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Litovel, Czechia
11-50 Employees
2021
We develop highly intelligent machines and robotics solutions for automated farming and grounds maintenance.
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Featured
Get ready for the Future of Farming - Cronos
... Highly intelligent machines and robotics solutions for automated farming and grounds maintenance. Do not miss the launch of Cronos Quadro. ...
Tel Aviv-Yafo, Israel
How can we help you? Send us a mail and we will get back to you as soon as possible. Poultrix easy-to-use technology enables broiler and layers farmers to manage every aspect of their farm. Our system provides remote, real-time monitoring for immediate control, as well as business intelligence tools for long-term savings and efficiency. Our technology is simple to implement and use, and features an intuitive dashboard display. Poultrix is a Saas cloud technology, which can be accessed securely from any device. Real-time data gathering and analysis reports ensure farms run efficiently for short and long term savings.
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Poultrix - The smart way to manage your farm | Automated farming management system | Smart management technology for poultry farms
... Poultrix - The smart way to manage your farm | Automated farming management system | Smart management technology for poultry ...
Tallinn, Estonia
1-10 Employees
2015
We deliver industrial efficiency at an affordable price for every entrepreneur to make insect rearing as simple and widely available as possible. Our mission is to make the production of animal proteins permanently sustainable and thereby improve our living environment, tackle with climate change and reduce ecological footprint of common farming. Our goal is to become the world's largest technology provider in the industry by 2027, so that we can impact both the CO2 footprint and deforestation by achieving our business goals. We are currently administrating in Estonia, Finland, Portugal, Uganda and looking to expand to many more countries. Market of high quality insect powder products is growing rapidly and demand for animal protein ingredients is high. Fully automated processes are controlled by our own software which has been built inhouse and takes into account the best knowledge gained over the years about insect breeding.
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Green-tech company developed efficient, scalable and fully automated industrial insect farming technology for sustainable protein production
... Green-tech company developed efficient, scalable and fully automated industrial insect farming technology for sustainable protein production ...
Coffs Harbour, Australia
We specialise in analysing seafood products such as oyster, pipi and fish. We offer a variety of soil tests, targeting groups of compounds and minerals, and provide recommendations for improvement. The NSW Food Authority is a government agency that works to ensure food sold in the State is safe and correctly labelled and that consumers are able to make informed choices about the food they eat. A properly maintained rainwater tank can provide good quality drinking water.
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Automated Farming Irrigation System In Sunset - Coffs Harbour Laboratory
... Automated farming irrigation sprinklers system on cultivated agricultural landscape field in ...
Hellerup, Denmark
11-50 Employees
2017
We believe in fueling the growth journey with and around the founder team. We offer an extensive value creation model tailored for hard-tech hyper-growth. Nordic Alpha Partners is a Northern European (SFDR Article 9) Growth Fund with offices in Copenhagen and Munich, established in 2017 with currently 2.1BnDKK (275MEUR) under administration.
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Leading the transformation towards automated farming
... Leading the transformation towards automated farming ...
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Space19 Grow Station - X19 Growtech
... With Space19 Grow Station, you get a fully automated vertical farming system – with lighting, fertilization, and irrigation. ...
Helsinki, Finland
11-50 Employees
2017
Fill the form to learn more about starting a farm with iFarm. Please send us an inquiry and we will get back to you as soon as possible. By clicking SUBMIT, you agree to the processing of personal data and to the privacy policy.
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Automated Robotics Vertical Farming System - iFarm StackGrow
... Automated Robotics Vertical Farming System - iFarm ...
Woolwich, Canada
1-10 Employees
1994
Greentronics is an industry leader in designing and manufacturing electronic control products for agriculture. Our goal has always been to develop systems that customers can install. We make our products to be universally adaptable with machinery it can be used with. Greentronics is always willing to use our products and work with customers to adapt our systems to fit their needs. We are always looking for new products to develop and improve our systems. We are here to help you find the best solution for your farm. These two systems ended up becoming the start of Greentronics. As we continue to grow, we are committed to helping farmers with their dynamic needs.
