High Tech Glasses Make a Comeback

If you love your smartphone but sometimes feel like it’s too intrusive, these smart glasses offer a solution. They pair with your Android or iPhone, and include a touchpad for call and music control.

The second-gen frames also feature VIP filtering and Top Contact priority settings, and auto-volume adjustment based on ambient noise. They’re IPX4 rated to resist sweat, light rain and splashing water but not submersion.

Augmented Reality

Modern augmented reality (AR) uses cameras and computer vision to combine the digital world with the real one. The result is that objects appear as if they are physically present. This type of technology has many practical applications, ranging from delivering step-by-step instructions to workers in the field to helping people learn a new skill by overlaying virtual guides on top of real-world objects.

AR is also used to enhance sports performance. For example, a pair of AR glasses from Engo lets athletes view real-time stats on an AMOLED microdisplay planted into their photochromic lenses. It can track data like distance covered, speed, power, and heart rate. The headset can even tinker with data screens to tailor information specifically for the athlete’s needs.

The NHS in the UK is using ThirdEye AR glasses to allow emergency services personnel to stream live video of a patient’s injuries and conditions directly to doctors hundreds of miles away. This helps reduce paperwork for nurses and frees up time to care for patients.

The most advanced smart glass technology uses markerless tracking to recognize the environment and superimpose virtual content over it. It’s similar to how a smartphone works, but instead high tech glasses of relying on physical markers, it uses image recognition, geolocation and other sensor data. The resulting experience is more natural and immersive than with traditional headsets, but it may raise privacy concerns if the device constantly records the user’s surroundings.

Smart Glasses

With “smart” technology permeating almost every aspect of modern life, it’s no wonder high tech glasses are making a comeback. From stereo earbuds to advanced 3D cameras, these wearables offer a wide variety of functionality and style options.

Many models blend fashion and function with interchangeable frames and lenses, while also integrating social media and other features. Some are even able to play audio, record video and snap photos. For those looking for the ultimate in convenience, smart glasses are now able to make hands-free calls.

There are two main types of smart glasses: those that use bone conduction or those with open ear audio. Bone conduction styles feature tiny speakers built into the frame, allowing you to hear your music but still be aware of your surroundings. Other models, like Amazon’s Echo frames, are designed to be more of an everyday upgrade, offering Alexa voice activation and smart features such as auto volume and a VIP list filter that allows you to only hear notifications from important people.

Those looking for a more advanced AR experience should check out the Snapchat Spectacles 3. These glasses have 2D and 3D HD cameras that capture shots and videos, and are water-resistant to IPX2 so you can keep them on during light rain. They also have an impressive battery life of up to 14 hours with talk time, 20 Alexa interactions and eight hours of music playback.

Wearable Technology

Wearable technology has evolved rapidly in recent years, with fitness activity trackers and smartphones leading the way. Now, augmented reality and virtual reality are pushing the boundaries of what people can do with technology on their bodies. The future looks even more exciting, with smart glasses poised to deliver the most advanced capabilities.

The most common smart glasses look like regular eyeglasses and offer functions that are akin to a smartphone without the screen. For example, some frames incorporate speakers into the arms that form open-ear smart audio, while others offer features like a camera and voice assistant, or even the ability to play music through them.

Whether you want to stay connected with your friends by keeping up with their social media updates via AR or learn something new from accessing educational content, smart glasses are making it possible. With the latest waveguide displays improving resolution and field of high tech glasses view, this tech is poised to make its next big leap forward.

As hospitals brace for the second phase of COVID-19, it is important that healthcare professionals are able to maintain compassion with patients during these challenging times. Smart glasses can provide the right information to the staff at the right time, helping them keep patient care top of mind. In addition, the technology can help to identify early signs of critical illnesses and hard-to-detect mechanisms of injury.

Augmented Intelligence

The smart glasses that are currently available have cameras, microphones and speakers built into their frames, offloading the core features of your smartphone to a device you can operate without taking it out of your pocket. They can read text out loud, make things bigger or smaller and take pictures of the world around you. Most also have a voice control function that lets you use your voice to change the settings, answer phone calls or even play music.

Some of the most popular smart glasses feature an augmented reality (AR) capability, which allows you to view digital information superimposed on your real-world environment. This technology can be used in a variety of ways, from helping you to identify a product at the store to giving directions when driving. It can even be used to help you do more precise and accurate work, like assembling products in a factory.

The future of smart glasses may include headsets that combine the capabilities of both AR and VR. These headsets would transport workers into a virtual workspace that merges with the real world, allowing them to collaborate with co-workers or remotely interact with robots. The headsets could also be worn by medical professionals to access patient records in the field. Other applications for these glasses would be hands-free scanning of barcodes to improve cargo loading and delivery or the ability to display the location of criminal offenders based on real-time cross-referencing against a central database.