Turning Surfaces into Smart Interfaces.
For OEMs and Tier 1 suppliers in aerospace and mobility, ProSight transforms transparent surfaces into functional interfaces
Compact Displays. Invisible Sensing. Maximum Impact by ZEISS ProSight
Optical functions in transparent surfaces for mobility and aerospaceOEMs and Tier 1 suppliers in aerospace and mobility require reliable, space-efficient ways to present critical information without compromising design or visibility. Powered by ProSight, our solutions integrate visual information directly into glass and transparent surfaces while maintaining intuitive interaction and seamless functional integration without adding system complexity.
For mobility, this includes Windshield Displays, Rear-Seat Entertainment, and Transparent Camera. For aerospace, we develop Next-Generation Head-Up Displays and Transparent Cabin Displays.
Industrialized through the proprietary ProSight, a scalable holographic technology platform, all solutions are engineered for scalable integration and long-term program reliability.
Industries & Applications
Integrated display solutions driving market-specific performance
Mobility
Windshield Display | Rear-Seat Entertainment | Transparent CameraIn automotive or public transport, transparent display integration enhances driver information, passenger interaction, and interior sensing within advanced vehicle architectures. Our systems support Driver Monitoring Systems (DMS) and advanced interior visualization concepts while preserving visibility and design freedom.
Aerospace
Next-Generation HUD | Transparent Cabin DisplaysProSight, our scalable holographic technology platform, supports pilot HUD systems with a wide field of view and high brightness while significantly reducing installation space and system weight. Transparent Cabin Displays provide precise optical integration to cabin environments.
Where to meet ZEISS Microoptics
Connect with our teams at leading industry events and expert forums across mobility and aerospace marketsPast Event Highlights
Insights and impressions from recent ZEISS Microoptics showcases across mobility and aerospace markets.
Auto Beijing 2026: The Windshield Becomes an Active Interface
Customers and partners experienced the technology directly in the demo car. The setup made benefits tangible for smart cockpit concepts and led to concrete discussions on validation, vehicle integration, sourcing readiness, and scalable production.
Aircraft Interiors International 2026: Optical Clarity for Future Cabins
ZEISS Microoptics shared how holographic optical integration can bring display functions into transparent cabin surfaces. For business aviation, this supports personalised passenger interaction, clear interior design, and lightweight system concepts.
CES 2026: Integrated Optics for the Future of Mobility
Together with Hyundai MOBIS, ZEISS Microoptics showcased an award-winning holographic windshield display. The CES conversations focused on smart cockpit concepts, optical-grade transparency, user-centric design, and scalable in-vehicle display and sensing solutions.
ProSight: Our Patented Core Technology
Shared technology platform for scalable optical innovation
At the core of all ZEISS Microoptics solutions lies a patented holographic technology, industrialized through ProSight our proprietary technology platform. This platform forms the technological foundation for the different application verticals we address.
In ProSight, new optical concepts, materials, and mastering approaches are continuously developed and refined. Inputs from demanding industrial markets as well as research and space-related development programs contribute to the ongoing advancement of the technology base.
Based on this shared core technology platform, ZEISS Microoptics industrializes application-specific solutions within dedicated verticals such as mobility and aerospace. Each vertical translates the underlying optical platform into market-specific system architectures, integration strategies, and scalable manufacturing processes.
This platform-based approach ensures technological continuity while enabling new application areas to emerge. One of the next areas of expansion is the development of large-format optical structures for high-power laser applications.