Linux applications Archives

Winsage

May 27, 2026

Is it time to move from Windows to Linux?

The evolution of software development has progressed from intricate coding practices in the era of Windows 3.1 to more user-friendly programming environments. Linux applications typically require less RAM, often functioning efficiently with 8 to 16 GB, compared to 32 GB for Windows. Users can explore Linux through platforms like WSL, Hyper-V, or VirtualBox without fully committing. Linux serves as a viable alternative for older PCs that cannot support Windows 11 and acquiring Linux development skills can enhance professional profiles. Linux updates generally do not require reboots, and users can choose when to install them. Windows systems tend to slow down over time due to registry clutter, while Linux maintains performance integrity. Windows runs numerous background processes that could be disabled for better performance, but users may not know which ones are safe to turn off. Developers may find Windows frustrating due to increasing restrictions and limited administrative privileges. In contrast, Linux provides transparency regarding telemetry data. Microsoft's Visual Studio Code is a leading text editor for Linux, highlighting Microsoft's influence on Linux development. The introduction of Python and C# on Linux has showcased its performance advantages. While Windows has an edge in GUI development, tools like Flutter are enabling Linux GUI application creation. Many Linux utilities work seamlessly from the terminal. Transitioning to full-time Linux use is a personal choice, especially for gamers or those with specific project needs. The ability to develop in languages like Rust, Flutter, and C# across both operating systems encourages exploration of various Linux distributions.

AppWizard

April 25, 2026

Android’s Linux Terminal now lets you max out performance, but at a cost

Android's built-in Linux Terminal app is set to receive an upgrade with new options for adjusting image quality and performance, particularly beneficial for users in desktop mode. The latest Android 17 QPR1 beta 1 introduces a setting to adjust the Terminal's resolution, offering three choices: Full (prioritizes visual quality), Half (balances performance and visibility), and Quarter (maximizes performance at the cost of visual fidelity). Users can access these options through Settings > Advanced. The update also includes a full-screen button to hide navigation and status bars, and a redesigned toolbar in a pill-shaped floating bar at the bottom of the screen. Additionally, a feature to limit memory usage is being tested for future stable rollout in Android 17.

Winsage

April 25, 2026

Linux and Windows 95 running side by side? This dev made it happen.

Open-source developer "Hailey" has introduced the Windows 9x Subsystem for Linux (WSL9X), which allows users to run both Windows and Linux applications simultaneously on classic versions of Windows, including Windows 95, 98, and Me. WSL9X operates by running a modern Linux kernel (6.19) alongside the Windows 9x kernel, enabling features such as paging, memory protection, and pre-emptive scheduling. It is neither emulation nor virtualization and does not require hardware virtualization. WSL9X is available for download, but users must build it from the source provided by Hailey. It allows access to a genuine Linux terminal alongside classic Windows applications, enabling various tasks without compromising system stability.

Winsage

April 23, 2026

Get Linux on your ancient 486 Windows 95 desktop using WSL9x — very old Windows PCs can cooperatively run very modern Linux kernels

A computer enthusiast has developed a tool called WSL9x, which allows users to run contemporary Linux kernels on early versions of Windows (from Windows 95 onward) and on machines with 486 CPUs. WSL9x enables the simultaneous operation of Windows and Linux applications without relying on hardware virtualization. The architecture includes a client program, wsl.com, which manages a DOS window for the console driver. Meanwhile, the Linux community is phasing out support for the Intel 486 CPU, with developers removing related support options in the Linux kernel, marking the end of support for this processor.

Winsage

February 16, 2026

Contain your Windows apps inside Linux Windows

WinApps and WinBoat are two solutions for running Windows applications on Linux. WinApps, developed since 2020 by Ben Curtis, allows users to run a genuine copy of Windows in a virtual machine (VM) and export individual applications to the Linux desktop using Microsoft's Remote Desktop Protocol (RDP). It supports various methods, including Docker, Podman, and KVM virtualization, with KVM offering extensive customization but requiring a more complex setup. WinBoat, a newer application at version 0.9.0, simplifies the user experience by automating much of the setup process and requires only Docker and FreeRDP to be installed. WinBoat is designed for ease of use, making it accessible for users less comfortable with technical configurations. Both tools allow users to run Windows software that may not work well under WINE, but running a full Windows OS in a VM involves licensing, maintenance, and resource considerations.

Winsage

January 26, 2026

We’re talking about the best of Windows 11, and we want your input.

