Meet Qt Group at Embedded World

• State-of-the-art graphics capability of Qt Quick 3D engine​​
• Real-time reflection, various anti-aliasing, and particle effect brings photorealistic rendering​​
• Seamless editing and rendering of 2D and 3D element​​
• ​Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D​, Qt Design Studio Materials​
• Running on: Samsung S9 Ultra Tablet
  
  

• Targeting a variety of industries—including automotive, aviation, maritime, and agriculture—this immersive mobility experience showcases, among other things, Qt Framework's advanced graphics capabilities, extensive customization options, and real-time interactivity for state-of-the-art simulation experiences.

• ​Key Qt functionalities used: ​Qt Framework 3D engine, Qt Design Studio, Figma2Qt bridge
• Running on: PC
  
  

Software Architecture Verification​

Analysis tool for comparing software implementation with architecture design and flagging deviations.

Reduce technical debt, decrease maintenance costs and achieve faster time-to-market for new development.

Static Code​ Analysis​

Software style and coding violations checks. Detects clones, dead code, metric violations, division by zero and other defects.​

Meet software quality, security guidelines and standards such as MISRA C/C++:2023, AUTOSAR C++14 and CERT especially in mission-critical and regulated markets.

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Central Hub

• The HUB is the central control unit of our SmartHome demos​
• It runs on high-end hardware, allowing the HUB to seamlessly interact with each connected device via widgets mirroring the interface of the target appliances.​
• The integration of 3D elements using Qt Quick 3D highlights the future of consumer designs​
• Key Qt functionalities used: Qt Bridge for Figma, Qt Quick 3D, Qt MQTT, ​
• Running on:​ Toradex Apalis i.MX8

HUB Mobile​​

• A mobile companion app that features the same functionality as the central hub to allow control of connected devices from anywhere.​
• Incorporation of 3D elements to provide a consistent experience​
• Widgets can be rearranged by the user to create a personalized interface.​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt MQTT
• Running on:​ Motorola Moto G53

Refrigerator

• Temperature, Remote Settings, Storage, Shopping List Functions​
• UI and graphical components optimized for large displays & mobile apps​
• Display multimedia content such as a shopping list
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt MQTT​
• Running on:​ Toradex i.MX95 Verdin

HVAC

• Temperature, Remote Settings, Thermal Profile Functions​
• UI and graphical components optimized for specific display​
• Connectivity to Central Hub & Mobile Companion App​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt MQTT
• Running on:​ Raspberry Pi 4 and Mediatek Genio 700
  

LaundriQ

• This demo showcases a full hardware and software reference HMI design for a high-end washing machine with touch integration.
• Advanced UI with 2.5D visual effects and animations on a cost-efficient hardware package.
• Key Qt functionalities used: Qt for MCUs, Qt Bridge for Figma
• Running on: Infineon PSoC-Edge 
  

Thermostat Qt Accelerate & MCUs

• Demonstrates Qt for MCU’s ability to run application on power efficient devices running Zephyr in a home thermostat networked environment​
• Secure communication to the home fabric network leveraging Zephyrs and Linux networking layers ​
• Design Language of multiple Matter device​
• Reusability of UI across MCU (Zephyr) and MPUs (Linux)​
• Qt Accelerate adds the ease of design and deployment for a quick POC
• Key Qt functionalities used: Qt Accelerate, Qt for MCUs, Boot2Qt Linux
• Demo is running on: NXP RT1050 (Zephyr) as the Edge device, NXP i.MX93 running Linux as a HUB
  

Maps Demo with Qt Location

• Demonstrates Map rendering (Qt Location API) in the context of a Smart Watch. ​
• Offline map rendering on low end MCU with map stored on-board​
• Map Panning, Zooming and Rotation features supported
• Key Qt functionalities used: Qt for MCUs, Qt Ultralite 2.10
• Demo is running on ST Microelectronics – STM32U5G9 Microcontroller running FreeRTOS

• The Kiosk UI demo is designed to highlight the versatility and capabilities of Qt Group's tools for interactive ordering experiences. Built around a large, fast-food-style digital kiosk, the demo integrates 2D UI components, animations, and visual effects, along with 3D capabilities, to create a fun and engaging process for ordering and customizing products.​

• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D​
• Demo is running on: NVIDIA Xavier

This demo is showcasing the Designer-Developer-Workflow based on the Industrial Vehicle Demo. Ranging from design creation in Figma, exporting the design to Design Studio via the Qt Design Studio Bridge for Figma. Refining and enhancing the imported design in Qt Design Studio , deploying it to HW in Qt Design Studio using Boot to Qt and handing over a Design Studio project to a developer who uses Qt Creator. ​

