The world’s population is expected to reach 9.7 billion by 2050, making feeding them a major challenge. We lose agricultural land every day as a result of industrial development and urbanization. Scientists estimated in 2015 that the Earth had lost one-third of its arable land over the previous 40 years.

We have no idea how much more we will lose in the next 40 years. One of the most serious difficulties we face is rising food demand due to a growing population and shrinking arable land. Many people believe that vertical farming is the solution to this problem.

Vertical Farming:

Vertical farming is the practice of growing food on vertically inclined surfaces. Rather than producing vegetables and other crops on a single level, as in a field or a greenhouse, this method integrates them into other structures, such as a skyscraper, shipping containers, or converted warehouses.

This current concept employs Controlled Environment Agriculture (CEA) technology and indoor agricultural techniques. The artificial regulation of temperature, light, humidity, and gases allows for the production of food and medication indoors. In many ways, vertical farming is similar to greenhouses, where metal reflectors and artificial lighting supplement natural sunlight. The primary goal of vertical farming is to maximize crop output in small spaces.

How Vertical Farming Works

Grasp how vertical farming works requires an understanding of four essential areas: 1. the physical layout, 2. the lighting, 3. the growing medium, and 4. the sustainability elements

To begin, vertical farming’s primary goal is to produce more food per square meter. Crops are grown in stacked levels in a tower life structure to achieve this goal. Second, to keep the perfect light level in the room, a perfect combination of natural and artificial lighting is used. To boost illumination efficiency, technologies such as revolving beds are used.

Third, instead of soil, aeroponic, aquaponic, or hydroponic growing mediums are used. Vertical farming frequently uses peat moss, coconut husks, and other non-soil mediums. Finally, the vertical farming system employs a variety of sustainability measures to balance the energy costs associated with farming. Vertical farming, in fact, consumes 95% less water.

Popular Vertical Farming Software: A review of the most essential features

Today’s growers have access to over 50 software programs. The selection is extensive, and the information they present might be overwhelming at times. The simplest way to avoid confusion is to select the farm app that best meets the demands of your business.

Agricultural applications provide a variety of services, as do the data on which they rely.

Inecta

The Produce platform from Inecta helps vertical farming operations track their crops from seed to harvest. The Grow Room feature of Inecta allows you to manage and allocate space on growing racks or ponds, support infeed and outfeed, oversee seeding and manage harvest queues, all from a single, simple platform designed for vertical farmers.

  • In real-time, get a bird’s-eye view of overall profitability.
  • All traceability requirements are met.
  • Ongoing assistance from Inecta’s experts
  • Grow Room Administration
  • Food Safety and Quality Control
  • Harvest Preparation

Intellias

Intellias combines software engineering expertise with practical experience in vertical farming system development to provide technical excellence to AgriTech innovators and growers. Intellias is a knowledgeable and experienced software development partner to agriculture and technology companies that operate greenhouses, indoor and vertical farming systems, and other indoor and vertical farming systems, assisting them in creating ideal environments for growing plants with optimal climate conditions and resource management. 

  • Sensor data collection and integration
  • Automation of indoor farms and climate control
  • Indoor farm lighting solutions that are smart
  • Analytics based on AI and machine learning for increasing recommendations

Ostara

Ostara is vertical farming software that allows you to control, automate, and improve your growing operation.

It enables you to manage your farm remotely, collect key insights, and optimize plant growth.

Ostara allows you to fine-tune the operations of your indoor farm and ensures that no leaf goes unchecked by combining farm management and control into one program.

Ostara enables you to control and automate LIFE within your farm by establishing day-night cycles for LEDs, controlling the watering frequency and nutrient levels, as well as temperature, humidity, and airflow speeds.

Conclusion

Vertical farming technology is still in its infancy. Companies have yet to scale up crop production successfully and make it economically viable to meet rising food demand. The success of farms like AeroFarms will determine how important vertical farming will be in meeting the challenge of rising food demand in the future.

However, it is worth noting that technologies developed for vertical farms are also being adopted by other segments of the indoor farming sector, such as greenhouses, which can use natural sunlight but require much more real estate and longer routes to market.