Transition from hardware-dependent buildout with a development workbench and fully virtual digital twins in the cloud.Try Qt for Cloud
The UI development in the cloud enables early software development and integration before the hardware is available, reducing the amount of iterating and prototyping. The virtual workbench in the cloud provides easy and scalable access to Qt development and quality assurance portfolio. All the development on the hardware can be done in the cloud: accurately, securely, and exactly the same as if you were working with the actual physical hardware.
When using Qt in the cloud development teams can access a fully virtual digital twin of the whole build. This way, they complete 90% of their development and testing in the cloud instead of on physical hardware. In the final stage of development, this work can then be ported back to physical hardware for final testing and validation. As there is no longer a need to wait for the board orders to ship and arrive to validate the development effort, the development cycle shortens. Working with digital twins early in the process also enhances the Day One readiness across the development team.
Development in the cloud helps reduce costs by minimizing expenditure on excess hardware and shipping and shifting left on quality assurance activities. Infrastructure as a Service enables early software development and integration before the hardware is available, reducing the need for expensive hardware and minimizing any board-related development delays. Additionally, the shift-left of quality assurance activities helps reduce overall program costs.
Starting the testing as early as possible in the software development life cycle and running multiple tests and test protocols concurrently helps to capture and eliminate defects early on. The agile CI/CD development model, including static and dynamic analysis, with cloud-based accumulation and analysis of the entire test history for the project, ensures that the whole development process is efficient and effective.
Qt’s strong cross-platform capabilities make it a natural fit to augment the software-defined future achievable with AWS.
Qt provides end-to-end tooling for automotive HMI design, development, testing, and deployment that build upon the same codebase. Applying Qt across all vehicles and screens, from heads-up displays, passenger screens, and rear-seat entertainment systems to digital instrument clusters, allows automakers to benefit from the scalability of the Qt framework. As the momentum builds for software-defined vehicles, accessing the Qt tool suite through the AWS cloud remarkably enhances in-vehicle UI/UX development. Automotive OEMs should experience considerable savings in development and testing time and reduce the amount of iterating and prototyping.
Unleash your creativity with efficient UI creation tools streamlining your workflow and reducing your time to market.
Enjoy an intuitive visual development environment delivering functional UI applications and automatically generated QML code
Efficiently craft your app’s UX on PC with advanced simulation tools relieving you from hardware dependency
Import ready-made visual assets from Figma and other design tools, and convert them automatically into functional UI code
Harness the power of real-time graphics to display real-life situations and data-driven processes
Create immersive 3D experiences and seamlessly control them via intuitive 2D controls
Leverage over 30 years of enterprise-grade experience in delivering comprehensive tools for the demands of tomorrow’s industry.
Unlock the potential of a full-fledged UI framework that can bolster your development at scale—from widgets and app creation up to middleware definition
Quickly develop UI applications with an intuitive, expressive, and flexible UI definition language that is easy to use even for non-programmers
Efficiently create smart IoT devices and dynamic SCADA systems with out-of-the-box networking, m2m, and cloud support
Unlock your hardware’s full potential using in-built software optimization tools, such as memory management, multithreading, and hardware acceleration, among others
Elevate your code quality by creating highly optimized templates that can easily be customized and tweaked for a variety of use cases
Ensure prompt and correct display of safety-critical information under any circumstances—including system failure
Deliver best-in-class industrial software that can be operated in safety and security across verticals, with integrated automated QA tools that speak the same language.
Secure an optimal user experience on any screen by harnessing truly cross-platform automated GUI testing tools.
Leave no code untested, no bug undetected, no compromise for mistake
Reduce technical debt and ensure your software’s adherence to the latest quality standards and coding guidelines
Check architecture compliance and code erosion to ensure your software’s maintainability and reusability
Deliver iconic digital experiences to an ever-growing customer base—across platforms, industries, markets.
Target multiple hardware platforms—both low- and high-end devices, including mobile and desktop—using a single codebase
Leverage platform-specific features, performance, and capabilities through integration with native APIs or third-party libraries
Scale across markets and regions with advanced localization tools—including right-to-left, bidirectional scripts, complex diacritics, scriptio continua, etc
Secure your product’s permanence on the market over time with Qt long-term support, security updates, patches, and a stable roadmap
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