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Making the Energy Flow: The Journey Towards a Qt Engineering Platform

In the era of energy transition – with an intensified global demand for sustainable energy solutions – the task of engineering such transmission systems face growing pressure to scale, optimize, and innovate. Traditional engineering practices must now evolve to support complex, scalable, and flexible infrastructures, driving the need for a platform engineering approach.

This presentation explores how platform engineering can transform energy transmission solutions, addressing critical challenges in modularity, interoperability, and cross-functional collaboration. By leveraging shared self-services, reusable components, and a unified platform layer, engineers can streamline development and operational processes, reduce duplication, and enhance reliability across the energy ecosystem.

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Webinar: How to 10x Development Speed when Building an ADAS HMI Towards Production

Webinar: How to 10x Development Speed when Building an ADAS HMI Towards Production

Surround Reality (SR) is rapidly gaining traction because it provides the situational awareness toda...

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Webinar: Safe, Smart, Seamless: Navigating HMI Hurdles in Lab Equipment

Webinar: Safe, Smart, Seamless: Navigating HMI Hurdles in Lab Equipment

This webinar is part of a two-part series that explores how medical Human–Machine Interfaces (HMIs) ...

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Webinar: Qt for MCUs vs. LVGL: A Comparative Study from Design to Deployment

Webinar: Qt for MCUs vs. LVGL: A Comparative Study from Design to Deployment

Listen to Qt Group and Spyrosoft for a practical comparison of Qt for MCUs vs. LVGL. See real-world ...

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Webinar: Leading into 2026: Insights for the Software-Defined Vehicle era

Webinar: Leading into 2026: Insights for the Software-Defined Vehicle era

The software-defined vehicle (SDV) era isn’t coming, it’s already here. But this shift is creating a...

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