The physical and digital worlds are increasingly interacting with each other. One example of this integration is Meta’s product – smart glasses. These glasses are no longer just tools for improving health or style but also enhance users’ interaction with their surroundings. This article discusses the key functionalities of this technology and its potential applications.
What are Smart Glasses?
Digital glasses are wearable technological devices equipped with a miniature computer display. Unlike ordinary glasses, these devices incorporate augmented reality (AR) or mixed reality solutions.
The core feature of intelligent glasses is their intelligent display technology, which projects various digital content such as text, images, videos, and 3D visuals. The functionality of smart glasses relies on the seamless interaction of cameras (capturing the user’s environment), sensors (tracking head movements), processors, wireless connectivity, and speakers.
Meta’s Ray-Ban Meta glasses exemplify these advancements. Combining the latest design styles – from classic to modern – with a variety of colours and lens transparencies, including prescription lenses, Meta offers a smart technological product that serves as a multifunctional communication tool.
Like other technologies, this product evolves and improves over time. The latest models feature:
- An integrated 12 MP camera;
- Video recording capabilities of 30 frames per second at 1376 x 1824 resolution;
- Five hidden microphones enabling calls;
- Support for Wi-Fi 6 and Bluetooth 5.3 standards;
- Storage capacity of up to 32 GB.
The smart glasses can be controlled via the Meta View app. When connected to a Meta account, content like photos taken with the glasses is imported into the app.
Applications of Smart Glasses
In general, digital glasses can be utilized across various fields. For example, in business, this technology can be useful in manufacturing, logistics, and beyond. Workers can receive real-time information, instructions, and remote support, enhancing overall productivity.
In healthcare, smart glasses allow quick access to patient medical records, while augmented reality technology can provide visual guidance during medical procedures, improving accuracy.
They can also help bridge gaps for vulnerable groups. For instance, they can provide real-time visual descriptions for people with visual impairments, read information aloud, and aid in navigating environments.
Additionally, Meta recently announced three upcoming updates for its smart glasses: real-time AI, live translation, and Shazam integration. The AI update will enable interactions with a Meta assistant that can analyse surroundings, enhance search results, and more. The Shazam integration will allow the glasses to identify songs playing nearby.
Live translation will provide real-time translations of Spanish, French, and Italian into English, which users can view on their phone or hear through the glasses. This feature significantly broadens communication possibilities and facilitates real-time conversations with speakers of other languages.
In education, smart glasses are not only interactive tools that enhance learning processes – allowing for virtual travel and augmented reality experiences – but also simplify cross-cultural communication and the delivery of teaching materials.
Final Word
In conclusion, smart glasses bridge the gap between the real and digital worlds, making life more engaging. These solutions greatly enhance user experiences by providing access to a wide range of digital functionalities that can be applied in real life in real time.
