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Stay on top of smart contacts and other advanced technology within the fields of health and technology. We provide the latest information and resources about developing to help you make the best decisions regarding your health and available treatment options.
This technological breakthrough opens the door to infinite possibilities. Consumers can read the nutritional labels of their favorite protein powder without physically touching the container. Businessmen can inquire about the projected presentation of a meeting before arriving in the building parking lot. The intricate details of a person, place, object, or idea displays on a tiny, transparent screen that sits close to the wearer’s eyes. The wearer sees text and images hovering above or near the targeted object. Researchers refer to this integrated virtual world as augmented reality, a concept previously explored by seamless smart phone applications.
Smart contact lenses integrate the augmented technology by traditionally restoring sight without the external bifocals. People who choose smart contact lenses mainly want the cosmetic appeal of traditional contacts. In addition to the traditional benefits, smart contact lens wearers are harder to spot than those who wear smart eyeglasses. This could prove beneficial for those who want to use the real-time search benefits of smart technology without looking suspicious. It could aid those working in law enforcement, journalism, private investigation, and the healthcare industry. In the latter case scenario, nurses can treat their patients by accessing patient records without logging onto a private computer. In fact, smart contact lenses could reveal the patient’s vital signs, making treatment response times faster and more efficient. Nurses could easily see the patient’s medication profile, and dispense prescriptions based on prior assessments. Therefore, smart contact lenses can serve to increase expediency within the healthcare system.
Smart contact lenses will enhance personal use over time. People will become acquainted with the convenience of these new devices. For instance, mall shoppers can simply look at their favorite retail store and gather information on the latest fashion trends. Movie goers can look at a movie theater establishment and acquire the running show time. Tourists can learn more about the demographics of a particular area, including the closest attractions, hotels, restaurants, and shopping centers. Business owners can learn more about their competition, because of the inconspicuousness of smart contact lenses. Sports enthusiasts can tap into a virtual scoreboard. Students can remain updated about upcoming social events. Smart contact lenses allow individuals with convenience and allow them to save time and money by learning the specific details of a person, place, or idea in real-time.
Smart technology augmented the way we interact with others. Tech juggernauts have recently released a pair of smart eyeglasses as a prototype that can literally track the wearer’s gaze, while displaying information about the object the wearer is fixated on. It goes without saying that smart eyeglasses can make walking along a strip mall an interesting event. Finnish researchers were the first to develop the prototype pair of “smart” eyeglasses that attaches to a hand-held computer and retrieves information from a global database.
According to Samuel Kaski, the director of the Helsinki Institute for Information Technology at Alto University, the smart eyeglasses will check with the wearer to see if he or she would like more information about an individual or object the smart eyeglasses recognize. The data displays on the inside of the lenses in holographic form, which makes it seem as if the image is out in the real world.
Researchers project that future versions of the current smart glasses prototype will connect with the Internet on a wireless connection in order to instantaneously retrieve information. The smart glasses zoom in on the person or object and then access programmable artificial intelligence software to determine the relevance to the wearer. Testers describe it as typing in a keyword into a search engine without actually physically touching a keyboard.