Enkronos ICO Review: How AI + IoT Can Smarten the World’s Farmlands

4 Years in the Making

The Enkronos Apps platform is already up and running. And, the ICO has been in the works since 2015.

Since then, the project has been secretly developing the platform while signing up paying customers.

This quick video will get you up to speed with the project’s overall concept:

Unless they sell out earlier, ENK tokens are available until Nov. 20, 2018

It’s certainly refreshing to see a blockchain ICO that’s already several years into their business operations.

Enkronos is already way beyond the ‘idea for a whitepaper’ phase. The project has real customers using real products in the real world.

A Growing App Ecosystem

At the time of writing, five apps are available when you sign up for a free account.

The apps’ dashboard is intended to be a one-stop-shop for customer interaction.

Think CMS — Customer Management System — but with a secure, blockchain-powered database. Customer data doesn’t reside on a random server. It’s encrypted yet transparently nestled within the blockchain.

Attract, engage, and retain customers with ads, promos, contests, and loyalty programs

The network’s native utility token — ENK — powers every app within the Enkronos ecosystem.

It’s important to note that even though some of the platform’s apps are ready now, their tokenized fuel tanks are dry. The apps are still functional, but they aren’t powered by tokens just yet.

Until the project’s currently-running Token Generation Event concludes, there aren’t any tokens to flow through the ecosystem. For now, you can purchase app credits, and any leftovers will see conversion to tokens at a later date.

We needn’t wait long because ENK tokens are coming soon. The private and pre-sale phases are over, and the ICO’s public sale ends in less than two months.

Eventually — if Enkronos has anything to say about it — there will be plenty of third-party apps available on the platform.

Now, the video above touched upon the concept of AI and IoT, and you’ll find plenty of information within the Enkronos whitepaper.

And in this article, we’ll explore how these advanced technologies can improve upon the age-old tradition of growing grapes.

Getting a Feel for the Environment

FeelGrid is an upcoming app within the Enkronos platform.

Although technically an app, calling FeelGrid an application undermines its capabilities. FeelGrid is an AI-powered, customizable, extended range, open-architecture IoT ecosystem.

Although the platform is already in use on select Slovenian vineyards, public participation isn’t scheduled until the end of November of this year — less than two weeks after the ICO concludes.

FeelGrid-powered farms can achieve new levels of crop-data measurement and management. Growers are empowered to monitor a host of factors — in real-time — from the convenience of a smart device.

From measuring crop moisture levels on country farms to monitoring the ebbs and flows of rivers running through major cities, there’s a lot you can accomplish with AI-equipped sensors.

Mom knows best

Natural Cues

There’s no better teacher than Mother Nature when it comes to controlling the growth of vegetation.

Not enough water? Your plants’ leaves are going to be extra crispy or flat-out dead.

Remember, we’re growing grapes, not harvesting raisins.

Too much water in the soil? Now your plants’ lack of oxygen creates a tug-of-war with root rot. You may experience yellowed leaves and stunted growth.

Healthy or ill, vibrant or pale, your plants will self-express their situation. Caretakers learn from their mistakes then try to make better decisions next time.

Now, grapevines planted for the first time may not bear fruit until their third year of existence. That’s an awfully long time to use a wait-and-see, trial-and-error approach.

What if there was a way to speed up the process of fine-tuning not only the crops themselves but the entire growing operation? What if we could monitor natural and manual processes in real-time and then adjust accordingly?

That’s the whole point of the FeelGrid.

So, what exactly does FeelGrid do and how does it perform its duties? Glad you asked! Let’s get into it…

The fields are alive with the silence of data

A Cornucopia of Measurements

In the smart vineyard, everything begins with a ViNode.

Along with multiple types of sensors, these aptly named nodes are the foundation of the FeelGrid system.

Although the underlying technology is very sophisticated, the overall idea is quite simple.

First, the sensors capture data and report to the ViNodes. Then the ViNodes — equipped with AI, so they get smarter with every feeding of data — decipher the information and transmit the results to a web portal. Lastly, growers use the portal to make informed adjustments to growing conditions.

Enkronos manufactures the ViNodes and rents them to farmers. And every month, depending on how much data a FeelGrid system transfers and stores, users pay a fee to Enkronos.

Each ViNode can support data flow from up to 10,000 sensors. And sensors can transmit data to nodes from up to six miles (10km) away. Ideal conditions may provide a 50- to 100-percent range extension.

If more data points are necessary due to environment, production methods, or number of plants, farmers can merely employ additional ViNodes within their FeelGrid system.

