Reducing labor costs in organic farming
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Reducing the use of agrochemicals in conventional farms
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Plant-specific weed and crop management at the individual plant level
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Reduction of soil disturbance
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Image synthesis
Advanced data analysis for comprehensive field observations and detailed reports on weed infestation and plant health.
Style transfer
It incorporates biodiversity into cultivation and weed control processes and actively protects and promotes the ecological balance within the agricultural ecosystem.
Super resolution
Equipped with a high-speed and high-precision multi-head weed control tool for tackling targets with mechanical, chemical, and thermal nozzles.
Image-to-text generation
Designed for versatile use on a wide range of crops and weeds. Equipped with state-of-the-art AI and computer vision algorithms.
Conditional image generation
Offers strategies for weed control at the plant level, thus ensuring precise and effective weed control (using the Multi-Head Action Tool) while simultaneously promoting plant growth.
Conditional image generation
Our technology can be seamlessly integrated into both organic and conventional farms without requiring you to change your equipment. Save time and money and increase productivity across a wide range of cultivation methods.
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Minimally invasive and plant-based measures
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Special annotated datasets for precise asset management
Our proof of concept is on par with other MVPs!
Seamless integration with existing systems and platforms, as well as a scalable and flexible architecture.
Types of weeds treated!
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Biodiversity-aware weeding combines precision agriculture with ecological responsibility—targeting harmful weeds while protecting the environment.
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Aggressive weeds like barnyard grass and pigweed compete with crops for water and nutrients, lowering yield and quality. Recognizing species-specific threats enables more effective weed control.
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Environmental factors affect weed behavior, so our system adapts in real-time. Biodiversity-aware robots manage weeds with minimal ecological disruption.
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Our multi-head tool selectively removes invasive weeds while preserving beneficial plants. This supports soil health, protects native biodiversity, and ensures long-term agricultural sustainability.
To treat plants effectively, you need to recognize the differences more precisely.
That's exactly what we're experts in!
- WeWeed is a precision agriculture solution that integrates mechanical, chemical, and electrical weed control methods to effectively control weeds while preserving crop health and biodiversity.
- The system uses advanced sensors and AI-powered image recognition to precisely identify and target weeds without affecting surrounding crops.
- Yes, WeWeed is designed for seamless integration and can therefore be mounted on standard tractors as well as operated autonomously.
- Yes, absolutely. WeWeed's precise application significantly reduces the need for agrochemicals, making it ideal for organic and sustainable farming. On organic farms, it uses mechanical and electric nozzles for weed control, while the precision spraying system applies microdoses of fertilizer directly to the plants – for maximum efficiency and minimal environmental impact.
- WeWeed offers increased efficiency, lower labor costs, minimized chemical use and higher crop yields – all while supporting the ecological balance in agriculture.
- WeWeed offers WeMan, an advanced cloud-based field-monitoring application that gives farmers complete control over their fields and trials. By utilizing real-time data from the WeWeed farm, farmers can monitor crop health, weed density, and weed distribution with high precision. This insight helps identify critical field conditions and make timely decisions. The platform's monitoring capabilities support biodiversity-conscious weed control, thus promoting ecological balance and sustainable agriculture.
Am HauptBahnhof 6,
Bonn 53111, Germany
Amtsgericht Bonn HRB 29224