Kura Technologies develops lightweight augmented reality glasses featuring a 150° field of view and 8K resolution, utilizing a customized micro-display and advanced optical waveguide technology. These glasses enhance collaboration, training, and design processes by providing high transparency and sharp image quality, enabling users to interact naturally with digital content in their environment.
Funding
Funding not disclosed
Founders
Product
Problem
Existing augmented reality (AR) headsets often suffer from limited field of view, low resolution, poor transparency, and bulky designs, hindering their usability and immersion in various applications. These limitations prevent users from seamlessly integrating digital content with their real-world environment, restricting the potential of AR technology.
Solution
Kura Technologies addresses these challenges with its Gallium AR glasses, which feature a wide 150° field of view, 8K resolution per eye, and 95% transparency. The glasses utilize a structured geometric waveguide, coupled with a customized micro-display and application-specific integrated circuits (ASICs), to achieve high optical efficiency and image sharpness. This technology enables users to experience augmented reality with natural eye contact and comfortable, all-day wearability due to the slim, lightweight design.
Target Audience
The primary target audience includes enterprises and prosumers in sectors such as collaboration, training, design, entertainment, medical, automotive, and military training, as well as developers creating AR applications.
Features
- 150° diagonal field of view, providing a wide and immersive AR experience
- 8K resolution per eye, ensuring sharp and detailed visuals
- 95% transparency, allowing for natural eye contact and clear visibility of the real world
- Lightweight design (80-100g) for comfortable, extended use
- Structure geometric waveguide technology for high optical efficiency
- Customized micro-LED display and ASICs for optimized performance
- 6-DoF head tracking, SLAM, and environment mapping for precise spatial awareness
- Eye-tracking and gesture input for intuitive interaction
- Compatibility with Unity, Unreal Engine, and OpenXR for broad development support
- Global telepresence platform with robotics integration capabilities