Different vendors supply the system’s sensors. Here’s a sampling of what they can measure:

  • Air Humidity, Pressure, & Temperature
  • Leaf Wetness on Both Sides
  • Rainfall in Millimeters
  • Soil Moisture & Temperature — Each on 2 Separate Levels of Depth
  • Solar Radiation
  • Wind Direction & Speed

The FeelGrid system keeps tabs on performance levels of each sensor within the network and earmarks the weak, dead, or defective for repositioning or outright replacement.

So, like any AI equipment worth its code, ViNodes have an added element of self-maintenance.

LoRaWAN tech enables simplistic, far-reaching communication

Agile LoRaWAN Connectivity

Those tiny little sensors out there working the fields would be far too expensive if they had to rely on 3G or WiFi to communicate with the Internet.

To circumvent this major pitfall, the Enkronos team chose to use LoRaWAN — a protocol made for building large-scale, low-bandwidth public networks.

Rather than being outfitted with a hi-tech communication device, the focus is on cost-efficient power consumption and minimal transmission requirements.

This low-cost, high-range IoT technology is ideally suited for widespread coverage across large farming areas.

Increased Operational Efficiency

Time may heal all emotional wounds, but that logic doesn’t apply to grapes.

Imagine a vineyard in sprawling over a rugged mountain range. And on an individual basis, the vines need care. Trained eyes look for numerous diseases and help ensure all grapes grow under optimal conditions.

Now, depending on the number of plants, the inspection and maintenance processes can be never-ending. Running a vineyard takes time and lots of it.

But thanks to modern tech it no longer has to be that way.

The FeelGrid system follows the same inventive reasoning of TV remotes and baby monitors. Sometimes you’d prefer to maintain control of devices and situations from the comfort of your favorite chair.

But FeelGrid takes the concept up a few notches by providing a wealth of grow-pertinent, real-time data farmers can use to improve their methodologies.

For example, if a region of vines gets too wet because of rainfall, the FeelGrid sensors will tell their master ViNode to let the automated irrigation system know that it can take the day off.

Having fingertip access to your grow operation’s processes — along with a workforce of environment-sensing, autonomous field inspectors — is the pinnacle of farming convenience.

AI tells farming equipment when to take a nap

Heavily Pruned Production Costs

Running a leaner farming operation is one of the most significant byproducts of using a FeelGrid system.

When you can deploy water and fertilizer and pest-control products on an as-needed basis, you’re bound to use less.

The crops will tell you exactly what they need, and you can give it to them with the click of a button.

Being able to remotely measure precisely how much moisture is retained by the soil — as well as the leaves — after a good soak allows you to dial-in your water usage.

Growers can allocate resources according to how they’re most effective throughout the entire farm. A little more fertilizer over here; way less water over there.

And, every time you don’t run your equipment, you’re saving electricity, gas, labor, supplies, time, or maybe all five. That’s even more money right back in the pocket of your denim overalls — if you’re into those.

Strong, healthy, disease-free vines will produce the best grapes. The best grapes make the best wine. And the best wine commands premium pricing.

And, the true beauty of it all, is that AI runs the system. The longer a FeelGrid system is in operation — getting itself drunk on data — the better equipped it’ll be to help run farming operations in the future.

Final thoughts…

The agricultural revolution brought a new era of modern convenience. We no longer have to chase our food — we either raise it ourselves or buy it from someone.

Our methods of gathering food have vastly changed. And farming equipment continues to evolve with them. Machinery shrinks and quickens, processing more and more crops.

Until now, most of the crop-growing upgrades were for mowers and seed throwers, tractors and chemical reactors.

But by equipping a farm with a FeelGrid system, growers can plant modern technology within the fields themselves. The soil, the air, and the plants that grow in them are now fully monitorable from a single dashboard.

Combining AI with IoT and blockchain tech is a natural progression of large-scale agricultural industries. All of these inventions exist to make our lives more comfortable, and now we can put them to work for the sake of our food and drink.

With FeelGrid, vineyard management can be simplified, more efficient, and more easily automated. Farmers can detect plant defects and diseases before they have a chance to infect surrounding vines.

Disease prevention alone is a compelling reason for a farmer to want this system on their land. Anything that can spare crops from an untimely demise is a welcome — and bottom-line boosting — addition to any grow operation.

Are you beginning to realize the potential here? I’m sure you can see that when enough systems are in use, the Enkronos project will have grown a steady stream of monthly revenue.

And the FeelGrid system is only a single element of the overall platform. The same winemakers using FeelGrid can interact with fans of their brands via the suite of apps the Enkronos project has already built.

While we can’t entirely eliminate human intervention, we can certainly reduce the need for manual labor by partially replacing people with sensors and nodes.

Yes, friends, advanced technology really can help make a better glass of vino. And when big-name players in the industry begin to use FeelGrid, the competition will either adapt or be left in the dust of fallow land.

Because, winemakers, you’re not still making wine by stomping grapes with your feet, are you?

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