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About Us - Greentronics
... Our automated farming equipment is available across North America, Europe and even as far as Australia. Since 1994, we have extensive experience with electronic design and farm equipment. We saw an opportunity to evolve the tilt control system for vegetable farmers […] ...
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Garden Stack | Vertical Farming From Home | Kickstarter
... Garden Stack offers a carefree, versatile and automated farming experience. Forget plug and play; try unplug and forget. Grow Smart, Grow with Garden ...
Davis, United States
1-10 Employees
2004
The International Milk Genomics Consortium (IMGC) is a scientific society created in 2004 by researchers from the University of California Davis and colleagues with the goal to sequence the bovine lactation genome which was published in Genome Biology in 2009. Today, the IMGC is made up of hundreds of scientists and innovators from around the world who share the overarching goal to discover the functions and impact of lactation and its remarkable product, milk. Our platforms are designed to bring scientific discoveries to practice for human health. The IMGC’s scientific base derives from a broad spectrum of research fields united by a shared interest in milk science and health. The IMGC connects the global community of scientists working within genomics and across other scientific disciplines to address some of the major challenges to health.
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Automated Dairy Farming Gathers Momentum
... Automated Dairy Farming Gathers Momentum - International Milk Genomics ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Automated Farming
| Country with most fitting companies | Canada |
| Amount of fitting manufacturers | 11 |
| Amount of suitable service providers | 5 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1994 |
| Youngest suiting company | 2021 |
Automated farming, also known as precision agriculture, refers to the application of advanced technologies, such as GPS guidance, drones, Internet of Things (IoT) sensors, and robotics, to cultivate crops and raise livestock. This innovative approach allows for the monitoring and management of farm operations from a distance, optimizing the use of resources like water, fertilizers, and pesticides, thus significantly reducing waste and environmental impact. By leveraging data analytics, farmers can make informed decisions that enhance crop yield and quality, tailoring their practices to the precise needs of their land and livestock. The impact of automated farming extends beyond increased efficiency and productivity; it revolutionizes traditional farming methods, paving the way for a more sustainable and economically viable agricultural sector. This technology-driven shift not only supports the global food supply chain by meeting the rising demand for food but also addresses critical challenges such as climate change and labor shortages. In essence, automated farming encapsulates the convergence of technology and agriculture, heralding a new era of farming that is smarter, more precise, and capable of sustaining the growing global population.
1. Increased Efficiency
Automated farming leverages advanced technologies such as robotics and artificial intelligence to perform agricultural tasks. This automation leads to higher precision in planting, watering, and harvesting, significantly reducing the time and labor traditionally required. Efficiency gains not only boost production rates but also contribute to resource conservation.
2. Enhanced Crop Quality
By utilizing precise and consistent techniques, automated systems ensure optimal growing conditions for crops. This level of control can lead to improved crop quality and yield, as it minimizes the risks of overwatering, under-fertilizing, or uneven planting—all common issues in manual farming practices.
3. Reduced Environmental Impact
Automated farming technologies are designed to use water, fertilizers, and pesticides more efficiently. Such precision reduces the amount of runoff entering nearby ecosystems and lowers the overall environmental footprint of agricultural activities. Moreover, the ability to target resources where they are needed most helps in preserving the surrounding natural resources.
4. Scalability
As demand grows, automated farming systems can be scaled up more easily than traditional farming methods. This scalability allows for quicker adaptation to market demands or expansions into new crops without significant increases in labor or resources.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Compatibility
Ensure the supplier’s technology seamlessly integrates with your existing farm management systems to enhance efficiency and minimize disruption.
2. Scalability
Choose a supplier that offers scalable solutions, allowing you to expand your automated farming operations easily as your farm grows.
3. Support and Maintenance
Assess the supplier's commitment to providing ongoing support and maintenance services to ensure continuous operation without significant downtime.
