Challenges and Opportunities Faced in Vertical Farming

amBX spoke with Stephan den Boer from Bever Innovations on their podcast about the role of technology in vertical farms, the challenges and opportunities faced.

Vertical Distribution of Growing Plants Results in Less Land and Soil Used

Using a close looped water recycling system, Kalera uses an estimated 95% less water than traditional field farming. This is especially important for the western parts of the United States

Designing a True Maintenance-free Pivot

Engineers working in the agricultural industry can benefit greatly from implementing true maintenance- free pivots within their machinery. Maintenance-free pivots have several benefits that can help significantly increase efficiency within the agricultural field.

Sustainable Packaging for Fresh Produce

One way to define sustainable packaging is: packaging that made of sustainable and/or sustainably sourced materials and that could be re-used multiple times.

Lighting Solutions for Horticultural Applications

Luminaires for plant researchers are designed for the grower to adjust the light to reach their goals. Researchers need flexibility in spectrum and intensity as well as precise control to create reliable experiment conditions.

Data and Connectivity, The Key to Agriculture 4.0

If you don't have any data, how do you know what you are doing is right - or even a good thing? Connectivity provides a means to get the data from the fields. The data can then be analyzed to provide insights for better yields or cost savings or efficiencies.

Tips to Leverage Your Cash Flow and Invest Where It Matters

Managing the cash flow needed to yield a successful crop can be challenging. Gains are greatest when agronomic and economic benefits of input purchases are considered and revisited throughout the crop year.

Maximizing Shaft and Bearing Lifetimes in Agricultural Machinery

To optimize wear and friction values, shaft and bearing materials that work together harmoniously are crucial. The interdependence of material pairs constitutes a major challenge for bearing and shaft manufacturers.

We Cannot Reduce Cost of Electricity, So We Learn How to Make Best Use of Energy

Part of this is to maximize the plant density per square meter, which means more and more plants can benefit from the same kilowatts sent to the LED lamps. We also use software to make better predictions on the amount that needs to be harvested so that there is zero waste.

AI and Custom Imaging Hardware to Address the Challenges of Growing High-quality Crops

The twin pressures of a relentless increase in the demand for larger volumes and higher quality fruits and vegetables together with pressures on growers for more sustainable farming will drive the need for higher yields at the plant level.

Using AI, Robotics and Plant Science to Grow Better More Sustainable Produce

With the support of computer vision that captures 3D images of each and every grow module and data science, we are understanding how our production systems are interacting with our crops and how we can improve those interactions.

Drones and Robotics in Agriculture

Using an in-expensive drone, they can map a full quarter section of land in about 20 minutes, providing a real-time map that is able to instantly show variability and allow them to quickly identify problem areas and determine solutions.

Building a Distributed Network of Farms and Farmers

A distributed network of farms and farmers means that our technology is able to effect change on a greater scale. In our goal to move farms, not food, we strive to create resiliency in food supply chains and greater food access across the world

Sustainability in Agriculture without Increasing Production Costs

To reap all the benefits of the new wave of innovation, there needs to be collaboration between governments, big corporations, small and large farmers, landowners, and technology companies.

Bridging the Gap from Farming to Today's Highly Efficient Manufacturing Methods

The key to growth in the Indoor Agriculture industry is to compete with traditional farming. That requires maximizing yields efficiently and reducing waste. We see the potential of being able to automate from seed to harvest to packaging to grocer.

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