Skip to main content

Google Glass: Rebirth of Glass for Enterprise Market

Google Glass launched 2 years ago, was a disaster and was an example of over-hyped wearable technology. It all occurred in 2013 when the industry started pushing smartwatches, smart glasses, smart clothes and other smart gadgets. So in this race, search giant Google launched product named 'Google Glass' and it did not met the expectations. So Silicon Valley based companies acknowledged
that not every innovation is meant for masses.


Thus after its disastrous opening and complete failure “Google Glass” is back and this time Google gets it right. At first reviewers were impressed that the thing actually worked, but the "Explorers" who bought the gadget soon realized that the device contained lot of bugs and they were undesirable in public spaces because they might be surreptitiously recording everything around them. They switched back to smartphones and Google appeared to lose interest, stopping software updates and killing the consumer website that advertised Glass.

Now Alphabet Google’s parent company has recognized Glass's potential and have started using it in unexpected places. Some industrial companies in which workers were performing complex manual tasks they started using this innovation to boost productivity of workers: It could show step-by step instructions, help choose the right tools, photograph and report quality problems. Sometimes, companies actually hired third-party software developers to adapt it for their purposes. Due to demand from unwanted customers, Google has now created the Enterprise Edition of its Google Glass. It is improved version than its predecessor that has better connectivity and longer battery life and can be fixed to custom made frames.

On the Glass website, Google says the device helps users "access training videos, images annotated with instructions, or quality assurance checklists that help you get the job done, safely, quickly, and to a higher standard."

This  Wi-Fi enabled glasses allow mechanics, factory workers and doctors to see manuals, instructional videos, health information, etc. all in their line of sight. The users are also able to call each other and share what they're seeing so that they can collaborate or ask questions about what they're doing, without the need for the other person to be physically present.

Biggest change in Glass Enterprise Edition from the consumer version is that it now has a light that indicates to others when a user is recording something. That's notable, because the lack of this simple feature was a major hurdle for consumer acceptance. Another key difference is that Glass can be attached to existing safety goggles or other lenses, so that they work better in the environments and with those who are using them.

Thus bottom-line, Google first thought to launch the Glass as type of wearable device, which other companies are focusing on, thus it didn’t mix up with the user base. Probably Glass is viable in the enterprise market right now and it can even help Google make a return to the wearable consumer market eventually, in the form of yet another iteration of the device. Apple is rumored to be working on its own augmented-reality glasses, and you can bet that if consumers appear ready to embrace the iPhone maker's glasses then Google would be likely to bring back a consumer version of Glass too.

Comments

Popular posts from this blog

How IoT will impact online gaming industry.

Internet of Things, also known as IoT, is a hot tech that is on everybody’s lips. It is a network of physical devices such as vehicles, home appliances and other electronic devices through internet connectivity which enables these objects to connect and exchange data. There are endless opportunities in IoT, when you start connecting things with things, humans with humans, or humans with things. Nowadays this hot tech has become an important part of our lives. Companies are earning huge amount of money by connecting devices and their revenue chart have skyrocketed. Gaming industry is one of the major industry which is impacted by IoT, and it’s most significant impact is on online gaming, whether they are consoles or online gambling. Impact of IoT on Casinos: One of the key area which has flourished over time is gambling industry. Online casinos have been effected by the growth of IoT. Playing poker or blackjack remotely without going to the casinos is of huge advantage as peop

How to make Explosion Box

This is something which is more attractive and breathtaking to be given as a gift, the Explosion Box. As the name explains, it explodes with a lot of things in it on opening. It includes various items in it which adds to its beauty. If you are a crafts person, then you are going to love this. Grab your scissors and papers and try your hands on this. Be ready with these: - a pair of scissors - colored sheet of paper Follow these steps: 1. Take a sheet of paper of size 9cm X 9cm as shown in figure i. 2. Now fold inward at gap of 3cm in both directions horizontally and vertically as shown in figure ii. 3. Make diagnal folds outward as shown in figure iii and keep this aside. 4. Now take another sheet of paper of dimensions 8cm X 8cm and repeat step 2. 5. Cut along the edges marked in yellow in figure iv. 6. After cutting, place the pink portion marked in figure v over the yellow portion and paste making a pocket and figure will appear like figure vi. 7. Take one more sheet

Difference between Micro LED and OLED| Which one is better?

 When it comes to high-end display technologies, two names that come up frequently are OLED and Micro LED. Both technologies have their pros and cons, and they are often pitted against each other as rivals. In this blog post, we will take a closer look at OLED and Micro LED, their differences, and their advantages and disadvantages. OLED stands for Organic Light-Emitting Diode, while Micro LED stands for Micro Light-Emitting Diode. While both technologies use LEDs to create the images on the screen, they do so in different ways. OLED displays use organic compounds that emit light when an electric current is passed through them. Each pixel in an OLED display is made up of three subpixels, one for each primary color (red, green, and blue). When the pixels are turned on, they emit light, creating the image on the screen. One of the main advantages of OLED displays is that they can produce deep blacks, as each pixel can be turned off individually, resulting in no light emission. On the oth