Increase Your Productivity and Efficiency with Scalable Industrial IoT Solutions 

Create efficient, flexible, and reliable industrial IoT solutions and SCADA systems that scale across devices, verticals, and functions.

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Leverage High-Accuracy and High-Performance Tooling for Unparalleled Industrial IoT Applications

Build fast and accurate real-time industrial applications capable of efficiently handling multiple concurrent processes, huge data loads, and state-of-the-art graphics.

Industrial software applications need real-time control over complex decentralized processes involving large amounts of data from remote sensors and advanced 2D and 3D graphics. Qt’s architecture is designed with performance in mind and optimized for real-time applications, with tooling for multi-thread execution of concurrent processes, on-demand behavior, and memory management, to mention only a few. Qt’s optimized data structures enable handling large datasets and real-time graphics with unparalleled performance on embedded systems.


Empower Your Factory Operations by Unlocking Accessibility and Control

Tame the complexity of industrial IoT automation by means of flexible, easily customizable SCADA systems enabling real-time control of any machine from any location.

For the implementation of advanced SCADA systems, the Qt framework’s connectivity tooling and real-time graphics capabilities deliver intuitive, responsive, and effective UI applications enabling data-driven decision-making in the industrial process.  You can achieve the highest degree of automation and easy portability across devices, working environments, and functions with Qt's broad out-of-the-box support for connectivity with multiple platforms and devices (Qt Serial Bus), remote desktop accessibility (Qt WebAssembly), cloud and edge connectivity (Qt HTTP Server), and machine-to-machine interaction (Qt Serial Bus, Qt MQTT, Qt OPC UA, Qt KNX, Qt GRPC). 

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Meet the Industry Standard of Reliability, Safety, and Security for Industrial IoT

Create dependable Industrial IoT devices that can be operated in full safety and security, with or without wireless connectivity, through any type of input/output interface—including physical knobs and touch screen.

With its transparent, well-documented code development practice and continuous integration and testing process, the Qt code meets the highest requirements of reliability, resiliency, and functional safety—including possible adherence to the Safety Integrity Levels defined in IEC61508 or DO-178C. Qt Safe Renderer helps you meet certification standards when required to display, e.g., information about manufacturing processes, equipment status, and safety alarms. Qt LTS releases deliver stable APIs ensuring long-lasting competitiveness in the market.


Upgrade Your SCADA System with Advanced 2D and 3D Real-time Graphics

Visualize your industrial data and processes, control the status of your equipment, detect trends and patterns, identify optimization strategies by exploiting real-time 2D and 3D rendering capabilities for enhancing business intelligence, VR and AR simulation, digital twin technology, remote operation, and more.

Qt state-of-the-art real-time graphics capabilities enable the visualization of complex data in the form of 2D charts and graphs to quickly identify patterns and trends, but also the creation of immersive 3D experiences for the implementation of digital twins for testing and optimizing processes, of VR environments for remote maintenance and training, and of CAD models for accurate visualization and analysis.

Customer Stories Written with Qt


Liebherr-Electronics and Drives GmbH requested the development of two applications for visualizing streams from the connected digital cameras: a Bird's eye application, and a CMS (camera-monitor system) application. These applications provide operators of a mobile machine with detailed views of the working environment.

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“On a technical level, cooperation and support from Qt worked great. My contacts were always available for questions and comments.”

Michael Kipp, – Software Engineer, Product Line Sensors, Liebherr-Electronics and Drives Gmb


Novatron use the Qt framework for the machine control systems of their heavy-duty equipment to enable seamless data flow from one software system to another. The ability to create visualizations based on sensor data gives a whole new dimension to projects that often require careful handling of heavy equipment and extensive planning. 

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"In our line of work, it’s particularly important to have a system you can rely on."

Sami Päkkilä, – Product Manager, Semi-Automation, Novatron

Panasonic Avionics

By using Qt (with C++ and QML), the developers at Panasonic Avionics are able to focus on the design and the usability of the interactive.

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“We use Qt in a lot of different development aspects. For example, we use it for creating a certification application that's actually used to certify all the wiring of the aircraft before deployment. We also offer a wide range of different form factors... We want to be able to develop once and show it on everything.'”

Gary Towsend, – Software Manager, Panasonic Avionics

Parker Hannifin

The vision for starting the project was to reduce the number of displays in the machinery cabin and create an application-based product that would allow their customers to integrate several applications into one display. 

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“The wow-effect was there when you program with QML. It keeps on astonishing with it’s ease-of-use and efficiency. I got that feeling right in the beginning and it has even amplified along the way. QML has provided a solid base for our software..”

Tommi Forsman, – Principal Engineer, Parker Hannifin

More on UX, Product Planning, and Industrial Applications


UX Solutions for Industrial Automation

The move to automation is on a scale that the third Industrial Revolution only previously rivaled, but it isn’t without its challenges.

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Embedded Product Planning and Requirements

A guide for IoT and embedded product planning that examines how to approach building a new embedded or IoT device.

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The Nuts and Bolts of Qt Industrial Applications

Take a look at the common requirements of industrial applications, and how Qt tools can address those challenges.

Read More

Create Your Next Industrial Automation Project with Qt

Take advantage of an end-to-end solution for industrial product design, development, quality assurance, and deployment.

The Qt framework allows you to build your Industrial IoT applications in conjunction with AI, VR, and cloud computing, enabling advanced business intelligence, new insights into industrial processes, and data-driven decisions that lead your business to a new level of efficiency, productivity, and profitability.


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