Qualcomm announced plans to acquire Arduino, best known for its accessible microcontroller boards that power millions of DIY and professional projects, marking a significant shift for both companies as they aim to bring AI and edge computing closer to developers’ hands. The deal, still subject to regulatory approval, will fold Arduino’s open-source hardware ecosystem into Qualcomm’s broader portfolio of IoT and embedded solutions. Arduino states that the move will help accelerate innovation by providing developers with direct access to Qualcomm’s hardware and AI technology. Both companies say Arduino will continue to operate under its current brand and maintain its open-source model. Alongside the acquisition news, Arduino also unveiled the UNO Q, a new Linux-capable microprocessor featuring the Qualcomm Dragonwing QRB2210 with AI and graphic acceleration, paired with a real-time STM32U585 microcontroller development board, built in partnership with Qualcomm. According to the manufacturer, this “dual brain” design enables developers to prototype AI and connected applications without needing to switch between different platforms. The board also introduces App Lab, a browser-based development environment that lets users write, test, and deploy code directly online. For now, both companies confirm that existing products and community support will remain unchanged. For more information, see Qualcomm’s announcement here or Arduino’s one here.

Below is our presentation from the Oslo Cold Incident Response Conference 2025 that covered hunting for Linux stealth rootkits with command line tools: Introduction to Malware Binary Triage (IMBT) Course Looking to level up your skills? Get 10% off using coupon code: MWNEWS10 for any flavor. Enroll Now and Save 10%: Coupon Code MWNEWS10 Note: Affiliate link – your enrollment helps support this platform at no extra cost to you. Linux Stealth Rootkit Hunting Presentation Th… Article Link: L...

Python & Linux Projects for $5000-10000 USD. I need a streamlined Alpine Linux build with a custom-compiled kernel tuned for raw performance on AI workloads. The image mu

Last week the block subsystem and IO_uring updates were merged for the Linux 6.18 kernel with a few items to draw attention to.

linux laptops in 2025 theyre finally mainstream. from framework to tuxedo we tested the bestno windows bloat no hassles. see which ones are worth yo

Last week System76 released the Pop!_OS 24.04 beta along with the beta COSMIC desktop.

: JIT compiler included but experimental and can slow performance

Linkedin Learning Download and watch Linkedin Learning Courses 📈 Pᴀɪᴅ ᴀᴅs : https://telega.io/c/linkedin_learning

Qt, a cross-platform software development framework widely used for designing and deploying graphical user interfaces (and the backbone of the widely adopted KDE desktop environment), has just released its latest version, 6.10. One of the most notable additions is the new Flexbox Layout system for Qt Quick. Inspired by CSS’s flexible box layout, it allows developers to design responsive interfaces that adapt smoothly to different screen sizes and aspect ratios. Though currently in tech preview, FlexboxLayout integrates seamlessly with existing Qt Quick concepts and is designed to reduce custom layout code while improving runtime performance. Another key update is expanded support for animated vector graphics. Qt 6.10 now supports animations in both SVG and Lottie formats, enabling scalable, hardware-accelerated vector rendering directly in the Qt Quick scene graph. The new SearchField control also joins Qt Quick Controls. Designed for search functionality, it automatically adopts a native look and feel across all major platforms, supporting data suggestions and model integration with minimal setup. Qt 6.10 also introduces new tools to make data exchange between C++ and QML easier. The new `QRangeModel` class allows developers to expose standard C++ containers like `std::vector` or `std::array` directly to Qt views without boilerplate model code. Combined with the new `delegateModelAccess` and `Synchronizer` elements, building two-way bindings between backend logic and frontend interfaces becomes more intuitive and less error-prone. For developers who prefer working purely in QML, the new TreeModel type enables the declaration of hierarchical data directly in QML using a familiar JSON-like syntax. Alongside it, the SortFilterProxyModel brings declarative sorting and filtering capabilities natively to QML, closing a long-standing feature gap between C++ and QML data handling. Regarding accessibility, applications built with Qt 6.10 now automatically align with high-contrast system settings on both desktop and mobile platforms, improving visual clarity and ensuring consistency with operating system themes. Qt Widgets and Qt Quick Controls have also been refined to better integrate with assistive technologies such as screen readers. On the platform side, Qt 6.10 extends official support to Android 15 and 16, introduces WebView2 integration on Windows, and lists macOS 26 “Tahoe” as a fully supported platform. Developers targeting Linux will also benefit from a PipeWire backend in Qt Multimedia, offering better latency, smoother playback, and improved handling for containerized applications. Lastly, the Boot to Qt environment now supports Yocto 5.2 “Walnascar” and adds compatibility for several new Ezurio Nitrogen boards. Qt Quick 3D also gains lightmap baking, reverse particle effects, and performance improvements for 3D scenes, while Qt Graphs introduces a new filled surface type and enhanced multi-axis support. For more information, see the announcement.