• 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

Food & Ag Input Companies

Shaping the future of sustainable and smart agriculture

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Real-time stress monitoring for sustainable agriculture

The agricultural sector faces increasing challenges that impact crops and yields, requiring sustainable and resilient solutions. At Vivent Biosignals, our mission is clear: enhance food security and make agriculture more sustainable by directly monitoring crop health. By tapping into the natural information network within plants and decoding this system, we
  • provide real-time insights into crop health
  • enable our clients to speed up product development
  • demonstrate product efficacy and monitor their supply chains remotely
We support the development and adoption of novel crop treatments, especially biologicals by demonstrating when these products make a real difference to crop resilience. We also work with breeders making final choices about the most resilient new varieties. Our agriculture technology empowers smarter, plant-driven decision-making.
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.

Crop protection / Biological crop treatment
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Smart fertilisers
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Breeders / Seed companies
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LED / Supplemental Lighting
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Irrigation settings
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Substrate Performance
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Monitor real-time crop responses to:

Climate conditions
Heat and cold stress, especially at critical crop development stages.

Novel crop treatments
Refine application dosages and schedules. Demonstrate product efficacy throughout the crop cycle.

Soil moisture levels
Adjust irrigation strategies or drive irrigation systems based on plant feedback.

Nutrient levels
Track nutrient uptake continuously for  N, P, K, Ca, Mn, Fe.

LED lighting
Optimise growth while reducing energy costs.

Different substrates
Tune growing recipes for specific soils and substrates.

Selected biotic stressors
We are continuously refining and expanding the specific models we have for early detection of insects, like thrips or aphids, wireworm or stink bugs, and fungal infections like mildew, fusarium and botrytis.

Live analytic dashboard

Receive plant feedback from your crops:
 Canola Potatoes Strawberries Cucumbers Sweetcorn Apples Vines Oranges Tomatoes Orchids Tulips Bananas Soy Sugarbeet

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

Ready to revolutionize your product development and growing processes?

Up to 30% savings in resource use

Reducing pest & disease outbreaks

Up to +30% increase in productivity

Proven results for food & Ag input companies in field applications

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 agriculture practices. We capture and interpret plant signals and translate them into actionable insights that support better, plant-informed decision-making in agriculture.
30% cost reduction in water and fertiliser use for Morao Arándanos

““Water use has been significantly lower than on the rest of the farm. Since fertilisation is applied together with irrigation, costs have been reduced by around 30% in both water consumption and fertilizer usage” 

About the case >
Quantifying the Impact of Soil Biology on Crop Performance

“We could see when and why our biostimulant makes a difference. We obtained quantified evidence of improvements in water and nutrient status for crops treated with Symactiv.”

About the case >
Strawberry growing
A comparison of different fertiliser recipes to prevent Strawberry tip burn

Minimizing the risk of tip burn in strawberries by providing real-time insights into plant responses to different fertiliser recipes, in collaboration with Vertiberry.

vertiberry
About the case >
Plant driven outdoor growing
Plant controlled irrigation in collaboration with Hectar and Parfums Christian Dior

Reducing water consumption while maximizing flower production.

Hectar
About the case >

Turning plant signals into proof for Food & Ag Input Suppliers

1. What makes Vivent Biosignals an innovative agricultural technology company?
  • As a leading agricultural technology company, Vivent Biosignals is deeply committed to shaping the future of sustainable agriculture. We achieve this by decoding the natural electrical signals of plants. By using technology in agriculture to gain real-time crop health insights, we help growers, researchers, and input suppliers move toward a highly efficient system of ai powered precision agriculture. Our goal is to enhance global food security and crop resilience through these advanced technologies in agriculture.
2. How does the Vivent plant health monitoring system work?
  • Our plant health monitoring system relies on a plant health sensor that is attached directly to the crop. Unlike a traditional environmental sensor used in agriculture, our wearable smart agriculture sensors continuously measure the internal electrophysiological signals of the plant itself. By capturing early signs of biotic and abiotic stress before visible symptoms even appear, these tools serve as the ultimate precision agriculture sensors.
3. How do you utilize artificial intelligence to interpret plant data?
  • We are at the forefront of implementing ai in agriculture by translating complex biological signals into actionable, real-time data. By combining our wearable agriculture sensors with agriculture ai technology, our machine learning algorithms can identify specific stressors such as nutrient deficits or drought. The seamless integration of ai and iot in agriculture ensures that actionable insights are delivered directly to user dashboards, showcasing the true, practical power of ai in ag.
4. How do Vivent Biosignals solutions benefit Food & Ag Input suppliers?
  • For companies developing biostimulants, smart fertilisers, or crop protection products, our platform offers rapid, objective proof of product efficacy. By continuously monitoring crop responses, developers can see exactly when and how a plant reacts to a specific treatment. This data-driven approach shortens the product development cycle, refines application schedules, and builds trust with growers who are looking for reliable input solutions.
5. How does Vivent technology improve the overall efficiency of irrigation?
  • We revolutionize water management by shifting the focus toward plant driven irrigation and plant controlled irrigation. Instead of relying on static schedules, our unique irrigation sensor technology enables continuous, real-time irrigation monitoring. This setup acts as a comprehensive remote irrigation monitoring and control system, allowing growers to precisely adjust their irrigation settings based on exactly what the plant demands. Ultimately, this data-driven approach significantly boosts drip irrigation efficiency and maximizes total irrigation system efficiency.
6. How do your solutions measure biostimulant effectiveness and support biological crop protection?
  • Evaluating the true biostimulant effect on crops can be challenging with traditional methods. Our technology provides direct biostimulant feedback by monitoring the internal electrical signals of a biological treatment plant. This allows suppliers and growers to accurately gauge biostimulant efficiency and predict biostimulant yields efficacy, clearly demonstrating how well these inputs support overall plant health and proactive biological crop protection.
7. What tools does Vivent provide for biological crop treatment monitoring?
  • We utilize advanced biological plant treatment sensors that deliver immediate, real-time crop treatment feedback. When agricultural input companies need to prove product efficacy for their latest biological formulations or fertilizers, our biosignals platform offers the objective, quantifiable data required for highly accurate biological crop treatment monitoring. This ensures that treatments are working exactly as intended to reduce plant stress.
8. How does this technology contribute to a more sustainable, energy efficient agriculture model?
  • The future of farming relies on plant controlled agriculture, where the crop's physiological state dictates resource inputs. By integrating advanced artificial intelligence use in agriculture, our platform analyzes real-time plant responses to optimise everything from water to light. This approach ensures superior energy use efficiency in agriculture and drives significant energy saving in agriculture, ultimately leading to a highly sustainable standard of energy efficient cultivation.

Are you interested in learning more about the possibilities?

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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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