ecosystem Archives

Winsage

October 6, 2026

Microsoft distinguished engineer fires back at anti-Windows 11 rage-bait, says “more developers use Windows” than Linux or macOS

Microsoft Distinguished Engineer David Fowler addressed a viral post on social media that dismissed Windows as a viable operating system for developers, asserting that Windows is the most widely used operating system among developers. According to Stack Overflow’s 2025 Developer Survey, Windows is preferred by 49.5% of professional developers, while macOS is at 32.9% and Ubuntu at 27.7%. WSL accounted for 16.8%, and Linux outside of WSL garnered 16.7%. In contrast, a poll by The Pragmatic Engineer indicated Windows usage among developers at only 12%, with macOS at 61.6% and Linux at 24.2%. The appeal of Unix tooling is significant for web, cloud, backend, and AI developers, while Windows remains popular among .NET and C# developers, Visual Studio users, and game developers. Microsoft is enhancing its Windows Subsystem for Linux (WSL) to better cater to developers' needs.

Tech Optimizer

October 6, 2026

Devart rolls out dbForge 2026.2

Devart has released dbForge 2026.2, a database management suite update featuring a PostgreSQL Debugger for error tracking, visual editors for managing PostgreSQL objects, and an enhanced dbForge AI Assistant with broader context awareness. The AI Assistant now supports models from Anthropic and OpenAI and includes a free Express edition with limited features. The update also improves SQL development and schema comparison functionalities, with new refactoring commands and support for MySQL 26.7 and MariaDB 13.x. dbForge 2026.2 is available for download, with current users able to update through the Help menu.

AppWizard

October 6, 2026

Googlebook Cross-Device Features Locked Behind Android 17

Google's new Googlebook cross-device features require a smartphone running Android 17 to access functionalities like phone app streaming, task continuity, and shared file access. Only recent Google Pixel models and Samsung foldable devices with One UI 9 come pre-installed with Android 17, leaving many users with older flagship and mid-range devices unable to utilize these features. New models, such as the POCO F9 series, also launch with Android 16, making them incompatible. Additionally, applications with DRM-protected content or sensitive information will not stream to the laptop, displaying a blank privacy screen instead. The features are included at no extra cost, but their availability depends on the smartphone's Android version.

BetaBeacon

October 6, 2026

Lemuroid Setup Guide: 20 Retro Systems [2026]

Lemuroid is an open-source Android frontend built on top of the Libretro core ecosystem, maintained by developer Swordfish90. It is distributed under the GNU General Public License v3.0 and has 4,371 stars, 366 forks, and 595 open issues on GitHub. Late 2026 is a good time to set it up due to its active development. It is available on Google Play, F-Droid, and GitHub, providing redundancy in case of policy changes. Lemuroid supports twenty systems, each mapped to a specific Libretro core. PlayStation 2, GameCube, and Nintendo Switch are not supported. It requires Android 6.0, 500MB of storage, 3GB of RAM for 8-bit and 16-bit systems, and legally dumped ROMs/ISOs. BIOS files are required for PS1, PSP, and DS cores. It is recommended for managing multiple systems in one library.

AppWizard

October 6, 2026

This Google Play Store alternative is my first stop for Android apps now – here’s why

F-Droid, an alternative app store for Android, has undergone a significant transformation with a new user-friendly interface designed to enhance usability and accessibility. It operates independently of Google, offering only free and open-source software (FOSS) applications, allowing users to inspect and modify the code. Each app is vetted for security issues before being added to the repository, although the vetting process is not exhaustive. The new interface, developed using Kotlin Compose and aligned with Android Material Design principles, features a streamlined layout with three main sections: Discover, Search, and My Apps. The category system has been improved, and the search functionality now allows users to search by app titles, descriptions, and categories. Installation and updating processes have been refined to provide a seamless experience similar to that of the Google Play Store. These changes come at a time when Google has modified its sideloading process, potentially raising concerns about alternative app sources.

AppWizard

October 5, 2026

Intel’s Googlebooks might not run some Android apps as well as Qualcomm’s — Google says this is because Android apps were designed for Arm chips

Google recently launched five new laptops called Googlebooks, which support native Android app compatibility. These laptops use either Intel or Qualcomm chipsets, and while most Android apps run well on both, some complex applications may need adjustments for optimal performance on Intel systems. Specific applications that may face issues have not been disclosed. The Dell XPS Googlebook and HP Googlebook 14 models use Qualcomm's Snapdragon X Elite chips, potentially offering a more consistent user experience. The use of Kotlin and Java in app development suggests many apps will work effectively on Intel Googlebooks, although some applications rely on ARM64 components without x86-64 versions. Solutions like Intel Bridge and Android’s Native Bridge exist for translating ARM64 code, but challenges may persist if developers do not consider x86 architecture.

AppWizard

October 5, 2026

Googlebooks with Intel chipsets might have trouble with ‘complex’ Android apps

Google announced that while Intel-based Googlebooks are designed to run Android applications, some complex apps may not perform optimally on Intel architecture. Most Android apps run smoothly on both Intel and Qualcomm Googlebooks, but a few may need developer adjustments for peak performance on Intel systems. The initial lineup of Googlebooks primarily features Intel-based machines from brands like Lenovo, Asus, and Acer, while Dell and HP have chosen Snapdragon X Elite chips. MediaTek is also developing a chip for future Googlebook devices, but no products using this technology are currently available. The first wave of Googlebook laptops is now on the market.

AppWizard

October 5, 2026

Don’t Expect Every New Googlebook App to Play Nice With Intel Chips

In 2024, Google launched five laptops running the new Googlebook OS, which combines elements of Android and ChromeOS. Two models are powered by Qualcomm's ARM-based Snapdragon X Elite chips, while three use Intel's Core Ultra Series 3 processors. Google has stated that most Android apps run smoothly on both Intel and Qualcomm Googlebooks, but some complex apps may require developer adjustments for optimal performance on Intel platforms. Google is working with developers to enhance compatibility and performance. The Googlebook OS operates on the Android kernel, differing from the Linux kernel of ChromeOS, which presents challenges in supporting both ARM and x86 architectures. Compatibility issues are expected during the transition from ARM to x86, and Google has not provided emulation solutions similar to those in Windows 11.

BetaBeacon

October 5, 2026

ARC X1 Android Handheld: $308, OwlOS Fuses 3 Modes [2026]

The ARC X1 is a handheld gaming device priced at approximately , significantly lower than other PC-gaming handhelds. It features a 7-inch, 120Hz display, dedicated gaming controls, active cooling, and a 9,300mAh replaceable battery. The device runs on Qualcomm's Snapdragon G2 Gen 2 Gaming Platform and operates on OwlOS, a custom operating system built on the Android Open Source Project. The ARC X1 aims to provide a unified gaming experience by combining native Android games, cloud gaming services, and emulation in one launcher. The device's pricing strategy challenges the market created by Valve's Steam Deck, offering a cheaper alternative for budget-conscious buyers.

AppWizard

October 5, 2026

Google Tightens Android App Installs with New Developer Verification Rules

Google has implemented new developer verification requirements for Android app installations, effective September 30, focusing initially on Brazil, Indonesia, Singapore, and Thailand for certified devices running Android 7 or later. Apps must be linked to verified developers, and users can install apps from these developers without extra steps. However, downloading apps from unverified sources will require a new protocol called the Advanced Flow, which includes enabling settings in Developer options and a mandatory 24-hour waiting period before installation. These measures aim to enhance security against malicious software while still allowing sideloading. Google plans to expand these verification measures globally by 2027, while maintaining an open ecosystem for app distribution.