How Augmented Reality Will Change The World Forever

Summary

The video explores the exciting future of augmented reality (AR) contact lenses, from their origins in the 1960s to their current applications. Companies like Mojo Vision, Innovaga, Inwith Corp, and Apple are at the forefront, developing lenses that overlay information directly into the user's field of vision. These innovations promise to revolutionize daily life and industries such as law, construction, and medicine by offering real-time data and improving efficiency. The video highlights the rapid advancements in AR technology, addressing challenges while presenting the potential for a world where traditional devices like smartphones become obsolete.

Takeaways

• 😀 AR (Augmented Reality) blends real-world environments with computer-generated content, offering an exciting new way to enhance our perception of reality.
• 😀 Unlike virtual reality, which creates a fully digital world, AR enriches the real world with digital elements, such as images, sounds, and videos.
• 😀 The first AR technology was developed in 1968 by Ivan Sutherland and Bob Sproull at Harvard, and it has evolved significantly since then.
• 😀 In 2008, the first commercial AR application appeared in Munich, allowing users to interact with a BMW Mini in a printed magazine ad.
• 😀 The Mojo Vision smart contact lens is a breakthrough in AR technology, providing an AR display directly in the user's eyes without bulky devices.
• 😀 Mojo Vision's contact lens features a micro-LED display with 14,000 pixels per inch and can display information, notifications, and even navigation instructions.
• 😀 These lenses can be controlled through eye movement, offering an innovative way to interact with AR content hands-free.
• 😀 AR contact lenses could revolutionize industries by improving job efficiency in fields like medicine, engineering, and firefighting, where real-time information is crucial.
• 😀 Mojo Vision aims to reduce our dependence on screens, providing a discreet, invisible computing experience through contact lenses that are connected to the internet.
• 😀 AR contact lenses have the potential to assist people with poor vision, providing real-time image enhancement and even zoom features for better detail recognition.
• 😀 Companies like Mojo Vision, Innovaga, and Apple are pushing the boundaries of smart contact lens technology, aiming to transform daily life and professional industries with AR.

Q & A

What is augmented reality (AR)?

Augmented reality (AR) is a technology that blends the real world with digital content, such as images, video, sound, and other details, to create an enhanced perception of reality. Unlike virtual reality, which immerses users in a digital world, AR enriches our view of the physical world by adding virtual elements.

How does augmented reality (AR) work in devices like contact lenses and glasses?

AR devices like contact lenses and glasses use virtual 3D images that overlay real-world objects. These devices calculate the position and orientation of real objects to ensure the digital content aligns with them properly. This allows users to interact with digital information while still perceiving the physical environment.

When was the first AR technology developed?

The first AR technology was developed in 1968 by Ivan Sutherland and Bob Sproulli at Harvard. They created a head-mounted display system, which was named The Sword of Damocles, designed to superimpose virtual information onto the physical environment.

What is Mojo Vision's augmented reality contact lens?

Mojo Vision has developed the world's first augmented reality smart contact lens, designed to display information directly onto the retina. The lens uses a micro-LED display with 14,000 pixels per inch, and the user interacts with the display through eye movements. The contact lens is intended to replace traditional screens and make data more accessible without distractions.

What makes Mojo Vision's AR contact lens different from other AR wearables like glasses?

Mojo Vision's AR contact lens is discreet and hands-free, projecting digital content directly onto the retina without altering the user's appearance. This is a more consumer-friendly and lightweight option compared to bulky AR glasses and headsets, offering a seamless integration of digital and physical worlds.

How does Mojo Vision’s contact lens interact with external devices?

Mojo Vision's contact lens is powered by a small external device worn around the neck, which streams content to the lens using a proprietary communication technology. The lens features microelectronics that enable interactions through eye movements, and the system minimizes latency and conserves battery life.

What are some potential use cases for Mojo Vision’s AR contact lens?

Potential use cases for Mojo Vision’s AR contact lens include improving job efficiency in fields like medicine and engineering, where workers can access real-time information hands-free. It could also assist athletes by overlaying performance data during sports activities, enhance vision for people with visual impairments, and support first responders in high-stress situations.

What challenges does Mojo Vision face in bringing its AR contact lens to market?

Mojo Vision faces challenges related to scaling up production, regulatory approvals, and ensuring the lenses are comfortable and safe for users. The technology needs to be customized for each user, and the device requires a neck-worn external computer, which may not be as convenient as standalone products. The company is also working on improving its product's accessibility and user experience.

How do the AR contact lenses benefit people with poor vision?

AR contact lenses, such as those being developed by Mojo Vision, can enhance the user's vision in real time by adjusting contrast, brightness, and lighting. This helps individuals with conditions like macular degeneration or retinitis pigmentosa see more clearly, even in low-light conditions.

What other companies are developing AR contact lenses aside from Mojo Vision?

Aside from Mojo Vision, other companies like Innovega and InWith are also working on AR contact lenses. Innovega has developed a system combining smart glasses and contact lenses, while InWith has embedded AR chips into soft contact lenses. Both companies aim to create wearable AR solutions that are more comfortable and practical than traditional headsets or glasses.

What are the regulatory hurdles for AR contact lenses?

AR contact lenses are considered medical devices and require approval from regulatory bodies like the U.S. Food and Drug Administration (FDA). Companies must prove the lenses are safe, bio-compatible, and meet specific performance standards before they can be commercially available. The process involves extensive clinical trials and testing to verify the designs and materials used in the lenses.

When can we expect to see AR contact lenses available to the public?

While several companies, including Mojo Vision, Innovega, and InWith, are making significant progress in AR contact lens development, these lenses are still in the clinical trial and regulatory approval phases. It could take several years before they become widely available, but advancements in technology suggest that AR contact lenses may be released within the next decade.