Updated · Feb 07, 2023
There’s some hype on the internet over a device that’ll eventually “replace all 6.3 billion smartphones on the planet” and make early investors stupendously wealthy.
Many of us have interacted with the applications of the tech behind it, but not many people know what SCG technology is.
So, in this article, we’ll cover all there is to know about it.
Let’s get down to it.
What Is SCG Technology?
SCG, or SCG technology, stands for Spatial Computer Glasses – cutting-edge eyeglasses that allow people to view and interact with digital elements superimposed onto the real world.
It uses technological advancements like augmented reality to enhance our actual environment with computer-generated visual, auditory, and sensory information. SCG technology is based on spatial computing – the system that transforms the 3D environment into a canvas for interaction with digital elements, effectively digitizing it.
The idea behind SCG is to move the internet off screens and onto the three-dimensional world. It aims to remove the separation between humans and information by immersing them in a space seemingly without borders.
There’s a growing buzz on the internet centering on SCG tech. Much of that comes from “tech guru” Jeff Brown, an analyst who calls it “one of the great transformational technologies of the next 50 years”.
Brown projects that these glasses will eventually succeed smartphones. According to the analyst, SCG technology “will replace all 6.3 billion smartphones on the planet”. He also envisions that it’ll make investors extremely wealthy.
As a smartphone killer, SCG technology will come with the functionality of mobile phones, enabling users to make calls, text, browse the internet, listen to music, and more. The glasses wearers will use eye movements, hand gestures, and voice commands to initiate tasks.
AR glasses aren‘t exactly new – Google was already selling a prototype of its Glass brand in 2013. Despite the company’s many promises regarding the product, it failed before reaching the consumer market.
However, the device that Brown tags SCG technology is the Apple Glasses – much-anticipated AR wearable glasses from the tech giant.
Who Is Jeff Brown?
Jeff Brown is an investment and tech analyst from the United States. He’s the founder of Brownstone Research, a boutique investment firm that conducts research to build insights for its clients and subscribers.
According to info online, Brown holds a bachelor’s degree in aeronautical and astronautical engineering from Purdue University in Indiana. He completed a Master of Science in Management at the prestigious London Business School, majoring in Corporate Finance.
Jeff Brown has held several high-level positions throughout his career in the tech and finance industries. He was president of American multinational Juniper Networks, NXP Semiconductors, and Trident Microsystems. Between 2005 and 2008, Brown headed the Global Strategy & Development team at chipmaker Qualcomm.
These days, he does a lot of financial writing. His organization, Brownstone Research, is behind the publication of newsletters and reports like The Near Future Report, Early Stage Trader, and Exponential Tech Investor.
He’s had an eclectic career, but what is his link to spacial computing glasses technology?
Brown introduced the tech in a presentation titled “The $1.5 Trillion Arms Race for S.C.G.”. As you can guess, Brown’s connection with SCG is monetary. In his presentation, he pitched the idea of early investors becoming “rich beyond their wildest dreams”.
Types of SCG Technology
There are several devices linked to spatial computing.
Let’s consider each in turn.
Virtual reality is a computer-generated, simulated environment that a user can fully immerse in and interact with. The created space may resemble, or be vastly different from, the real world.
A user’s actions influence the events in the virtual environment. Head-mounted VR headsets and controllers like Meta’s Oculus Quest are used to carry out those actions and apply them to the simulated space.
VR headsets are commonly used in gaming, but there’s more to them. They have applications in various industries like sports, medicine, education, and more.
The massive disruptive effect of SCG technology, as explained by Jeff Brown, involves the complete replacement of smartphones with Apple’s AR glasses.
Will that happen anytime soon?
Probably unlikely – but these glasses have a ton of potential. The use cases of AR glasses are extensive. Users can take photos, receive phone calls and texts, record speech, receive audio prompts, and much more.
Apple Glasses aside, the industry is bound to grow in the future. Already, about 30% of US broadband households find smart glasses appealing. That figure will skyrocket in the near future.
AR and VR are essential for spatial computing. Augmented reality superimposes digital information onto the real world. Virtual reality, on the other hand, immerses humans in digital environments. You get mixed reality (MR) when you blend both contrasting technologies.
Hybrid gear will combine all three, meaning it’s SCG technology with the potential for a host of applications across industries. Currently, no hybrid gear device is available оn the consumer market.
Elements of Spacial Computing Technology
SPG technology harnesses various elements to function.
Trackers and Sensors
Smartphones detect input when you touch a screen with your finger or stylus and process it to carry out your intended action. However, with SCG tech, there will be no pressing on a screen.
Instead, your input methods include body and hand gestures, eye movements, and vocal instructions. Trackers then pick them up and translate them into commands.
In addition, sensors rely on input from trackers to produce output signals. This could include audio, visual, and haptic output.
Light and Sound
A ton of effort has gone into rendering light and sound as we know them to simulate realistic, immersive experiences in virtual or digital environments. We’re not there yet, but the technology is evolving at a rapid pace. An SCG device like smart glasses allows you to interact naturally with these elements.
