Market Date:27 May, 2020

Analytics Technology Will Define Successful Grow Operations

So you own or run a cannabis grow company — what could possibly go wrong? Let’s count the ways! These are the questions which keep many people awake during the night, and the issue is that they do not get answered in the light of the day. Without purposeful analytics, making repeatable results could be just about impossible.

Past pestilence, mold, poor weather and the rest of the issues faced by outside growers, indoor grow operations are in the mercy of their systems and equipment handling their surroundings. An individual could presume that using gear and sub-systems like lighting, HVAC, fertigation, hydroponics, Co2, etc.), which will be well.

The assumption of a controlled grow surroundings is that it generates the best conditions to grow the ideal harvest — each moment. This presumes the gear and sub-systems are every working properly, they function together in harmony, and they function in circumstance of their grower’s recipe for every stage of their grow process.

Communication One of Sub-systems

Many sub-systems in grow centers function in a standalone fashion and were not designed to speak to other programs. In reality, the capability of those sub-systems to discuss data is restricted — they just weren’t designed to supply analytics in their own operation, or even to share information with other vendor’s systems. Because of this, the grower and centre managers should often manually collect data from every sub-system to generate sense of overall functioning conditions and equipment performance, and compare crop health.

Running and physically tracking every grow system individually generates unnecessary complexity, increases the odds of  missing a system issue that could affect the harvest, and puts a significant burden on facility management. Additionally, grow facilities with no integrated data management system don’t make decent use of their abundant environmental science information that is easily available

Cultivating System Insights

How do the master grower, centre operator, company investors and management all have assurance that every system is functioning as required to avoid crop loss, while ensuring perfect environmental requirements are being fulfilled to grow the ideal harvest? When creating the best grow environment for every crop is your goal, then it is essential to have insights and visibility to how all your systems are doing. 

Since the cannabis industry evolves and becomes aligned with specialist bio-pharmaceutical practices, we ought to expect to see rising FDA compliance demands, greater business standards for handling grow operations, and also demand for customer reporting of the source of their goods and how they have been produced. In certain ways the cannabis market is in a similar stage to the agriculture sector prior to organic certification was created. In these times, requirements to notify customers on the fruits and vegetables have been grown did not exist. All this points to the necessity to effectively handle all elements of a grow operation utilizing modern information technology. This will distinguish the skilled companies from other people who function in direct mode. 

Therefore the question is: how do we, as a business, prepare for all these eventualities?

Assessing Meaningful Intelligence

Grow centers include a range of technical sub-systems from several producers, each with different applications protocols and programming formats. ) To be able to turn this all into meaningful intelligence for the grower, centre supervisor, and the buyer, the remedy would be to build together all of the available data regarding the grow surroundings, plant life, and also the gear serving the space. This manner, the grow facility may operate their company with modern data technology — and this necessitates functionality from these areas:

  1. Information Aggregation:

    Extract and build real time and historic data from grow system gear, third party bio-science systems, and technical environmental detectors. 

  2. Data Management:

    Normalize information from diverse systems and align in a time series structure to guarantee capability to connect equipment functionality and grow requirements in real time. 

  3. Analytics:

    Create metrics and analysis to monitor farming requirements and system operations through error detection, KPIs (key performance indicators), and also habit calculations configured to every grow facility, and throughout portfolios of cannabis facilities. 

  4. Demo:

    Dynamic dashboard screens, live alerts when anomalies are discovered; automatic accounts catered to various stakeholders (i.e. distinct reports for direction, cultivators, and centre management) to guarantee environmental and equipment issues could be identified and corrected prior to impacting plant health or harvest reduction. 

That is actually the must-have cannatech alternative for effective cultivators. With such a platform, data can be shared instantly together with all stakeholders at a grow operation resulting in enhanced efficiencies and better handled risk. Considering that the investments made in your small business, the advantages of being educated about unforeseen conditions before they impact plants is priceless. At the same time, the ability to link yields with grow conditions allows for experimentation and improvement of present strains by documenting every part of the grow cycle.

Looking forward, as in other businesses, we find that information technology is going to be the differentiator for successful companies that plan on leveraging creation to win.