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Patented Technology

Breakthrough PDRP Technology

Redefining power efficiency in AR displays through revolutionary Pupil Directed Retinal Projection technology

Mixverse Smart Glasses - Technology Showcase

See It In Action

Watch how PDRP technology transforms the way you interact with digital content

PDRP Technology Diagram - Retinal Projection

What is PDRP?

Pupil Directed Retinal Projection (PDRP) is a fundamentally different approach. Instead of broadcasting an image onto a small screen, our system guides light beams straight onto the retina using real-time eye tracking. This allows us to achieve an industry-leading Field of View (140°–180°) and superior pixel density (over 45 PPD), eliminating optical distortion and inefficiencies inherent in traditional screen-based systems.

Power Efficiency

Ultra-low power consumption enables all-day battery life through efficient retinal projection

Retinal Scanning

Illuminates only what you need to see, when you need to see it, minimizing energy waste

Private Display

Projects directly to your retina, invisible to anyone else around you

AR Capabilities

Experience augmented reality that seamlessly integrates with your natural vision

AR Capabilities Showcase - Holographic Interface

Real-Time Translation

Instant language translation overlays

Navigation Overlays

Turn-by-turn directions in your view

Contextual Notifications

Glanceable alerts without distraction

Health Monitoring

Biometric data at a glance

Technical Specifications

SpecificationMixverse PDRPIndustry Standard
Power ConsumptionUltra-low powerHigh power (milliwatts)
Battery LifeAll-day use2-4 hours
Pixel Density (PPD)45+ PPD20-30 PPD
Field of View140°–180°40-100°
Prescription SupportSoftware-based adjustable digital prescriptionPhysical lens inserts

Protected Innovation

Patent Pending
Swiss Innovation
Fraunhofer Validated

Our proprietary PDRP technology is protected by multiple patent applications, developed in partnership with world-leading research institutions including Fraunhofer, Helbling, and DEMCON.