Quick Takeaways
  • Rightware IntelliSphere Reality HMI integrates intelligent driving data into a unified cockpit display.
  • The solution combines Kanzi and Snapdragon Ride Elite to enhance automotive HMI performance.
On January 15, Rightware announced the presentation of its intelligent automotive human-machine interface solution, Rightware IntelliSphere Reality HMI, at CES 2026. The solution is powered by the Kanzi HMI toolchain and Qualcomm Technologies, Inc.’s Snapdragon Ride Elite automotive platform, bringing together cockpit visualization and intelligent driving technologies.
Rightware IntelliSphere Reality HMI combines cockpit and driving intelligence
The Rightware IntelliSphere Reality HMI solution merges high-performance digital cockpit capabilities with intelligent driving functions using Kanzi. It integrates navigation maps, Surrounding Reality data, and Around View Monitor video feeds into a unified visual layer. This approach is designed to present complex driving information in a clear and contextualized manner.
Snapdragon Ride Elite enables real-time visualization
By leveraging the high computing performance of the Snapdragon Ride Elite, the solution supports advanced intelligent driving workloads while maintaining smooth real-time rendering. The platform enables simultaneous processing of perception data, map content, and surround camera streams without compromising display clarity or responsiveness.
End-to-end pipeline for intelligent driving display
Rightware IntelliSphere Reality HMI delivers an end-to-end pipeline, covering intelligent driving algorithms through to data delivery on the display. Kanzi’s real-time 3D rendering engine transforms incoming data into intuitive visuals, allowing drivers to perceive road conditions, vehicle surroundings, and navigation context without blind spots or fragmented information.
Scalable architecture for broader platform adoption
As an integrated technology, Rightware IntelliSphere Reality HMI is designed to operate across a wider range of automotive computing platforms. By combining perception, mapping, and visualization into a single cohesive system, the solution supports the deployment of advanced intelligent driving experiences while maintaining scalability for different vehicle segments and hardware configurations.
Company Press Release

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