​The practice of growing crop in vertically stacked layers is referred to as vertical farming. The technique is basically utilized for producing food in challenging environments, such as where arable lands are rare or their unavailability. Vertical farming aids deserts, mountainside towns, and cities grow various types of vegetables and fruits by making use of skyscraper-like design and precision agriculture techniques. Attributed to such advantages, the global vertical farming market is expected to progress at a significant pace in the near future. 

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Hardware and software are the two types of components that are utilized for vertical farming, between which, the demand for different hardware components was significant in the past. Hardware components utilized in vertical farming are hydroponic components (Including water filters, pumps and irrigation, and meters and solutions), lighting (including grow light ballasts, grow lights, and grow light reflectors), sensors (including crop sensors, temperature sensors, PH sensors, CO2 sensors, and nutrient sensors), and climate control (including air purification/control and ventilation fans). 

Among all these the demand for lighting components was the highest in the past. Shipping container-based and building-based are the two types of structures that are utilized for vertical farming, between which, the demand for building-based structure is predicted to increase considerably in the coming years. This farming type offers nearly 8 times more farming area as compared to single level farming land and further aids minimize the farming cost. 

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In terms of growth mechanism, aquaponics, hydroponics, and aeroponics are the three techniques that are used for vertical farming. The demand for aquaponics is expected to grow considerably in the near future, since it combines fish farming ad hydroponics for creating an efficient closed loop system. A number of crops can be produced using vertical farming techniques, including tomato, lettuce, pepper, spinach, cucumber, and broccoli.