Human intelligence is demonstrated by humans, while AI is demonstrated by machines. Meanwhile, VI refers to artificial intelligence within a virtual environment. Much like in the way we confuse the difference between AI and VI. Also, with virtual reality augmented reality and mixed reality, it can be easy to assume that AI vs VI are the same – and we’re not totally wrong. After all, they’re both: 

  • Elements of technology;
  • Based on algorithms; and
  • Processors are designed to mimic human intelligence in machines.

We’re here to help you distinguish between them.

Let’s begin by defining the two forms of intelligence.

VIRTUAL INTELLIGENCE (VI) – WHERE WE ARE RIGHT NOW 

VI has actually been around and kicking about for waaaaay longer than you think. In fact, you may even use it every day. It’s present when you open navigation apps like Google Maps. And when you track your daily steps on your Fitbit. Or when you listen to Alexa as she tells you the value of pi (which is approximately 3.141592653589… by the way). See – you learn all sorts here at Exarta!

Learn more about the Metaverse

Directions, dietary and workout habits, responding to social commands… All these things are super savvy when we interact with them daily. But, powered only by VI, the internal mechanisms of these devices are actually far less intelligent than they may seem. Don’t come for us, Alexa – we love you, really.

It’s important to note that VI is a program relative to Artificial Intelligence. Not equal to. 

While it is designed to assist us, it does so within a controlled environment and by using pre-determined factors, like this:

IF x, THEN y.

So…

If the given input (factors) fits the pre-determined criteria (controlled environment), then VI provides an appropriate (calculated) response.

Like:

  • If you ask Alexa “Who lives in a pineapple under the sea?”, she’ll reply with “Spongebob Squarepants”.
  • If you go on a 5 mile hike, your Fitbit will track approximately 10,000 steps. (Great. You’re done for the day!)

ARTIFICIAL INTELLIGENCE (AI)WHERE WE WANT TO GET TO

Difference between AI and VI

Like VI vs AI is also a distinct subsection of computer science. But it takes things a little further. 

AI can make machines smarter enough to perform tasks requiring human intelligence. It enables intelligent machines to think, act, function and behave like humans. AI machines master this human-esque behavior through machine learning.

Read more: The Exarta Metaverse Glossary – All You Need to Know

Programmed to perform actions and learn new techniques based on hidden patterns, they learn from human interactions with existing data sets. 

Awesome, isn’t it? But we’ve got to remember that Artificial Intelligence is still in its early phases. That’s why we’re still largely relying on Virtual Intelligence for the time being.

SO IN OUR CURRENT SPHERE OF TECHNOLOGY, WHICH IS BETTER?

Let’s break it down.

1. Closed vs Open Systems

Artificial Intelligence has been purposefully designed as a closed system. It’s a learning mechanism that improves with repetition. In theory, Virtual Intelligence is also a closed system, but one based on mimicking as opposed to the reality of things.

Ok, ok – so they’re technically both closed systems. But that doesn’t mean they’re exactly alike. In fact, VI actually doubles as both an open and closed system because of its ability to “feel things” instead of only completing tasks in the way that AI components do. 

Differences between VI and AI: VI is thus best used for creative processes. AI systems on the other hand are ideal for achieving operational functions. And they do this more efficiently than any other technology.

Great, open and closed, VI is clearly more flexible than AI. Plus, it’s got far more creative scope! End of discussion. Done and dusted. Case closed!

2. Damage Control

Not… so… fast

VI may serve as a creative medium, but the technology isn’t so hot when it comes to active engagement. The average VI system can’t improve its network without developing all its components first. Only once all factors are calculated can VI systems determine and put in place positive alterations.

What on earth does that mean, you ask? Well, take the Google Maps example we used before. When in use, if you’re set to take a wrong exit before the final destination, what happens next?… 

Tracking Apps | Virtual Intelligence

…Well, nothing

Because the app doesn’t warn you in advance. It doesn’t let you know that you are at risk of making a wrong turn, nor does it update your route while you are making the wrong turn. It has the audacity to wait until after you’ve gone totally off track before recalculating the results with the newly given input. Talk about leading you down the garden path. Jeez!

Read More: What is the Metaverse? 

So your input (i.e. taking the wrong turn) must be fully developed before the VI map can recalculate and provide you with new route directions. 

Virtual Intelligence falls short in error correction since it only focuses on damage control after an error has been made. And what use is that? Too little, too late, right? Now you’re late for lunch!

AI vs VI! AI differs completely. It doesn’t require the completion of all processes before determining what must be changed. Instead, machine learning can rectify problems as they become issues

AI is always one step ahead of you. That’s why it performs more competently with operations since it doesn’t require a system to go wrong before the problem is corrected.

Read more: 6 Ways the Exarta Metaverse Will Revamp Retail

Boom, AI. That’s 1-1, right?

3. Self Awareness

Virtual intelligence is, by design, a system that only copies the behavior of humans. VI programs achieve a state of abstract thinking and, therefore, can never move past the imitation stage. 

Pffft, they’re nothing but copycats.

Artificial Intelligence, on the other hand, is a self-aware machine designed to make critical decisions and judgments. Technologies powered by AI can thus reason, learn, and act almost as freely as a human can. 

And while an AI machine’s behavior may seem repetitive at first, the beauty of this type of system is that it can mature over time. This means that it has the potential to become more humanly supportive than any VI technology system.

Alexa, play a sad violin symphony. That’s 2-