Solution
We deliver the future of growing
We aim to do so by creating robust, smart sensing devices that convert crop status into actionable data. Because measuring is knowing. We do this with our unique, patent protected ultrasound method.
Solution
We deliver the future of growing
We aim to do so by creating robust, smart sensing devices that convert crop status into actionable data. Because measuring is knowing. We do this with our unique, patent protected ultrasound method.
Contact us
Discover benefits
Solution
We deliver the future of growing
We aim to do so by creating robust, smart sensing devices that convert crop status into actionable data. Because measuring is knowing. We do this with our unique, patent protected ultrasound method.
Features
Benefits
Our method allows for objective, remote, and real-time crop assessment. Wether you are near your climate computer or on the beach, you will always know how your crops are doing and make the best decisions to improve your bottom line.
Optimize Growth
Prevention
Monitoring
Indicate diseases
Ideal Irrigattion
Top form
Features
Benefits
Our method allows for objective, remote, and real-time crop assessment. Wether you are near your climate computer or on the beach, you will always know how your crops are doing and make the best decisions to improve your bottom line.
Optimize Growth
Prevention
Monitoring
Indicate diseases
Ideal Irrigattion
Top form
Features
Benefits
Our method allows for objective, remote, and real-time crop assessment. Wether you are near your climate computer or on the beach, you will always know how your crops are doing and make the best decisions to improve your bottom line.
Optimize Growth
Prevention
Monitoring
Indicate diseases
Ideal Irrigattion
Top form
How it works
Our product makes it possible to judge your crop wherever you are. But we go further, we give insights to keep your plants in top form.
Plensor
Our robust hardware collects ultrasound plant data.
Plant data
Using advanced algorithms and AI, we translate the data into information.
Insights
We provide insights in how crops respond to biotic or abiotic changes.
Action
We help you take action on how to improve your strategies such as irrigation, energy and IPM.
How it works
Our product makes it possible to judge your crop wherever you are. But we go further, we give insights to keep your plants in top form.
Plensor
Our robust hardware collects ultrasound plant data.
Plant data
Using advanced algorithms and AI, we translate the data into information.
Insights
We provide insights in how crops respond to biotic or abiotic changes.
Action
We help you take action on how to improve your strategies such as irrigation, energy and IPM.
How it works
Our product makes it possible to judge your crop wherever you are. But we go further, we give insights to keep your plants in top form.
Plensor
Our robust hardware collects ultrasound plant data.
Plant data
Using advanced algorithms and AI, we translate the data into information.
Insights
We provide insights in how crops respond to biotic or abiotic changes.
Action
We help you take action on how to improve your strategies such as irrigation, energy and IPM.
Case studies
Our product is in the R&D phase, but we are getting closer to a global impact on cultivation every day.
Plant lightning in Bunnik
To keep your plants healthy, saving energy should be done without 'going over the edge'. Here we monitor transpiration and water uptake in chrysanthemums to find the edge.
Delphy in Bleiswijk
To date it is still unknown why some pepper plants go weak. In this pilot, we monitor how two cultivars react to two irrigation strategies.
RoboHouse in Delft
In a small greenhouse near the TU Delft we have deployed our first prototype to collect tomatoplant data and validate the technology.
NPEC in Wageningen
Climate change forces breeders to create new, resillient crops. Here we collect data about 120 corn and potato plants experiencing different levels of droughts.
Case studies
Our product is in the R&D phase, but we are getting closer to a global impact on cultivation every day.
Plant lightning in Bunnik
To keep your plants healthy, saving energy should be done without 'going over the edge'. Here we monitor transpiration and water uptake in chrysanthemums to find the edge.
Delphy in Bleiswijk
To date it is still unknown why some pepper plants go weak. In this pilot, we monitor how two cultivars react to two irrigation strategies.
RoboHouse in Delft
In a small greenhouse near the TU Delft we have deployed our first prototype to collect tomatoplant data and validate the technology.
NPEC in Wageningen
Climate change forces breeders to create new, resillient crops. Here we collect data about 120 corn and potato plants experiencing different levels of droughts.
Case studies
Our product is in the R&D phase, but we are getting closer to a global impact on cultivation every day.
Plant lightning in Bunnik
To keep your plants healthy, saving energy should be done without 'going over the edge'. Here we monitor transpiration and water uptake in chrysanthemums to find the edge.
