Develops multi-focal augmented reality (AR) headsets that enable precise near-distance visualization and real-time data overlay for healthcare and defense applications. These headsets improve situational awareness, enhance training effectiveness, and support complex medical procedures by providing comfortable, long-duration use and a proven 40% cognitive speed advantage.
Funding
Funding not disclosed
Founders
Product
Problem
Existing augmented reality (AR) headsets often cause eye strain and discomfort during extended use due to vergence-accommodation conflict and the inability to focus naturally on near-distance objects. This limits their practicality for applications requiring prolonged focus on both real-world and overlaid digital information.
Solution
Lightspace Technologies develops multi-focal AR headsets that address these limitations by projecting augmented objects in true 3D with multiple focal planes, allowing users to refocus their eyes naturally as they would in real life. This technology eliminates vergence-accommodation conflict, enabling comfortable, long-duration use and a 40% cognitive speed advantage. The headsets provide precise near-distance AR visualization, reconstructing objects with sub-millimeter precision from the tip of the nose to infinity. This makes them suitable for mission-critical applications in healthcare and defense where accurate spatial perception and prolonged focus are essential.
Target Audience
The primary target audience includes healthcare professionals performing complex medical procedures and defense personnel requiring enhanced situational awareness and training tools.
Features
- Multi-focal display technology enabling natural eye accommodation and comfortable long-term use
- Precise near-distance AR visualization with sub-millimeter reconstruction accuracy
- Multiple focal planes for projecting augmented objects in true 3D
- Demonstrated 40% cognitive speed advantage compared to traditional displays
- Integration into military systems for enhanced situational awareness and training effectiveness
- Compatibility with drone piloting for hands-free, immersive control and real-time data overlay
- Compact, low-power world-sensing sensor integration for surgical navigation (in development)