Key Qt functionalities used: ​

• Figma, Qt Bridge for Figma, Qt Design Studio, Boot to Qt, Qt Creator​, Boosted productivity with Qt AI Assistant

The demo is running on:​

• Windows Laptop​
• Raspberry Pi 4B​

Digital Twin Tech

Robot Arm Control Game via Graphical User Interface​

• Showcasing Qt’s capabilities in high-precision monitoring and control systems, the demo leverages Digital Twin technology to synchronize a real-life robotic arm with its digital counterpart. Users can manually control the robot through an intuitive interface, moving it precisely to pick up objects within a set time, for seamless interaction and precision.
• Key Qt functionalities used: Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects
  
• Demo is running on: Fairino-FR5 cobot, Intel NUC

Robot HMI/Arm​

• A simple interface allows instant feedback about the device, and serves as a control device​
• Real-time 3D graphics rendered by Qt Quick 3D to show the exact position of the robot​
• Utilization of OPC UA for integration with other devices​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt OPC UA, Qt Quick 3D, Qt Remote Objects, Qt Charts
• Running on:​ NXP i.MX95 and i.MX93
  

Industrial Automation with SCADA​

• Experience a multi-screen demo simulating a futuristic factory setting including a control room setting, factory line, and the management office accompanied by efficient HMI setting​
• A seamless combination of both real-time 3D graphics rendered by Qt Quick 3D and 2D KPI widgets.​​
• Shows the real use case of 2D widgets on an embedded hardware and connectivity with communication protocols to have data seamlessly changed between all widgets​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects, Qt Charts, Qt MQTT, Qt WebSockets​
• The demo is running on:​ NVIDIA Jetson AGX Orin™ (3D factory floor) & Rasberry Pi 4 (2D SCADA Widgets)

• Introducing scalable Mining Machine HMI, designed for multi-platform use and offering optimized visualization of complex data built with Qt.
• Enjoy remote access and control for the real-time management from anywhere with MQTT.
• Our HMI is quality assured thanks to the test performed with Qt QA tools ensuring reliable and compliant performance
• ​Key Qt functionalities used: ​Qt Quick/ QML, Qt Bridge, Boot2Qtm, Qt Design Studio, MQTT
• Software Quality: Axivion, Coco and Squish
  
• Demo is running on: 
  • Qualcomm® RB3 Gen 2​
  • Raspberry Pi 5​
  • MCU​
  • Desktop​

• Qt EchoCardio is a stylized 1920x1080 medical UI​
• Entire 2D UI created in Figma​
• 3D heart FBX animated w/keyframes in Maya
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D​
• Demo is running on ST Microelectronics, STMP25

LifeTrack Patient Monitor

• Traveo T2G with Qt for MCU
• Created in collaboration with Infineon and Spyrosoft, this demonstrates a lightweight Patient Monitoring system developed on Qt for MCUs on TRAVEO T2G. While enabling secure access to patient data from smartphones, this app delivers high-resolution and live visuals while making sure it is Safe for medical usage.​
• A Life-Track Mini version of the same UI is demonstrated for Health Wearables. This demonstrates reusability of UI onto smaller devices and utilizing larger ecosystem of Zephyr.
• Key features: 
  • Availability of critical GUI immediately through fast-boot​
  • High-resolution and smooth graphics on a microcontroller​
  • Certifiable graphics through Qt Safe Renderer​
  • Reusable UI components across devices (App, Wearable etc.)
    
• Key Qt functionalities used: Qt Bridge for Figma​, Qt for MCUs 2.9 on Zephyr, Qt Safe Renderer
• Demo running on: 
  • Infineon TRAVEO T2G 4M at 1280x700 resolution ​
  • Ambiq Apollo 4 Plus running Zephyr at 480x480 resolution​

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Squish

Automated GUI Testing​

Take the complexity out of testing graphical user interfaces (GUIs) and human-machine interfaces (HMIs) – even in the face of product evolution and safety-critical applications.

Coco

Your code, covered.​

A cross-platform toolchain for C/C++, C#, and QML code coverage​. Improve software quality by knowing what and how much has been tested and where to focus.

Test Center

Your results, managed. ​

Intelligent, lightweight test results management​
platform.​ Bring all your test results in the same platform for a holistic view to manage your test efforts.

Maps Demo

• Demonstrates Map rendering (Qt Location API) in the context of a Smart Watch. ​
• Offline map rendering on low end MCU with map stored on-board​
• Map Panning, Zooming and Rotation features supported
• Key Qt functionalities used: Qt for MCUs, Qt Ultralite 2.10
• Demo is running on ST Microelectronics – STM32U5G9 Microcontroller running FreeRTOS