Delphy in Bleiswijk
To date it is still unknown why some pepper plants go weak. In this pilot, we monitor how two cultivars react to two irrigation strategies.
RoboHouse in Delft
In a small greenhouse near the TU Delft we have deployed our first prototype to collect tomatoplant data and validate the technology.
NPEC in Wageningen
Climate change forces breeders to create new, resillient crops. Here we collect data about 120 corn and potato plants experiencing different levels of droughts.
Level up your greenhouse skills
Join a movement of growers that are shaping the best form of their plants possible
Level up your greenhouse skills
Join a movement of growers that are shaping the best form of their plants possible
Level up your greenhouse skills
Join a movement of growers that are shaping the best form of their plants possible
Frequently Asked Questions
Can't find the answers you're looking for, we're here to help you out with any questions.
Is our product already available?
We currently collaborate with researchers and breeders to validate our technology, because we want to make sure everything works robustly before selling to customers. Interested in collaborating? Send us an email at info@plense.tech.
Which crops do you focus on?
We focus on high-value crops with a sizable stem. We have so far deployed our sensors on the greenhouse crops tomato, pepper, chrysanthemums. We have also tested in a greenhouse setting on corn and potato, which are open-field crops. Although the technology is not ready yet to be deployed in open fields, we do have the ambition to do so.
Are the sensors wireless?
The current setup is wired. We need a power supply to power one box, which can control up to 20 plensors. As for connectivity we can connect to local Wifi, through cable or supply our own SIM cards.
How is it different from current plant monitoring methods?
There are already some methods available to monitor crop health, from manual inspection to weighing modules. By using ultrasound, we can look inside the plant, where most important processes happen before they are visible. Therefore, you get direct feedback about the internal state of your crop.
How is Plense Technologies funded?
We are funded by Delft Enterprises and the NWO (Dutch Research Council). We expect to start raising our seed-round in the next few months. Interested in investing? Get in touch!
Frequently Asked Questions
Can't find the answers you're looking for, we're here to help you out with any questions.
Is our product already available?
We currently collaborate with researchers and breeders to validate our technology, because we want to make sure everything works robustly before selling to customers. Interested in collaborating? Send us an email at info@plense.tech.
Which crops do you focus on?
We focus on high-value crops with a sizable stem. We have so far deployed our sensors on the greenhouse crops tomato, pepper, chrysanthemums. We have also tested in a greenhouse setting on corn and potato, which are open-field crops. Although the technology is not ready yet to be deployed in open fields, we do have the ambition to do so.
Are the sensors wireless?
The current setup is wired. We need a power supply to power one box, which can control up to 20 plensors. As for connectivity we can connect to local Wifi, through cable or supply our own SIM cards.
How is it different from current plant monitoring methods?
There are already some methods available to monitor crop health, from manual inspection to weighing modules. By using ultrasound, we can look inside the plant, where most important processes happen before they are visible. Therefore, you get direct feedback about the internal state of your crop.
How is Plense Technologies funded?
We are funded by Delft Enterprises and the NWO (Dutch Research Council). We expect to start raising our seed-round in the next few months. Interested in investing? Get in touch!
Frequently Asked Questions
Can't find the answers you're looking for, we're here to help you out with any questions.
Is our product already available?
We currently collaborate with researchers and breeders to validate our technology, because we want to make sure everything works robustly before selling to customers. Interested in collaborating? Send us an email at info@plense.tech.
Which crops do you focus on?
We focus on high-value crops with a sizable stem. We have so far deployed our sensors on the greenhouse crops tomato, pepper, chrysanthemums. We have also tested in a greenhouse setting on corn and potato, which are open-field crops. Although the technology is not ready yet to be deployed in open fields, we do have the ambition to do so.
Are the sensors wireless?
The current setup is wired. We need a power supply to power one box, which can control up to 20 plensors. As for connectivity we can connect to local Wifi, through cable or supply our own SIM cards.
How is it different from current plant monitoring methods?
There are already some methods available to monitor crop health, from manual inspection to weighing modules. By using ultrasound, we can look inside the plant, where most important processes happen before they are visible. Therefore, you get direct feedback about the internal state of your crop.
How is Plense Technologies funded?
We are funded by Delft Enterprises and the NWO (Dutch Research Council). We expect to start raising our seed-round in the next few months. Interested in investing? Get in touch!