With digitized photos, SCG technology can accurately map out the dimensions and depths of objects and spaces. This is important due to the way digital information interfaces with three-dimensional environments.
Right now, the only interaction most people have with spatial computing involves VR headsets and gaming. However, there’s a whole lot more to it.
Let’s discuss the SCG use cases.
A young person with a VR headset mounted on, seemingly battling invisible enemies. This scene is common enough these days, but we’ll start seeing it much more as the adoption rate for spatial computing tech rises in the future.
How games present themselves on SCG devices differs depending on the platform. They’ve gone much further on VR headsets than AR or MR devices. That said, the tech is constantly evolving, as the Vuzix Blade AR glasses illustrate.
Spatial computing glasses technology will potentially transform the healthcare industry by bolstering medical services and practices. Medical personnel can diagnose illnesses faster, conduct significantly better research, and more.
Imagine a doctor performing surgery on a patient while wearing an SCG device. They can zoom into the patient’s body, access helpful resources or references, and collaborate with specialists not even in the room – all hands-free.
The implementation of SCG technology will affect how we work. Business associates can connect seamlessly, no matter where they are. Designers, manufacturers, and architects can simulate finished projects. Clients and potential customers can experience visual 3D representations of outcomes.
The possibilities are endless.
Pros and Cons of SCG Technology
With the launch of Google Glasses in 2013, many expected to experience things previously only seen in sci-fi movies. Unfortunately, it never took off. To many, the wearable was ahead of its time.
We’re significantly closer to that time now, though. And we can already define how SCG technology will change our lives.
For one, it’ll vastly amplify productivity in the workplace. SCG technology will streamline processes, allowing for intuitive interaction with the work environment. It’ll also provide a solution for better collaboration and enhance communication between staff.
Furthermore, SCG will improve customer experience and nudge people to make purchasing decisions when applied client-side.
Its use in the medical industry will boost the state of healthcare and help people live better and longer.
As consumer products, SCG can enhance how people multitask, process information, and view and interact with entertainment.
Considering all of this, are there any downsides?
For starters, SCG products are pretty expensive. Google Glasses cost over $1,500 when released nearly a decade ago. Microsoft’s HoloLens 3 came out a few years ago but still costs $3500. Apple hasn’t revealed pricing for its upcoming AR glasses, but educated guesses project it’ll set buyers back a pretty penny.
There are also concerns about the health implications of SCG technology on wearers. One approach to AR glasses involves shooting images directly onto a user’s retinas with laser beams. Could this actually be safe, or are there unforeseen issues ahead? There’s certainly cause for concern.
In addition, revolutionary technology, especially on the scale envisioned with SCG, is disruptive in more ways than one. In economic terms, it presents enormous cost implications as companies and individuals struggle to adapt to a new normal.
Investing in SCG Technology
With all the applications and benefits attributed to this tech, you may be wondering how to invest in SCG technology. Or if you should.
You’re not alone.
Jeff Brown’s presentation of SCG technology glasses was less Steve Jobs teasing upcoming gadgets and more investment advice. According to the analyst, understanding the major players is essential before staking money.
As I mentioned earlier, Brown’s idea visualizes the upcoming Apple Glasses as the central character in the SCG revolution. But he doesn’t advise investing in the multinational’s stock as it’s long past the point of producing exponential returns on investment.
Instead, he teased a “little-known” company, a “key supplier to Apple” that’ll be the force behind the production of the Glasses. This is where Brown advocates you buy your spatial computing glasses stocks. Expectedly, he doesn’t share this information for free, but you may find it when you pay for his report.
In any case, if you consider this area an investment worth making, you must treat it like any other: conduct thorough research and use it to guide your decision.
Technology is constantly evolving. Once in a while, along comes a major disruption that pushes the world as we know it several steps further. The invention of the internet and the mobile phone are examples of this. For some, spatial computing glasses will be another.
We’ve dissected SCG technology – at least as much as possible. As it’s still in its early stages, we expect the future to unveil much more about this technology. Will face-mounted devices prompt the extinction of handheld ones? It remains to be seen.
What is spatial computing glasses?
Spatial computing glasses, or SCG, are wearable glasses that use augmented, virtual, or mixed reality to allow users to view and interact with digitized information in the real world.
Who makes spatial computing glasses?
Several companies have thrown their hats into the ring to make SCG products. One of the earliest releases was Google Glasses in 2013. Facebook’s partnership with Ray-Ban produced the Stories in 2021. Apple’s entry into the market is coming at an unannounced date.
What is SCG technology stock?
To become an investor in this emerging field, you can buy shares in a company directly or indirectly involved in the production of SCG. This includes established firms or startups producing the devices or supplying manufacturers.
Where to buy SCG stock?
If you’re already familiar with what SCG technology is, you can buy into companies that manufacture such products. Alternatively, you can follow a more subtle route by investing in other companies in the supply chain.
Daniel is an Economics grad who fell in love with tech. His love for books and reading pushed him into picking up the pen - and keyboard. Also a data analyst, he's taking that leap into data science and machine learning. When not writing or studying, chances are that you'll catch him watching football or face-deep in an epic fantasy novel.
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