Smart Glasses, the new eyewear technology which layers visual information on a viewer s focal point, began off as simple eye-wear front-ends. During its early years, smart glass made it successful enough to be used as computer monitors. Despite of its constant improvement and promise for the industrial and business sectors, these eyewear still face several challenges which slow them down from becoming commonplace and mainstream. They are still being perceived as an exclusive property of the high-tech geeks, and some people still consider them as toys. Nevertheless, with increasing technological advancements and constant research efforts, smart glass can now be efficiently used in several industries.
With the recent advancement in technologies, smart glass is now starting to replace the traditional display screen units that were once used in communication and computer industries. Larger and stronger screens are now coupled with software systems that are easier to use, and more intuitive for the users. Companies such as Ubimax, Cisco, Metavision, and Hewlett Packard have been making a lot of progress in technology development. Through the years, smart glasses have seen numerous improvements such as faster processor speeds, better image quality, and better battery operation. Now, companies such as Ubimax, Cisco, Metavision, and Hewlett Packard are working together in order to produce the ultimate battlefield smart glasses.
Smart glasses for military use have already undergone several tests and trials. These include using real world scenes such as the battlefield, for training purposes. The glasses function like regular glasses but have the added advantage of providing 3D imagery that can be directly fed to the real world through the Internet. Through this, military personnel can train in real world conditions with their smart eyeglasses, unlike what they would do if they are using a computer terminal, or training using a video tape. This allows them to have a more real-world experience, thus enhancing their skills and knowledge about the real world.
A Canadian company, Agco, has also produced smart glasses that can help manufacturing workers in their various workshops. The technology, which uses high-tech digital cameras and LCD screens, allows the worker to be able to monitor their instruments without having to hold the actual devices. By using a remote control, the worker can pan the camera around to ensure that everything in the workshop is going smoothly, and can then check their production levels at any time during the day.
Another company, Corning, has also developed smart glasses that will allow a much larger audience to be able to view the assembly line from a greater distance. The technology uses a thin film transistor liquid crystal displays which is placed over an assembly line of monitors. The improved clarity means that a much larger part of the scene will be visible, thanks to the better eye coordination, and therefore more comfortable viewing experience. The reduced visual clutter also means that a higher quality image can be generated for a clearer, crisper image. This makes it possible for more people to watch the assembly line from a further distance, without losing their place. This also reduces eye strain and stress that can be caused by long hours of reading or looking at monitors.
The benefits of using smart glasses on the assembly line are plenty. There is no longer any need for workers to hold large devices such as keyboards, mouse, or monitor to their face, which can cause neck strain. Instead, everything is laid out exactly as it needs to be, so that people can read easily, see clearly, and operate the machines with better precision. The reduction in eye strain can be seen in terms of the productivity level that is achieved through these devices.
The benefits of using smart glasses on assembly lines cannot be overlooked. The faster the pace, the better quality of the materials being used, and the safer the working environment become. These devices allow for more people to work with fewer distractions, without having to take their eyes off the tasks at hand. As these products improve, the cost of production also decreases, making these gadgets affordable to a greater range of customers.
Smart Glasses and hololens are being used today in many different applications. They have proven to be beneficial not only to the consumer but to businesses as well. Smart Glasses and hololens are expected to continue to improve in functionality and design, as more research is carried out on the real world use cases of each new generation of these devices. In the mean time, companies with innovative product design can meet this demand by creating custom made versions of these accessories for their own uses. With the right design, it is entirely possible that the future of manufacturing may not only see the creation of smart glasses for entertainment and driving purposes, but also of a completely revolutionary device that allows people to interact with the real world around them.