Quick Takeaways
- Kanzi-powered automotive HMI software demonstrates production-ready, immersive digital cockpit experiences at CES 2026.
- Advanced rendering, real-time perception, and scalable design position HMI as a key differentiator for future vehicles.
On December 9, Rightware announced that it will unveil next-generation automotive HMI software experiences created with Kanzi at CES 2026. The showcase highlights how advanced automotive HMI software can deliver personalized, immersive, and production-ready digital cockpit experiences for modern vehicles.
Automotive HMI software developed with Kanzi is designed to scale from cutting-edge technical innovation to mass-market deployment. By combining visual realism, real-time performance, and production reliability, these solutions enable OEMs to integrate premium user experiences without compromising cost, safety, or development timelines.
Automotive HMI Software Powering the e-Cockpit 10.0 Experience
A key highlight is the personalized and immersive HMI design of e-Cockpit 10.0. This concept demonstrates how automotive HMI software can adapt interfaces to driver preferences while maintaining clarity and usability. The design focuses on intuitive layouts, smooth transitions, and context-aware visuals that enhance everyday driving interactions.
IntelliSphere Reality and Surrounding Reality in Production Use
The presentation also features IntelliSphere Reality, a fusion of virtual and real elements that delivers a unified view of full vehicle perception data. This automotive HMI software approach allows drivers to understand surroundings with greater confidence by merging sensor inputs into a single, coherent visualization.
A production-ready example of Surrounding Reality is shown through a parking solution, illustrating how real-time perception data can support precise maneuvering in complex environments. This demonstrates practical deployment rather than a concept-only showcase.
Advanced Rendering and Visual Realism with Kanzi
Kanzi Map Effects highlight the advanced rendering capabilities of the platform, including real-time shadows and reflections that improve depth and realism. These features allow automotive HMI software to present navigation and environment data with a more natural visual feel.
Additional demonstrations include:
Together, these capabilities show how automotive HMI software is evolving into a critical differentiator for digital cockpits, combining immersive design with production maturity suitable for large-scale vehicle programs.
Automotive HMI software developed with Kanzi is designed to scale from cutting-edge technical innovation to mass-market deployment. By combining visual realism, real-time performance, and production reliability, these solutions enable OEMs to integrate premium user experiences without compromising cost, safety, or development timelines.
Automotive HMI Software Powering the e-Cockpit 10.0 Experience
A key highlight is the personalized and immersive HMI design of e-Cockpit 10.0. This concept demonstrates how automotive HMI software can adapt interfaces to driver preferences while maintaining clarity and usability. The design focuses on intuitive layouts, smooth transitions, and context-aware visuals that enhance everyday driving interactions.
IntelliSphere Reality and Surrounding Reality in Production Use
The presentation also features IntelliSphere Reality, a fusion of virtual and real elements that delivers a unified view of full vehicle perception data. This automotive HMI software approach allows drivers to understand surroundings with greater confidence by merging sensor inputs into a single, coherent visualization.
A production-ready example of Surrounding Reality is shown through a parking solution, illustrating how real-time perception data can support precise maneuvering in complex environments. This demonstrates practical deployment rather than a concept-only showcase.
Advanced Rendering and Visual Realism with Kanzi
Kanzi Map Effects highlight the advanced rendering capabilities of the platform, including real-time shadows and reflections that improve depth and realism. These features allow automotive HMI software to present navigation and environment data with a more natural visual feel.
Additional demonstrations include:
- True-to-life driving mode visuals enabled by ray tracing for enhanced realism
- Kanzi Production Effects showcasing an OEM-grade production HMI
- Industry-leading visual outcomes optimized for performance and reliability
Together, these capabilities show how automotive HMI software is evolving into a critical differentiator for digital cockpits, combining immersive design with production maturity suitable for large-scale vehicle programs.
Company Press Release
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