continuously monitoring selected plants in each field, which is normally about 8 plants per hectare, throughout the crop cycle, our technology provides real-time data on crop health, early detection of crop stress and insights into responses to crop treatments, allowing you to respond effectively to plants’ needs. Using innovative electronics and AI, Vivent Biosensors detects abiotic stresses, like drought and nutrient deficits, and in some crops, biotic stresses, such as nematodes and aphids. Vivent Biosignals crop health metrics integrate with decision support tools, enabling growers to optimise conditions quickly and providing real-time evidence of crop treatment efficacy. This leads to increased yields and environmentally preferable crop protection.
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Discover more

Proven results in greenhouse and indoor farming

Advancing plant-driven growing with proven cases

At Vivent Biosignals, we’re proud to collaborate with global partners like you to overcome challenges and unlock the full potential of your CEA practices.

Strawberry growing
Growing strawberries year-round in a climate-controlled environment

How real-time plant monitoring supports healthy strawberry cultivation at Vertiberry.

About the case >
Indoor growing
Comparison of crop growth under hydrogen and oxygen-infused water treatments

Greenhouse monitoring trial assessing the effects of different water treatments on plant health and development.

About the case >
Ledgnd
Crop performance comparison for unique Greenhouse light conditions at Ledgnd

Ledgnd and Vivent assessed the differences in potted lilies grown with and without ancillary LED lighting over a two-month period.

About the case >
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Turning plant signals into proof for Indoor Growers

1. How many plant sensors should I install in my greenhouse?
  • This depends on your goals. For growers who want to monitor climate settings, one sensor set (8 plants) per section is often sufficient. However, model strength and result accuracy improve with more sensors. We can always provide personalized advice on this. For research where different treatments are compared, we recommend 2 sets (16 plants) per treatment to ensure statistically strong results.
2. How can data from Vivent help indoor growers optimise cultivation?
  • Having access to real-time plant stress data empowers indoor growers to make immediate, targeted adjustments to their irrigation, lighting, and climate strategies. This precise feedback loop helps optimize cultivation by ensuring plants only receive water, light, and nutrients exactly when they need them, maximizing yields and reducing resource waste.
3. What exact metrics does your greenhouse horticulture sensor capture?
  • Our greenhouse horticulture sensor captures early electrophysiological responses to stressors such as drought, nutrient deficiencies, or pest attacks. By decoding these electrical signals in real time, indoor growers know exactly when a plant is under stress, often days before any visual symptoms appear on the leaves.
4. What kind of plant signal is measured?
  • We measure the electrical potential difference (in millivolts) between active and reference electrodes inserted in the plant. This reflects changes in the concentration of charged molecules between these two points. These charged molecules include inorganic ions such as Ca²⁺, NO₃⁻, and Cl⁻, as well as organic ions like sugars and proteins with polar groups. Fluctuations in potential arise because the local ion concentration around the electrodes is influenced by various processes, such as membrane polarization, nutrient transport through transpiration, photosynthesis, and many others.
5. What is the cost of working with Vivent sensors?
  • Costs depend on several factors, such as how many sections you want to monitor and for what purpose. Schedule a free meeting with us and we’ll be happy to walk you through the pricing options in detail.
6. How do Vivent's tools differ from standard greenhouse sensors?
  • Most standard greenhouse sensors only measure ambient conditions like air temperature, humidity, and CO2 levels in the facility. In contrast, Vivent’s biosensors attach directly to the stem or leaves of the crop, measuring the internal electrical network of the plant itself. This provides a completely different, plant-centric data set that shows exactly how the crop experiences its environment.
7. Is Vivent’s technology compatible with all plant types?
  • We develop and validate our models across several species, such as tomato, gerbera, and strawberry. When the models perform well across all three, we know they’re reliable. We now have experience with many plant types, both indoor and outdoor—apple trees, soft fruits, tomatoes, peppers, cut flowers, and potted plants.
8. How does Vivent's platform represent a major innovation in greenhouse horticulture?
  • By tapping directly into plant biological signals, our electrophysiology platform is a breakthrough innovation in greenhouse horticulture. Traditional methods rely entirely on external environmental data, but our advanced greenhouse horticulture technology allows indoor growers to communicate directly with their crops. This leads to highly proactive climate, irrigation, and crop management.
9. Do these advanced greenhouse sensors help in reducing energy costs?
  • Absolutely. By utilizing our advanced greenhouse sensors, indoor growers can precisely match artificial lighting and heating to the exact moments the plant is biologically active and ready to photosynthesize. This prevents wasted energy during periods when the plant is stressed or resting, directly lowering operational costs while maintaining optimal crop growth.
10. What role does AI play in this new greenhouse horticulture technology?
  • Artificial intelligence is at the core of our platform. The raw electrical signals captured by our greenhouse plant sensors are incredibly complex. We use advanced machine learning algorithms to instantly decode these patterns, translating them into simple, actionable alerts that help indoor growers continuously optimise cultivation day and night without needing a background in data science.
Ready to revolutionize your growing process?

Up to 30% savings in resource use

Reducing pest & disease outbreaks

Up to +30% increase in productivity

Are you an indoor or greenhouse grower struggling with undetected plant stress and looking to improve crop performance?

Get in touch with us.

Fill out the form below or book an online meeting directly with one of our team members.

Let’s connect to explore the future of agriculture together!

Plants are talking, we let you listen in.

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