Experience the Future with Mojo Augmented Reality Contact Lens!

Table of Contents

1. Introduction
2. The Vision of Mojo Lens
3. The Prototype: Features and Componentry
4. The World's Smallest and Densest Micro LED Display
5. The Wireless Radio and Sensor Technology
6. Eye Tracking for Precise Control
7. Custom-built Components for an Innovative Design
8. The Integration Process and Form Factor
9. Fovea Rendering and Unlimited Field of View
10. Eye-controlled User Interface
11. The Concept of Invisible Computing
12. Relay Accessory for Wireless Communication
13. Safety and Material testing
14. Optimizing Power and Performance
15. Use Cases and All-day Wearability
16. Future Development and Manufacturing Roadmap
17. Enhancing the Form Factor and Cosmetic Treatments
18. Stereoscopic Vision and Depth Perception

👀 The Vision of Mojo Lens

Mojo Lens is revolutionizing the world of augmented reality (AR) with their groundbreaking product: a smart contact lens that combines advanced display technology and seamless wearability. Unlike traditional AR devices such as glasses or headsets, Mojo Lens aims to provide a hands-free and immersive AR experience in the form factor of a contact lens.

The Prototype: Features and Componentry

After seven years of development, Mojo Lens has recently unveiled their first fully functional prototype. This revolutionary gadget incorporates all the necessary features and componentry to deliver AR content directly to your eyes. At the heart of the lens lies the world's smallest and densest micro LED display, measuring a mere half a millimeter with a density of 14,000 pixels per inch.

The World's Smallest and Densest Micro LED Display

The micro LED display developed by Mojo Lens is a triumph of engineering. To achieve the compact size required for a contact lens, Mojo Lens had to invent this incredibly dense display themselves. With approximately 280 pixels across its half-millimeter diameter, this display can seamlessly render graphics and text, providing users with the ability to view any content they desire.

The Wireless Radio and Sensor Technology

In addition to the micro LED display, Mojo Lens has incorporated a five-gigahertz wireless radio into the lens. This proprietary technology allows for the seamless streaming of AR content onto the lens while also collecting sensor data. The lens also houses eye-tracking sensors, similar to those found in smartphones, which ensure stable imagery based on the user's eye movements.

Custom-built Components for an Innovative Design

Mojo Lens has taken a custom approach to the development of their smart contact lens. They have built the display, radio, power management integrated circuit, and even the eye-tracking sensors to their own specifications. The result is a fully integrated system that can stream content onto the user's eyes, providing a hands-free and immersive AR experience.

Fovea Rendering and Unlimited Field of View

One of the most impressive features of Mojo Lens is its ability to render content directly over the user's fovea, the area of the retina responsible for high acuity vision. By tracking the user's eye movements, Mojo Lens ensures that the AR content is always in focus, creating an unlimited field of view. This spotlight-like display follows the user's eyes, allowing them to access icons, menus, and content with ease.

Eye-controlled User Interface

Thanks to the precise eye-tracking technology embedded within the lens, Mojo Lens introduces a truly innovative user interface. Users can control the lens using only their eyes, eliminating the need for gestures or voice commands. With the Mojo Lens, users can effortlessly access information without distractions or the need to interact with additional devices.

The Concept of Invisible Computing

Mojo Lens envisions a world of invisible computing, where Relevant information is seamlessly delivered when and where it is needed. The lens provides users with contextually appropriate information, ensuring they stay focused on their surroundings while also accessing critical data. Mojo Lens aims for the lens to become an integral part of daily life, offering a hands-free experience that enhances productivity and convenience.

Relay Accessory for Wireless Communication

To facilitate wireless communication and processing, Mojo Lens has developed a relay accessory: a neckband-like device. The relay accessory acts as an intermediary between the lens and other devices, enabling wireless connectivity to smartphones or networks. By utilizing this relay accessory, Mojo Lens can optimize power usage and precisely control communication strength, ensuring an efficient and seamless user experience.

Safety and Material Testing

Mojo Lens prioritizes safety in the development of their smart contact lens. The lens is embedded within a medical-grade scleral lens, which has been used for decades by individuals with irregularly shaped corneas or severe dry eye. The materials used in the lens have been extensively tested and approved by material scientists and the FDA. Mojo Lens follows rigorous medical device standards to ensure that their lens is safe and suitable for daily wear.

Optimizing Power and Performance

While Mojo Lens aims for all-day wearability, the lens is designed to be used in short snippets of time throughout the day. The prototype currently offers approximately two hours of continuous use, spread out over the day to provide users with Timely and relevant information. Mojo Lens will continue to optimize power consumption and performance, making improvements to the user experience in future iterations.

Use Cases and All-day Wearability

Mojo Lens is initially focusing on use cases in Sports, athletics, and performance activities. The lens provides athletes with hands-free access to information, allowing them to maintain situational awareness while engaged in physical activities. With Mojo Lens, users can receive information quickly without the need to interact with additional screens or devices, enhancing their overall experience and safety.

Future Development and Manufacturing Roadmap

Mojo Lens has ambitious plans for the future. They aim to further enhance the form factor, making the lens even thinner and more comfortable for users. Additionally, they plan to explore cosmetic treatments to hide the electronics within the lens, ensuring a more natural appearance. Mojo Lens also envisions adding stereo capabilities, allowing for immersive 3D experiences with depth perception.

Highlights:

• Mojo Lens has developed a contact lens that functions as an augmented reality (AR) display.
• The lens features the world's smallest and densest micro LED display, wireless radio, and eye-tracking sensors.
• This innovative lens offers an unlimited field of view with fovea rendering and eye-controlled user interface.
• Mojo Lens focuses on safety, utilizing a medical-grade scleral lens and extensively testing all components.
• The lens aims for all-day wearability and is being optimized for power consumption and performance.
• Initial use cases include sports and performance activities, with plans for future form factor enhancements and stereo capabilities.

FAQs:

Q: Is the Mojo Lens safe to wear? A: Yes, the lens is embedded within a medical-grade scleral lens and undergoes extensive testing to ensure its safety. The materials used are approved by the FDA.

Q: How long can the lens be worn continuously? A: The prototype currently offers about two hours of continuous use, spread out throughout the day. Mojo Lens aims to improve this duration in future iterations.

Q: Can the lens be used for 3D experiences? A: Mojo Lens plans to introduce stereo capabilities, allowing for immersive 3D experiences with depth perception.

Q: How does the eye-controlled interface work? A: The lens tracks the user's eye movements, enabling precise control without the need for gestures or voice commands.

Q: What are the future plans for Mojo Lens? A: Mojo Lens aims to make the lens even thinner and more comfortable, explore cosmetic treatments for a natural appearance, and enhance functionality with stereo capabilities.

Resources:

• Mojo Lens Official Website