Agriculture Hyperautomation : Can Improve Your Business - What is new technology in agriculture?

Hyperautomation in Agriculture

HyperAutomation is a new tool that is being developed in recent years to help automate various aspects of growing. In a way, it is similar to a robotic arm. There are many different types of hyper automation available, including automatic watering systems, nutrient injectors, and lighting arrays. These tools allow growers to focus their time on cultivating weed instead of doing repetitive tasks throughout the day.

Hyper-automated greenhouse systems

Greenhouse systems are already quite automated, but they can be even further improved with automation. There are several different types of greenhouse systems out there, but they generally work on a similar premise. An operator enters data related to the number of seeds planted, the temperature, humidity, and light schedule. A program then runs automatically throughout the day while taking measurements of those variables. Afterward, the system sends alerts if any parameters are outside acceptable ranges. The goal of these systems is twofold: to ensure that the environment in the greenhouse stays consistent and that the plant doesn't suffer due to fluctuations in conditions. These systems cost anywhere between $10,000 - $50,000 depending on how advanced and customizable they are. The best way to determine what kind of greenhouse system would suit your needs is to talk to an experienced grower who can advise you based on your requirements.

Hyper-automation lighting systems

Lighting systems are another area where automation is possible and can save time and money. In fact, some companies actually do away with human operators altogether and let their lighting system control the lights and monitor the environment manually at night. Many businesses have experimented with LED lighting before moving over to full automation. While LED lighting requires less labor than traditional HID (high intensity discharge) lighting, it still takes a lot of monitoring to keep things running smoothly. Full automation isn't necessary since LED lights are easily controlled through computerized programming. However, if you want to save money, consider making the switch to LED once you're ready to produce commercial scale amounts.

Automated watering systems

Automated irrigation systems have been around for decades now, but they've really grown in popularity lately. Most people know that cannabis growers need lots of water to survive. If you plan on selling your product, you'll likely need to provide customers with enough supply to last them until they consume it. When you factor in that marijuana is a heavy consumer of water, it makes sense to save as much as you can. If you don't already have an automatic irrigation system in place, consider installing one to maximize efficiency. You might also consider adding additional sensors to measure various environmental factors including humidity, air quality, and temperature.

Automatic harvesting systems

Harvesting is almost always the most laborious task in cannabis production. Whether you're picking buds after harvest or pulling herbs off of trichomes, you're going to face at least a few hours of manual labor to complete each job. That's why it's critical to find ways to minimize the amount of time you spend doing physical labor. One way to accomplish this is by investing in an automatic harvester. These machines take the work out of harvesting, leaving you free to focus on other tasks. Depending on your setup, a machine may pull whole branches directly off of the plant, pick individual buds off of trichomes and leaves, or remove stems and roots entirely.

Automatic Sprinkler Systems

Automatic sprinkler systems are becoming increasingly popular among growers due to their efficiency and effectiveness. These systems are commonly seen in commercial greenhouses and allow growers to water plants without having to physically go out to check on them. Additionally, they save money by reducing the need for labor. One major downside, however, is that these systems do not work well if your temperature drops below freezing or above 100 degrees Fahrenheit. Automatic sprinklers can be controlled manually using a timer or can run autonomously based on certain environmental conditions.

Automated Nutrient Delivery System (ANDS)

The automated nutrient delivery system is a device that helps with the control of both liquid and solid fertilizer. It works with your normal irrigation systems and automatically applies fertilizer at set intervals. ANDS devices are often combined with other components to create complete automated systems. An example of this would be an auto-fertilizer system that runs whenever the irrigation unit turns on. They are helpful for those who have limited space indoors since they eliminate the need for regular feeding.

Hydroponic Growing Medium

Hydroponic growing medium refers to any type of growing substrate that grows plants without needing soil. It usually consists of porous material that holds moisture and nutrients. Plants grow naturally in soil, but hydroponic methods produce plants faster and healthier. When choosing a hydroponic substrate, consider whether it will provide enough oxygen to your plants and whether it will supply sufficient nutrients.

Hydrofarm Automatic Soaker

The hydrofarm automatic soaker is a hydroponic growing solution that delivers precise amounts of water, nutrients, and bacteria directly into the roots of your plants. By avoiding overhead watering, they improve air quality and reduce evaporation. A pump pushes liquid nutrients through a series of tubes that deliver fluids into the holes of your chosen substrate. To prevent algae growth, the system uses a UV filter to kill off harmful organisms.

Air Pumps

Air pumps are useful for maintaining humidity levels in your greenhouse. Typically, they consist of two parts: an air intake that pulls fresh air into the area and an exhaust vent that releases warm air back outside. They can be manual or automatic. Manual air pumps operate by sucking in air on one side of the glass and releasing it on the other. Automatic air pumps use fans to draw in ambient air and release heated air through vents. Both options have advantages and disadvantages. While manual air pumps are simple to use, they are inefficient and don't always maintain proper humidity levels. Conversely, automatic air pumps aren't as effective at controlling humidity levels, but they are more reliable and will adjust themselves based on changes in room temperature.

Hyperautomation change your business