Sensor & Device PLANTVOICE®
the APP for diagnosing plant diseases

Monitoring the health of a plant means interpreting a series of biological signals that indicate its well-being or the presence of stress. Traditional methods are based on the visual observation of symptoms such as yellowing of the leaves, stunted growth or the presence of parasites. However, these signals often appear when the problem is already advanced.
With PlantVoice, it is possible to obtain precise and timely information thanks to the innovative technology that analyzes the sap of the plant in real time. This system detects essential parameters such as sap flow, salinity and the presence of biochemical anomalies, allowing the early identification of stress factors such as water shortages, fungal diseases or bacterial infections.
Thanks to artificial intelligence and data transmission in the cloud, farmers receive immediate notifications on the physiological state of the plants, allowing them to intervene in a targeted manner and prevent damage to the crop.

To identify any diseases, it is always advisable to:

1. Look at the leaves: brown or black spots may indicate scab (apple, pear), anthracnose, rust or fungal infections; yellowed or curled drops could be caused by nutrient deficiency, aphids, powdery mildew (white powdery coating) or viruses; gnawed edges could indicate the presence of insects such as caterpillars or beetles.
2. Analyze the fruits: some molds can be symptoms of monilia (moldy and dry fruits), botrytis (gray mold) or anthracnose; some deformations can instead derive from sudden changes in water levels.
3. Check the trunk and branches: cracks in the bark can indicate fungal infections and the release of resin, common in peach, apricot and cherry trees, is often caused by fungi or bacteria.
4. Identify visible pests such as aphids (small green, black or yellow sap-sucking insects, often accompanied by ants), scale insects (small white or brown shields attached to branches and leaves), thrips and mites (tiny insects that cause silver spots or deformations in leaves).
5. Pay attention to environmental conditions: high humidity can promote the growth of fungi such as downy mildew and powdery mildew.

The PlantVoice app is designed to simplify the identification of plant diseases through continuous and advanced monitoring. Unlike conventional methods, which rely on manual inspections and laboratory tests, PlantVoice technology uses an innovative sensor, inserted directly into the plant stem, to collect biochemical data.
When a fungal, bacterial or parasitic infection begins to develop, the plant undergoes internal physiological changes that PlantVoice can detect before visible symptoms appear. The data collected is analyzed by artificial intelligence algorithms, which notify farmers of any anomalies.
Through the app, it is possible to

✔ Receive early warnings on possible diseases, allowing timely interventions.

✔ Consult detailed reports with the analysis of the physiological parameters of the plant.

✔ Integrate the data with other agricultural tools, such as drones or meteorological sensors, for even more precise management.

This approach reduces the risk of production losses and limits the excessive use of pesticides, improving the quality of the harvest and optimizing management costs.

PlantVoice technology is an essential tool for agricultural operators, offering concrete support in the daily management of crops. The main advantages include:

• Real-time monitoring: farmers receive constant updates on the physiological state of plants, allowing targeted interventions and avoiding waste of resources.
• Prevention of environmental stress: sap analysis allows early identification of conditions of water, nutritional or pathological stress, improving the resilience of plants.
• Optimization of resources: thanks to the precision of the system, it is possible to reduce water consumption by up to 40% and limit the use of fertilizers and pesticides, with a positive economic and environmental impact.
• Integration with other systems: PlantVoice is compatible with drones, meteorological sensors and other agricultural technologies, allowing centralized and advanced management of crops.
• Simplification of decisions: the app offers intuitive dashboards and detailed reports that help agronomists and farms make informed decisions, increasing productivity and crop quality.

Sustainability is at the heart of PlantVoice’s philosophy, which aims to reduce the environmental impact of agricultural practices through a more intelligent use of resources. Its technology allows you to:

• Reduce water consumption: thanks to the constant monitoring of the plant’s water status, it is possible to optimize irrigation, reducing waste by up to 40%.
• Reduce the use of pesticides and fertilizers: early biochemical analysis of plants allows you to intervene only when necessary, limiting the use of chemical substances and reducing the risk of soil and groundwater contamination.
• Use biocompatible materials: PlantVoice sensors are designed to be minimally invasive and made with eco-friendly materials, without altering the physiology of plants
• Support biodiversity and soil quality: a more conscious use of resources promotes an ecological balance in crops, improving soil health and plant productivity.
• Reduce the ecological footprint of agriculture: by optimizing production processes, PlantVoice helps reduce CO₂ emissions and make the entire agricultural cycle more efficient and eco-sustainable.

Certainly, PlantVoice international patents are recognized in Europe, USA, China, Japan, Brazil, India, Israel, Australia, South Korea, Mexico, New Zealand, South Africa, Eurasia, Chile, Peru, Canada.

PlantVoice has received several, such as the first prize at the Bando Startup FESR-Trentino and the selection for the Greentech acceleration program in San Francisco in 2024. It has been a finalist in renowned competitions such as the “Go Beyond SISAL” and the “Myllennium Award 2024”, confirming its role as a leader in sustainable agritech innovation. Other important awards and calls (2024) are: CTE COBO of Bologna, DLab CTE Cagliari, Rome Future Week, Cariplo Factory, SMAU and Food Seed.

PlantVoice has established partnerships with high-caliber research institutions, such as Eurac Research, the Edmund Mach Foundation, the University of Milan and the Bruno Kessler Foundation, to ensure the scientific validation of its solutions. These collaborations enhance the quality and reliability of the technology and allow Plantvoice to participate in prestigious European projects.