Expert SDV Design, Development, and Quality Assurance

Qt’s brand-new immersive automotive demo running on mid-range automotive SoC with an ultra-wide display. Featuring:

• A fully interactive 3D environment with a photorealistic car model, dynamic weather effects, time-of-day transitions, and multi-terrain modes—all rendered in real time using Qt's 3D engine on Android Automotive

• Integrated ADAS surround view, AI Assistant, and a multimedia space with 3rd party applications for passengers—demonstrating how Qt ties 2D Android UI and immersive 3D into one fluid, panoramic cockpit

• Comprehensive vehicle controls in a single, seamless experience: AC settings, seat heating / massage / position, ambient lighting, door & suspension animations, car color customization, and charge visualization 

While this demo runs on Android Automotive, Qt is fully OS-agnostic, the same application code and QML UI can be redeployed e.g. on QNX and Linux (Yocto/AGL), giving OEMs the freedom to switch or multi-source their OS strategy without rewriting their HMI from scratch.

Key Qt Functionalities used

• Qt Quick 3D, Qt for Android Automotive, Rendering as a service

• Demo running on mid-range automotive SoC 

Bring automated driving visualization to your automotive system at a record time. Qt ADAS Template can be used to create ADAS with documentation and support.

• Optimized performance from low-end to high-end vehicles

• Easy to adapt communication backends that can be simulated and tested

Key Qt Functionalities used

• Qt Quick 3D, Qt for Android Automotive

• Demo running on mid-range automotive SoC

You can save hundreds of hours of on-the-road testing by automating the UI tests.

• Test your Android Automotive UI in CI and on workbenches instead of cars

• Results point directly to the cause of the issue, not just the part of the screen that is different from the reference

• Squish works with Android layouts as well as Jetpack Compose, across Java and Kotlin

Key Qt Functionalities used

• Squish for Android Automotive

• Demo running on mid-range automotive SoC

Rear-seat armrest controller running on the TCL Allwinner F136 (MCU) with a 6.3" (1600×720 px) vertical touchscreen

Unifies all key passenger controls— seat heating, climate, windows, and multimedia—in one fluid interface

Covers real-world interaction flows, including full AC control and display adjustments

By using Qt, OEMS can combine a premium experience with a lean hardware and low BOM.

Key Qt features: Qt for MCUs (Qt Quick Ultralite)—running rich, animated UI on bare-metal hardware with no Linux and no GPU-heavy SoC

With core optical imaging and display technologies, the solution leverages Qt-based development to deliver high-performance visual display for automotive AR-HUD systems.

• Tailored for intelligent cockpit scenarios, this LCOS-based AR-HUD optical solution integrates optimized optical parameters, 10-meter virtual image distance, high-definition resolution, ultra-high brightness & contrast ratio, and ergonomic human-machine interaction design.

• Powered by Qt Framework, it realizes a clear, stable, and comfortable visual presentation for drivers, laying a robust visual foundation for the next-generation automotive smart cockpit ARHUD applications.

Key Qt functionalities used: Qt Quick / QML, Qt Quick3D, Qt Design Studio

Demo running on Automotive-grade Hardware

Megatronix has launched an integrated solution based on Qt 3D for the 3D requirements of Cluster and IVI. Through an automation pipeline, enabling "design equals code", it reproduces photo-realistic vehicle textures on in-vehicle devices, supporting smooth 360° interaction, precise vehicle control, seamless transitions, and environmental simulation. This digital foundation sets a new standard for the next generation of smart mobility.

Key Qt functionalities used: Qt Quick / QML, Qt Quick3D, Qt Design Studio

Demo running on Qualcomm® 8155

High-Safety Dual-Domain Isolated Intelligent Cockpit Demonstration Platform Based on ASIL D Microkernel and Qt Engine

This demo is powered by iSOFT’s proprietary EasyAda® microkernel product. Its critical core code has undergone formal verification, and all related products have obtained ISO 26262 ASIL D functional safety certification.

Qt has established a deep partnership with iSOFT to provide the automotive industry with high-safety, high-real-time, and highly compatible underlying kernel support based on EasyAda® microkernel products. 

Key Qt functionalities used

Automotive-Grade Solution: Powered by iSOFT’s EasyAda microkernel, built on an ASIL D-certified microkernel, enabling a high-safety digital cockpit with secure dual-system isolation.

Unified 2D/3D Rendering Engine: A single Qt rendering engine combined with a unified technology stack enables efficient team collaboration and the creation of high-performance, highly reliable software products.

Separated Front-End and Back-End Development Model: C++ provides high-performance back-end support, while QML enables efficient front-end development. Parallel development of front-end and back-end components significantly shortens the time-to-market.

Created in partnership with Infineon, Qt, IAR and based on an embedded HMI software stack optimized for automotive displays, the development stack include:

• Compiler: IAR Toolchain for Arm, Functional Safety 

• Debugger: IAR C-SPY Debugger

• Tooling: Qt Quick Ultralite 

• Hardware Abstraction Layer: SDL and GFX libraries

• Hardware platform: TRAVEO™ T2G Cluster 4M Lite Kit

Axivion verifies your code and your architecture in one automated workflow.

Static Code Analysis catches every critical defect and checks MISRA C/C++:2023, AUTOSAR C++14, and CERT compliance automatically.

Architecture Verification reverse-engineers your actual software structure from code, enforces your architectural rules in CI/CD, and proves Freedom from Interference for ISO 26262.

Together, they replace weeks of manual review with bidirectional automated compliance evidence on every build.

This demo showcases how Squish GUI Test Automation can be applied to an industrial Qt application and how AI-assisted workflow can further improve test creation and maintenance efficiency.

The demo AUT is Candle, an open-source Qt-based CNC control application, and demonstrates a realistic test automation scenario in which GUI operations are executed automatically and validated through Squish.

In addition, the demo introduces how AI can support the workflow by helping engineers extract features, generate test cases, and accelerate script authoring.

Coverage data about unit testing and system testing(including manual testing).

A full range of coverage types: statement, code line, function, branch, MC/DC and MCC.

Comprehensive analysis tools: potential bugs location, function profiler, test strategy optimization, etc.

Maximized coverage via GenAI.

Improved code quality and test integrity.