Digitalizing the Cannabis Industry

Growers see a higher-quality cannabis product as cannabis cultivation technology advances.

FREMONT, CA: Growers see changes and innovations in hardware, software, and other tools as the cannabis industry grows and expands. Technology advances in cannabis cultivation offer high-quality cannabis. Throughout the cannabis industry, there are many innovations, ranging from HVAC system adjustments to sensor data and artificial intelligence. From a management standpoint, a cannabis grower's internal team can benefit from technological advancements, which can help them communicate with employees faster, eliminate downtime, and maximize efficiency. In addition to keeping teams educated and up-to-date on the latest processes, technology can also effectively share resources. Quick communication helps reduce labor costs and unify teams around a common vision and goal.

Cannabis cultivation innovations will give manufacturers a better understanding of the industry's future.

Crop steering: Hormones control the growth of cannabis plants. In crop steering, growers can manipulate hormonal responses by altering a controlled environment to achieve the desired results. External and environmental stressors drive the crop's development. In addition to adjusting the temperature, decreasing the humidity, or changing the amount of water it receives, these changes can also affect the crop's growth. A grow lab's goal with crop steering is to produce more flowers and a higher outcome, ultimately leading to higher profits. Controlling environmental sensors are necessary for crop steering to increase flower production at the optimal time in the plant's growth cycle. Plant performance can be analyzed using sensors, tracking tools, and controls that analyze how plants react to certain light and water levels. To maximize growth, growers can create crop steering strategies using this data. The cannabis industry constantly evolves by incorporating software and hardware solutions that help growers create ideal conditions. Crop steering is a top trend to watch.

Vertical farming: In vertical farming, grow trays are attached to multi-level racks that can move side to side to maximize the use of space and reduce energy costs. As well as having structured racks, this system uses special air ventilation systems to reach plants even in vertical spaces. Vertical farming can come at a steep price upfront because this equipment is constantly updated and improved. Companies can use this system to save energy and LED lighting while maximizing crop yields once installed and functional.

Genetic engineering: In the past, breeding cannabis strains and choosing phenotypes for desirable traits was a lengthy process, but genetic engineering has now made it possible to do it within weeks. Some growers prefer selecting genes like climate tolerance and pest resistance, while others prefer engineering their crops to have a unique CBD and THC ratio. It may be possible to achieve certain traits with genetic engineering, depending on what type of plant they wish to harvest. It is becoming increasingly common to use genetic engineering in cannabis cultivation. Some companies specialize in creating mother plants or hemp seeds with tailored genes that growers can use to model their plants. The genetic engineering field still has much to offer, so keeping up with it is an important technology.

Look for vertical farming, crop steering, and genetic engineering to become increasingly popular and applicable shortly. These practices are likely to continue to evolve in the future because of their present popularity and applicability. A grower should also be aware of the use of technology like e-commerce. Customers can buy products digitally using e-commerce. Cannabis retailers may not fully integrate e-commerce into their stores yet, but trends are leaning towards it, and growers can customize their brands further online.

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