4. Cost-Effectiveness
Evaluate the total cost of ownership, including initial setup costs, maintenance, and potential savings, to ensure the investment is economically viable.
5. Innovation and Research
Select a supplier actively engaged in research and development, offering innovative solutions that can adapt to the evolving needs of automated farming.
6. Sustainability Focus
Consider suppliers that prioritize sustainability, offering solutions that reduce water usage, enhance soil health, and minimize chemical inputs.
Precision Agriculture In the agriculture industry, automated farming technologies, such as GPS-guided tractors and drones, are revolutionizing how crops are cultivated. By precisely managing where and when to plant, water, and apply fertilizers or pesticides, these innovations significantly enhance crop yields and reduce waste, making farming more sustainable and cost-effective for agribusinesses. Livestock Monitoring The livestock sector benefits from automated farming through the use of wearable sensors and CCTV monitoring systems. These tools provide real-time data on the health, movement, and feeding patterns of animals, enabling farmers to optimize their care and improve production rates. This technology facilitates a more proactive approach to animal husbandry, reducing losses from diseases and improving overall farm efficiency. Vertical Farming In urban agriculture, automated vertical farming stands out by using controlled environments to grow crops in layers. This method relies on automated systems for lighting, watering, and nutrient delivery, maximizing space and resources. It offers a sustainable solution for city-based businesses to produce fresh, local produce all year round, reducing transportation costs and carbon footprint. Supply Chain Management Automated farming extends into supply chain management, where technology is used to track and optimize the journey of produce from farm to table. Through the integration of blockchain and IoT devices, businesses can ensure transparency, traceability, and efficiency, greatly enhancing food safety and reducing waste in the process.
Automated farming, encompassing technologies such as autonomous tractors, drones, and AI-driven crop management systems, currently sits at a Technology Readiness Level (TRL) of between 7 and 8. This designation reflects the advanced stage of these technologies, which have been demonstrated in operational environments and are nearing full commercial application. The progression to these levels is primarily due to significant advancements in sensor technology, machine learning algorithms, and robotics. Sensors have become more accurate and affordable, enabling precise monitoring of crop health, soil moisture, and environmental conditions. Machine learning algorithms have evolved to not only interpret this data but also predict crop yields and optimize planting strategies with unprecedented accuracy. Robotics, particularly in the form of autonomous vehicles and drones, has benefitted from improvements in battery technology and navigation systems, allowing for longer operational periods and more precise actions in the field. Despite these advancements, the journey to TRL 9 – full commercial deployment – is hindered by scalability issues, regulatory challenges, and the need for further integration with existing farming practices. These technical hurdles must be addressed to fully realize the potential of automated farming technologies in transforming agriculture.
In the short-term phase, automated farming is expected to see significant advancements in sensor technology and data analytics. These improvements will enable more precise monitoring of crop health, soil conditions, and environmental factors, leading to more efficient use of resources like water and fertilizers. Drones and small autonomous vehicles will become more prevalent for tasks such as surveying, spraying, and even targeted weeding, minimizing human intervention and enhancing productivity. As we move into the mid-term, the integration of artificial intelligence (AI) and machine learning algorithms with farm machinery will further revolutionize automated farming. This period will witness the development of autonomous tractors and harvesters that can operate with minimal human oversight, adapting in real time to changing field conditions and crop requirements. Enhanced predictive analytics will also allow for better crop management decisions, improving yields and reducing waste. Looking at the long-term, the convergence of biotechnology with automation technology will usher in a new era of precision agriculture. This will involve the use of genetically modified crops specifically designed to thrive under automated care, further optimizing resource use and increasing resilience to pests and diseases. Additionally, advanced robotics, capable of performing delicate tasks such as fruit picking and plant pruning, will become commonplace, ensuring high efficiency while maintaining or even improving the quality of produce. This phase will mark the full realization of automated farming's potential to sustainably meet the global food demand.