Expressions of affection for Windows are common, and while the author acknowledges some shortcomings in Windows 11, it remains an essential tool for productivity, creativity, and communication. Qualcomm's Snapdragon X2 Plus platform is expected to indicate a significant transition toward Arm-based Windows devices. The Microsoft Store has become a reliable platform for discovering and downloading applications on Windows. Recent enhancements in Windows 11 have improved the experience for handheld gaming PCs. The Windows Package Manager, or winget, is highly regarded, and PowerToys is recommended as essential for Windows 11 users. The Command Palette allows users to launch applications using the keyboard and execute commands. The Windows Subsystem for Linux (WSL) provides a genuine Linux experience within Windows 11. Phone Link facilitates effortless photo transfers. The 12-inch Surface LCD is slightly thinner than the Surface Pro 11. The Windows Central community is engaged in discussions about the standout features of Windows 11.

Winsage

January 8, 2026

Doubtful Linux can ever meaningfully challenge Windows 11? This new distro may change your mind

Loss32 is a new Linux distribution concept developed by Japanese developer Hikari no Yume, designed to provide a Windows-like desktop experience on the Linux kernel. It was introduced at the 39th Chaos Communication Congress in Germany. Loss32 integrates the Windows desktop experience using WINE, allowing Windows applications to run natively on Linux. Unlike ReactOS, which aims to reimplement the Windows NT kernel, Loss32 leverages the established Linux kernel and WINE for better reliability. The initial proof-of-concept for Loss32 is expected to be released in January 2026, although the timeline for a finished product remains uncertain. The project aims to create a user-friendly experience without common Microsoft-related issues, while also allowing the use of native Linux applications. The development of Loss32 may positively impact the WINE project, enhancing its functionality for all users.

Winsage

November 13, 2025

Cameyo by Google is here to solve the “app gap” problem in ChromeOS

Discussions about ChromeOS in the enterprise have highlighted a persistent challenge known as the "app gap," which hinders widespread adoption due to reliance on critical legacy Windows applications. Traditional Virtual Desktop Infrastructure (VDI) solutions have been cumbersome and costly, leading to subpar user experiences. Google has introduced Cameyo by Google, a first-party Virtual App Delivery (VAD) solution that addresses the legacy app gap without the complexities of traditional VDI. Cameyo delivers only the necessary applications securely to any device, either streamed in the browser or as Progressive Web Apps (PWAs), allowing users to run legacy applications alongside modern web apps. This development enables IT departments to transition their fleets to ChromeOS while maintaining access to essential Windows applications. Additionally, Cameyo integrates with Chrome Enterprise Premium, enhancing security and control over client-based applications. This solution also allows organizations to incorporate AI capabilities into legacy applications, providing a flexible path to modernization without losing past investments.

Winsage

November 13, 2025

Cameyo by Google Brings Virtual App Delivery to Chrome, ChromeOS Enterprise

Google has launched its Cameyo Virtual App Delivery service for enterprise customers using Chrome, ChromeOS, and ChromeOS Flex. This service focuses on delivering only the necessary applications rather than a full desktop environment, providing secure access across devices. Cameyo allows enterprises to stream legacy Windows and Linux applications as Progressive Web Apps (PWAs) within the Chrome web browser, integrating seamlessly with native ChromeOS and Android applications. Google acquired Cameyo in 2023 to enhance its virtualization offerings. The service also enables the integration of Gemini AI capabilities into legacy applications, improving productivity by summarizing documents and recalling user context.

AppWizard

October 21, 2025

Google Pixel 10 Debuts GPU-Accelerated Linux Apps in Android Terminal

Google has introduced a feature in its Pixel 10 smartphone that allows Linux applications to run efficiently on the Android platform, utilizing GPU-accelerated rendering within Android’s Terminal app for near-native performance. This capability, part of the Android 16 QPR2 Beta 3 update, is exclusive to the Pixel 10 and is made possible by the integration of the Gfxstream library. The Pixel 10's Tensor G5 processor and PowerVR GPU facilitate this advancement, which enhances app performance and expands Android's utility for professional workflows. However, challenges such as compatibility issues and the need for further optimization remain. There is speculation about whether this feature will be available on older Pixel models or non-Google devices, depending on collaborations with chipmakers like Qualcomm. The advancement could accelerate the convergence of mobile and desktop operating systems, particularly benefiting developers in fields like AI and machine learning. Despite ongoing GPU-related issues in gaming, the integration of GPU acceleration may lead to more ambitious applications in the future.