Rumors have started to fly following a leak from a Twitter user that revealed key specifications of the upcoming device.
The smartwatch from Google that was first making technology news because it was revealed that it would be manufactured by LG is now back in the wearable technology headlines once more after a massive Twitter leak that may have revealed some of the key specs about this mobile device.
These wearables are expected to be among the hottest entries into this category and now we may know a little more.
EVLeaks has tweeted a list of specs about the Google smartwatch. That user has had a solid track record in terms of leaking accurate information about upcoming gadgets. They reported that these wearables will have an IPS display of 1.65 inches and a resolution of 280p by 280p. When the resolution and size are both taken into consideration, then this suggests that these mobile devices will feature a 240ppi pixel density.
There was also a great deal more revealed about the upcoming Google smartwatch.
For example, it indicated that there would be 512 MB RAM, as well as an internal storage capacity of 4 GB. Among the other central features that will define this upcoming wearable tech device that are sources of curiosity, such as the battery and the processor, have yet to be revealed by any credible source.
The same Twitter poster was the one that revealed that LG would be the manufacturer of the Google wearables.
It is suspected that this mobile device will have a strong base in the Google Now virtual assistant. It will be capable of receiving voice commands and searching for data on the internet as well as within the device itself. This type of technology has already been launched in a device owned by Google in the form of the Moto X smartphone that was released by Motorola. It provided the user with touchless control functionality so that the screen never needed to be tapped in order to provide the gadget with commands.
After Google Glass, the upcoming smartwatch will represent the second time that the brand has made its way into the wearable technology industry.
These augmented reality glasses are being tested for use with medical conditions.
Starting at the end of last week, the emergency department at Rhode Island Hospital became the first one in the country to start to use Google Glass and its associated wearable technology for streaming live images of the medical conditions of the patients who were being seen there, in order to be able to consult with a specialist who was located somewhere other than in the hospital.
This is the start of a feasibility study that is meant to test the augmented reality glasses for six months.
Should the use of the Google Glass prove to be successful, Dr. Paul Porter, the project coordinator, believes that the use of these mobile devices will only expand in the medical arena. Potential users could include first responders in ambulances, surgeons, and others who could benefit from the recommendations of specialists while they are on the field or when there is no local specialist available.
Porter is highly enthusiastic about the possibilities for Google Glass in the health care environment.
He stated that it would be “like the Holy Grail” but added that “we’re just at the beginning; you have to start somewhere.” At the moment, the hospital will continue to test this wearable technology exclusively with emergency room patients who are suffering from various forms of dermatological struggles, such as skin rashes. These patients must volunteer to be a part of the study as opposed to being automatically entered into it.
The reason is that Porter feels that the standard of health care at the moment makes it so that handling these types of problems within an emergency room typically involves a basic visual inspection while asking the patient certain types of questions such as whether or not it is itchy, painful, etc.
The reason that these specific types of cases have been chosen for testing Google Glass in the emergency room is that if any glitches should occur within this wearable technology – such as a loss of the connection for audio or video – then the life and health of the patient will not be placed at risk.
