We'll See You at CES 2025

Control Room SCADA​

• An industrial-focused demo showing combining current and future trends into one HMI​
• Real-time 3D graphics rendered by Qt Quick 3D to create a digital twin of the factory environment​
• 2D KPI widgets combining Qt Charts and custom objects to visual critical data​
• Touch interface with a 2D SCADA & 3D controller to operate, and control the factory digital twin​
• Key Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects, Qt Charts​
• ​Running on:​ Linux PC

Technician Tablet

• A companion device to be used when troubleshooting issues on-site, or providing more information in the control room​
• Seamless integration with other devices to allow a consistent experience and interface​
• Utilization of post-processing effects to highlight specific defects and information
• Key Qt functionalities used: Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects, Qt Charts​
• ​Running on:​ Samsung Galaxy S8 Tablet

Line SCADA​

• An industrial-focused demo showing combining current and future trends into one HMI​
• A seamless combination of both real-time 3D graphics rendered by Qt Quick 3D and 2D KPI widgets.​
• NVIDIA AI image recognition integration
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects, Qt Charts​
• Running on:​ NVIDIA Jetson AGX Orin™

Robot HMI​

• 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:​ Qualcomm® Robotics RB5 Platform (QRB5165)

Office Setting ​

• A single application running seamlessly across Android, iOS, and Windows devices​
• Responsive and resizable 2D widgets combining Qt Charts and custom objects​
• Real-time 3D graphics rendered by Qt Quick 3D to create a digital twin of the factory environment​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt Remote Objects, Qt Charts
• Running on:​ Android, iOS, Windows

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:​ NXP iMX8QM

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​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt MQTT​
• Running on:​ NXP i.MX8QM

Energy Management

• Visualize the energy consumption of typical connected home devices​
• Consistent visuals provide a clean and seamless interface​
• Customizable post-processing effects bring the design alive​
• Key Qt functionalities used: ​Qt Bridge for Figma, Qt Quick 3D, Qt MQTT​
• Running on:​ NXP iMX8QM

Dishwasher

• Wash Cycles, Energy Consumption, Program and Progress Functions​
• UI and graphical components optimized for specific display​
• Gesture control includes touch, slide and swipe​
• Key Qt functionalities used: ​Qt for MCU
• Running on:​ Renesas EK-RA6M3G

Thermostat:​​

• 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:​ STM32MP157​

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Demonstration of cloud-native workflow with realization in both the AWS cloud and on physical hardware (RPi4).

Features include the following;

• Boot2Qt for AWS Graviton
  • Visualization and interaction with Qt app in the cloud
  • Enable early development before hardware is available
  • Simply evaluation and deployment of Qt Framework and tools
• Cloud-native development with Qt Design Studio and Qt Creator on EC2 instance in the cloud
  • Supports both cloud target and physical hardware with common binary
  • Qt design and development tools can run on AWS WorkSpaces or EC2 instance in the cloud, or on a physical machine
• Easily scale (and hyperscale) QA and testing activities

Customer example: Panasonic Automotive Systems of America SkipGen SDV platform

• Qt Outrun Digital Cockpit running on physical SkipGen 3 SDV platform
• Qt Outrun Digital Cockpit running on vSkipGen in the AWS Cloud

• A digital cockpit demo showing the journey from design to development by Qt Design Studio​​
• Real-time 3D graphics visualizing driving scenario, rendered by Qt Quick 3D​​
• Motion design and cinematic camera transition by timeline animation in Qt Design Studio​​
• Customizable post-processing effect, particle effect, and shader to bring the design to life​​
• ​Key Qt functionalities used: ​Qt Design Studio, Qt Quick 3D, Qt for Android Automotive
• Running on:​ Snapdragon Cockpit Platform running Android 10 (Cluster & IVI) / Galaxy S8 tablet (HVAC)​

• 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: AMD

• This demo is built in partnership with Qt, Texas Instruments, Phytec and Pionix​​
• Highlight the unique opportunity to use Qt Digital Advertising across consumer-facing products​
• Demonstrates the use of 3D, particles, and post-processing effects​
• Key Qt functionalities used: ​Qt Quick 3D​, Qt Digital Advertising​​
• Running on:​ TI AM62x Sitara processor​​

This demonstration shows the Qt Group solution for meeting ISO 26262 functional safety requirements in the automotive domain. The Qt Safe Renderer (QSR) is a certified software component for use in mixed-criticality environments, and is certified as a Safety Element out of Context (SEooC) to ISO 26262 ASIL level D. Here, it is configured for the NXP i.MX8 processor running Linux.

In addition to road vehicles, the Qt Safe Renderer and the general approach taken here is relevant for other industries including medical device software (IEC 62304), industrial electrical/electronic/programmable electronic safety-related systems (IEC 61508), railway applications (EN 50128), and tractors and machinery for agriculture and forestry (ISO 25119).

Test Center is a powerful tool that helps users understand, interpret and act on the testing data that is being reported from the Qt Quality Assurance portfolio on all projects within your company. Test Center is designed to speak fluently to all individuals that interface with testing. Providing statistics, reports and trends for management, to analytics and integration avenues for developers. Learn how Test Center can be integrated into your environment, so time and money can be saved via a tailored test management platform.

Squish is leading the charge with automating Graphical User Interface (GUI) testing. Not only does it support a wide range of GUI frameworks, it can also be run on a variety of platforms, including your embedded hardware. Squish's object-based testing allows for your designers and developers to continue to update and improve your application, without causing false-failures within your tests. Rest assured your application performs as intended by automating your regression tests with Squish.

Axivion Suite consists of Axivion Static Code Analysis and Axivion Architecture Verification. These tools provide an industry-leading, in-depth analysis of your code. With Axivion, you can extend the product life cycle by identifying potential software erosion – also known as technical debt. Your code will stay maintainable and expandable ensuring an increased ROI. In addition, you can be sure your software complies with the relevant coding guidelines.

Experience a cutting-edge cybersecurity demonstration featuring the Atsign SDK seamlessly integrated with a Qt GUI. This showcase illustrates secure, end-to-end encrypted device communication without open listening ports, enhancing protection against cyber threats.

One device, a sensor-equipped headless system, monitors plant and soil health metrics, publishing data periodically. It also allows for the remote control of a water pump to deliver water to the plant. The accompanying Qt GUI serves as a responsive dashboard, offering real-time and historical data visualization.

This secure solution ensures data integrity and secure remote command execution, highlighting the critical role of cybersecurity in safeguarding connected devices across diverse platforms.

Ambiq’s Apollo4 Plus Display Kit featuring a round 1.4” AMOLED display with 454x454 pixels. The demo is running the latest Qt for MCU graphics library exercising the Apollo4 Plus ultra-mega low power GPU. The demo shows the marriage of Qt’s impressive looking and easy to use graphics framework with Ambiq’s high performance 2.5D graphics acceleration and hardware alpha-blending support.