Intelligent Growth Solutions Ltd (IGS), the Scottish-based agritech business, has today unveiled its first indoor vertical farming demonstration facility.Read More
A group of Rice University senior engineering students set out to remedy that for their capstone design project.Read More
A group of Bronx teens helped create a 1,300-square-foot hydroponic farm designed to grow 25,000 pounds of produce a year in one of the city’s toughest “food deserts.”Read More
A Purdue University-affiliated startup that seeks to redefine “farm-to-table” when it comes to garden vegetables by delivering its first orders of an appliance that fits under a kitchen counter and grows produce year-round.Read More
AEssenseGrows, an ag-tech company specializing in automated aeroponic platforms for high-yield plant production, announced today a symposium featuring leaders in commercial indoor agriculture.Read More
Autogrow has opened a virtual agtech and science lab and are inviting indoor ag developers, growers and enthusiasts to join in building a dynamic and innovative community.Read More
Global ag-tech company Autogrow has further revolutionized indoor agriculture with an API-enabled cloud application giving growers access to grow anywhere, on any operating system and viewed on any device.Read More
Vertical farming — growing crops indoors, using vertical space to intensify production.
Its virtues, relative to conventional agriculture.
While growing crops, whether it be maintaining fertile land, having the right amount of water and sunlight, or coping with drought or frost, at this time farmers face many challenges. But by moving the farms indoors such hurdles could be avoided.
That’s the idea behind AeroFarms of Newark, N.J., which opened indoor facility in a 6,400-square-meter warehouse. Its new facility is that now it is the largest indoor farm in the world and it based on how much it can grow. The capacity of it is that it is able to harvest nearly 1 million kilograms per year of leafy greens and herbs.
In the indoor farming, to the crops LED lamps are provide instead of sunlight, sensors are used to monitor temperature, humidity, oxygen and more to check and ensure that the plants are growing in optimal conditions. Indoor Ag Tech Farms use less water than traditional operations.
Indoor Ag Tech AeroFarms are also the indoor farms so it have crops bask under an array of LED lamps instead of sunlight, and sensors monitor oxygen levels, temperature, humidity and more to ensure the plants are growing in optimal conditions. Marc Oshima, who helped found the company said that, The farms also use about 95 percent less water than traditional operations. In the next five years AeroFarms plans to open facilities on four continents.
In Miyagi Prefecture, Japan, the indoor farm Mirai was created in response to a food shortage after the 2011 Tōhoku earthquake and tsunami. Mirai now produces 10,000 heads of lettuce per day.
Oshima says “This is a new way of farming. We’re marrying horticulture, engineering, and data science. It’s farming where we take the volatility of Mother Nature, and the challenges of growing outdoors, and we stabilize it.”
Because indoor farming can continue year-round, it can be up to 75 times as productive as traditional methods. In indoor farming leafy greens can grow in as little as 12 days, while in out in a field it could take 45 days to harvest leafy greens
Indoor Ag Tech inevitably will play a growing role in food production, making engineers critical to the future of sustainable farming as indoor farms continue to expand.