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Commercial Manufacturing and Augmented Reality Technology

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Commercial manufacturing is, by far, the leading sector in the application of artificial intelligence technology. The sector has used AI and Augmented Reality Technology in so many ways. From a significant reduction in downtime to producing better-designed products, many manufacturers are now applying AR-powered analytics to improve product quality, efficiency, and employee safety. In the manufacturing sector, maintaining production equipment and machinery can be costly, something many companies would instead not fix. 

But what if the quality of the product going out to the market depends on the condition of AR machinery? Perhaps, that is why AR hardware must be tested to the highest standards possible. This will ensure its safety and operational integrity. Consumer testing is vital for the success of any AR hardware; companies that apply AI technology in their commercial production should get the hardware tested. Many of these products require pin point accuracy thus the need for laser measurement sensor testing view this website for more information. This article discusses augmented reality Technology in detail and everything you need to know about it, read on to find out!

What is Augmented Reality?

AR can be described as the technology that broadens our physical world, introducing new layers of digital information onto it. The difference between augmented Reality and Virtual Reality is that AR doesn’t replace real environments with artificial ones. It appears in a direct view of an environment already in existence and adds videos, sounds, and graphics. Augmented Reality connects the digital animation to a special marker. It also helps pinpoint the location with the help of GPS in phones. AR is happening in real life within the context of our environment, for example, self-driving cars and postal automation. Leverage intelligence across an organization to accelerate decisions, reduce costs, increase productivity and improve worker safety via the best augmented reality enterprise.

How Augmented Reality Works

Augmented Reality
Photo by David Grandmougin on Unsplash

Augmented Reality works in a very sophisticated way. A certain range of data may be used, and you will see the outcome in both synthetic and natural light. Unlike in virtual Reality, you are aware that you are in the real-world, which has just been advanced by computer vision. AR technology can be displayed on glasses, screens, mobile phones, handheld devices, among others. Augmented Reality involves technologies like depth tracking, SLAM (simultaneous localization and mapping), and several other components. 

AR is rampant among devices today. Be it tablets, smartphones, or gadgets like Google Glass, AR technology continues to evolve. There are certain requirements all AR devices and hardware should have; they include accelerometer, sensors, cameras, digital compass, gyroscope, CPU, GPS, screen displays, among others. They are different categories of devices suitable for AR, i.e.:

  • Mobile devices: these are the best fit and most available for augmented reality mobile apps, whether it is gaming, entertainment, business analytics, social networking, or sports.
  • Special AR devices: These are the devices built solely and primarily for AR experiences. A perfect example is the head-up displays, which are meant to send data to a transparent display. Today, such devices are used in the manufacturing, automotive industry, and aviation. 

Testing Augmented Reality Hardware

Testing an augmented reality platform is essential for its success. If you are planning to launch an augmented reality application project, you are probably aware that two important activities determine your final product’s user satisfaction. The first is immersive and natural user experience. The second and most important one is quality assurance. You can only assure your clients of quality products through testing your AR hardware. To date, there several types of AR hardware testing; they include: 

  • Functional testing: This is planning, implementing, and explanatory testing of your hardware. It has to fit your business requirements and objectives, while at the same time meeting quality standards. 
  • Usability testing: This is a pre-production test done to check whether the final product is in alignment with your clients’ needs.