Augmented Reality Smart Glasses
Augmented reality (AR) smart glasses are wearable computers that add extra information, ideally 3D images and digital information, to the user’s real-world environment. They also support voice recognition and allow remote access to multimedia content.
It is popular for outdoor athletes and cyclists, provides a range of performance trackers and has a wide variety of AR applications. It is also inexpensive compared to other best ar smart glasses.
1. Video Games
Unlike handheld AR devices, AR smart glasses are wearable and can use a variety of sensors to understand the environment around the user. These can include gyroscopes to detect movement, proximity sensors for measuring distance, and light sensors that can measure the brightness of surroundings.
Using these, AR smart glasses can display virtual objects in the view of the user. ar smart glasses The device can also use a camera to superimpose digital 3D images and holograms on the user’s real-world scene. The augmented reality technology helps to improve user experiences by enabling them to interact with their environments in new ways.
The COVID-19 pandemic has severely impacted the global AR/VR Smart Glasses market as the manufacturing facilities have been shut down in various countries due to the imposed lockdowns. This has significantly lowered the production and supply chain operations and reduced customer demand.
The Asus Zensual V AR smart glasses use Qualcomm’s Snapdragon XR1 platform to power performance and have a stereoscopic 1080p display. They can provide a field of vision of 26.3 degrees, and they have a built-in touchpad for interacting with the world.
2. Healthcare
Unlike mobile phones, smart glasses have hands-free operation. They can also provide a clearer, more realistic view of the environment. This enables a wider range of applications in healthcare. For example, surgeons can wear AR to superimpose anatomical models onto the patient’s physical body. This can improve communication and reduce the need for multiple X-rays. It can also help with telemedicine, allowing doctors to share their screen and give remote instructions.
Other healthcare applications include using augmented reality to teach patients how to perform everyday tasks like breastfeeding or taking pills. There are also apps that remind patients to take medication. These can have a significant impact on health care and make it more cost-effective.
However, for healthcare smart glasses to be successful, they need to be designed with the healthcare workflow in mind. In addition, the devices need to be compatible with other health information technology (HIT) systems. Finally, the user-friendliness of these devices is key to their adoption and use. For instance, they need to be easy to use and require minimal learning time for medical professionals.
3. Retail
After a public backlash, Google Glass was dropped from the retail market in 2015. But the COVID-19 pandemic has opened up new business opportunities for AR smart glasses, and companies like Lenovo have stepped in with a hybrid model. The ThinkReality A3 tethers to a smartphone to give it all its processing power, so it’s more lightweight and less bulky than other AR devices.
Its HD camera has noise-canceling effects, and it can be used to communicate with remote experts to speed up repair and maintenance operations. It can also be used to improve training for industrial workers.
A single tap on the lens records video or snaps a picture, and a button lets you mute the mic so no one can overhear your conversations. The open-ear speakers are a little less dynamic than a pair of headphones, but they’ll still be fine for listening to music or podcasts, and you can use voice commands to make calls, control audio playing from your phone and access digital assistance. You can even stream your smartphone screen onto the display for a hands-free experience.
4. Education
With attention spans at an all-time low, AR has the potential to boost student engagement and help them understand curriculum content better. Moreover, it can also facilitate remote learning, making it easier for instructors to remotely teach and provide support.
The ability to provide real-time, hands-free instruction is another draw for many industries. This can be used by technicians to receive step-by-step instructions or schematics overlaid on equipment they are working with, reducing repair times and improving productivity. It is also a great tool for learning new skills, such as cooking or carpentry, with video guides that can be displayed on-demand and viewed hands-free.
However, it is important to note that these devices are still relatively expensive. Hence, some educators may be hesitant to adopt AR technology in their classrooms. To overcome these challenges, it is crucial to design wearable computer-capable glasses that are lightweight, comfortable and affordable. They must also have cameras to pinpoint physical location, displays large enough to overlay augmented reality, powerful processors, computer vision AI that recognizes objects and more.
5. Entertainment
Augmented reality (AR) takes the concept of augmented virtuality, which superimposes digital content onto your environment organically, and puts it on display via a headset. The result is a more immersive and interactive experience. You’ve probably used AR in the form of a smartphone app that displays star constellations or a Snapchat mask, or tinkered with the Pokémon GO game, but you can get much more advanced and high-powered AR experiences on a pair of AR smart glasses.
A couple of examples of AR glasses in the consumer market are Google Glass and Snap Spectacles 4. These look like regular sunglasses but include a microdisplay planted inside that overlays information ar smart glasses onto what you’re seeing. Some AR glasses let you record video or take pictures, and some come with hands-free microphones for phone calls.
Another example is the Lenovo ThinkReality A3 glasses, which tether to a smartphone via a USB-C connector and soft clip. This approach keeps the weight low, but also limits their battery life to about 1-4 hours. These are used by field service technicians to collaborate with co-workers, share schematics, and provide remote help to customers.