Automation And Artificial Intelligence Revolutionize The Cannabis Industry

This article was initially revealed on Cannabis & Tech Today, and seems right here with permission.

To some, artificial intelligence (AI) could also be categorized subsequent to the likes of Bitcoin and blockchain: it’s simply one other techie buzz phrase.

For others, synthetic intelligence might conjure up photos of sentient robots hellbent on world domination.

While synthetic intelligence, in some methods, may be these issues, what it’s in observe typically appears a lot completely different.

The synthetic intelligence that many individuals speak about right this moment will also be known as machine studying, or the method by which software program takes in information, learns patterns, and makes no matter changes it must make to attain its objective.

The objective in our case?

Maximizing hashish yields and gross sales.

“Every industry is being shaken up by AI these days,” defined Brad Newkirk, strategic chief at LumiGrow, a sensible lighting firm working to develop AI options for hashish cultivators. “Cannabis is no different, except that its newness creates more opportunities.”

From cultivation and manufacturing to retail and gross sales, AI has quite a few functions within the hashish subject.

LumiGrow lighting at Copper state Farms

“Cultivators should look to autonomous growing techniques to improve their margin,” Newkirk continued. “In the retail space, I’ve seen interactive experiences make product education easy and fun – increasing the likelihood of a sale. The medical market already fully embraces AI technologies as they explore relationships between treatment techniques and patient outcomes.”

While, like Newkirk talked about, AI has some functions inside retail and the medical subject, its most typical implementation, in the mean time, is in cultivation.

“[Automation] brings environmental control, fertigation, and irrigation accuracy, which transfers into high quality, uniform crops,” defined Justin Jacobs, AST Field Tech at Argus Control, which gives automated management techniques for hashish horticulture.

The level that Jacob makes highlights two vital advantages of automation and AI applied sciences: effectivity and accuracy.

Having this quantity of constant management and accuracy naturally results in a extra constant product, which is vital in an business with repeatedly shifting rules.

At the identical time, this know-how additionally makes all the operation run extra effectively by seamlessly and mechanically making changes and lowering labor.

But don’t suppose people are with out a position on this system.

As defined by Adam Klaasmeyer, co-founder of, an AI options firm for the hashish business, “Automation reduces the requirements for labor, but also extends the abilities of existing employees by empowering them with new tools and data.”

By utilizing water and power extra effectively, in addition to labor, automation and AI additionally make amenities extra sustainable.

“Our data shows that smart lighting can reduce energy usage while keeping yields at optimal performance,” Newkirk claims.

And don’t suppose that synthetic intelligence and automation being utilized to hashish is a brand new thought.

In reality, almost each single horticulture business has integrated these applied sciences.

“Automation has been a proven part of the agricultural industry for decades,” Jacobs continued.

Newkirk referred to hashish as “just another crop.”

He continued on to say, “The truth is that AI applications for cannabis will be similar to other wholesale or medicinal crops – it’s just that the research is in its infancy … It will take time for AI to synchronize with specific plant genetics – but honestly, this is the same for all agricultural products … The only difference is that cannabis technology may be developing quicker due to the fact that it’s just so profitable in comparison.”

So what does all of this appear like in observe?

Argus gives automated management techniques for horticulture, aquaculture, and associated biotechnology industries.

It begins with information.

The software program learns the patterns of the crops (therefore “machine learning”) over a time frame.

Then, it’s capable of mechanically regulate issues like temperature, moisture content material, and a lot of different environmental facets.

Klaasmeyer defined this concept of predictive evaluation:

“Predictive analysis makes assumptions based on human experience that future results will follow patterns from the past. Currently, predictive analysis is limited by the volume, time, and cost constraints of human data analysts. An AI system is able to make assumptions, test, and learn autonomously.”

By studying this information patterns, the AI can’t solely regulate local weather, but in addition can predict issues comparable to harvest yields and potential points, comparable to illness or pest outbreaks.

Newkirk defined how LumiGrow’s sensible sensors can acknowledge airborne illness earlier than crops are affected, giving cultivators the chance to take defensive motion.

While this know-how would possibly sound like a straightforward repair, it doesn’t come with out its points.

In reality, the three business leaders we spoke to all highlighted completely different issues they’ve encountered whereas implementing this know-how for purchasers.

Jacobs particularly talked about “the learning curve to bring growers up to speed to show the value automation can bring to their facilities, to show them they can trust the control system.”

In the case of Klaasmeyer and, one main problem in implementing AI is “getting access to quality data to inform the system and correctly define the problem statements before training the model.”

Newkirk highlighted a lot of challenges he’s confronted: “The most common challenge I see when using AI is getting your new technology to work together with your older, ‘dumb,’ systems … Another challenge is choosing which technology is right for you.”

These applied sciences are on no account fast fixes.

Cultivators should take the time to be taught the brand new system, and on the opposite finish, the system will take time to be taught the information patterns of the cultivation facility.

According to Jacobs, “Automation is a long term investment that will pay off harvest after harvest.”

While some facets should still be in a state of infancy, that is the way forward for cultivation.

“I think of the future of AI and horticulture as ‘Automation with a human touch,’” Newkirk expressed. “Growers will be given new technologies to make their jobs easier and their business’ more reliable … We aren’t making growers irrelevant, we’re just making them super-growers.”

And for these of you who nonetheless suppose AI will result in robotic overlords, Newkirk has some phrases of consolation.

“Everyone mostly thinks AI means self-aware computers, but mostly that’s still science fiction. There’s no need to worry your grow equipment is plotting to take over the world – not yet, at least.” 

Images courtesy of Argus and LumiGrow.

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