Terminal

Winsage
April 22, 2026
Hailey has developed the Windows 9x Subsystem for Linux (WSL9x), which allows the 6.19 Linux kernel to run on Windows 9x systems without a graphical user interface, relying instead on a terminal experience. WSL9x consists of three main components: a modified Linux kernel that interacts with Windows 9x APIs, a virtual device (VxD) driver that initializes WSL9x and manages userspace events, and a simple 16-bit DOS client for passing commands to the Linux kernel. The system handles syscalls through a general protection fault handler due to limitations in the Win9x architecture. However, this setup poses security risks as both the Linux kernel and Windows kernel operate with the same CPU privileges, meaning instability could occur if either crashes. Comprehensive instructions for installation are available on Hailey's Codeberg page.
Tech Optimizer
April 22, 2026
A newly identified remote access trojan, STX RAT, emerged in 2026, integrating hidden remote desktop access with credential theft features. The name "STX" comes from the Start of Text magic byte x02, which it appends to communications with its command-and-control (C2) server. Initial sightings were reported in late February 2026, when it was delivered via a browser-downloaded VBScript file to a financial organization. By early March, Malwarebytes noted a campaign distributing STX RAT through compromised FileZilla installers. Researchers from eSentire’s Threat Response Unit analyzed the malware, which includes extensive anti-analysis measures and employs techniques like AMSI-ghosting. Once operational, STX RAT connects to a C2 server at 95.216.51.236, transmitting system information securely. It targets saved credentials from applications like FileZilla and includes a Hidden Virtual Network Computing (HVNC) module, allowing attackers to control a victim's machine without detection. Security teams are advised to block the C2 IP and implement detection rules to mitigate the threat.
AppWizard
April 17, 2026
Google has introduced a suite of AI skills and development tools for Android developers to enhance productivity, allowing them to build applications three times faster using any AI agent. The documentation has been restructured into a format called Agent Skills, providing clear, actionable steps for AI to follow, which eliminates the need for manual input from developers. Google plans to expand its offerings with more official Android skills compatible with community-developed skills. Additionally, a preview of the Android CLI has been released, enabling developers to perform tasks like environment setup and project creation directly from the terminal, significantly improving efficiency. Internal tests show that using the Android CLI with the new skills can reduce AI token usage for project setup by 70% and decrease task completion time to a third of traditional methods. The Android Knowledge Base has also been introduced to keep AI agents updated with current data, enhancing their effectiveness. Developers can transition from the Android CLI to Android Studio for advanced debugging, with new AI-powered project flows integrated into the IDE.
Winsage
April 5, 2026
Windows 11 allows users to customize background images, themes, accent colors, and the Start menu and Taskbar. However, for more significant changes, Windhawk offers a modular approach to modify the operating system without risky file modifications. To install Windhawk on Windows 11, users can use the Windows Package Manager (winget) by running the command: winget install --id RamenSoftware.Windhawk. Notable mods available for Windhawk include: - Windows 11 Taskbar Styler: Provides control over the Taskbar's visual elements with three levels of customization. - Taskbar on Top for Windows 11: Allows users to reposition the Taskbar to the top of the screen. - Taskbar Height and Icon Size: Enables adjustments to the Taskbar's height and icon size without affecting DPI scaling. - Windows 11 Start Menu Styler: Offers complete customization of the Start menu's appearance using themes and custom XAML/CSS. - Windows 11 File Explorer Styler: Allows control over the File Explorer interface by injecting custom XAML styles. - Windows 11 Notification Center Styler: Modifies the layout, transparency, and aesthetics of the Notification Center and Quick Settings. Windhawk uses dynamic code injection to implement changes without altering system files, minimizing risks associated with traditional modifications.
AppWizard
April 4, 2026
Using ADB via the command line can be cumbersome, prompting the desire to create a tailored application focused on the APK installation workflow, including wireless debugging pairing, file browsing, and bundle unpacking. A recent poll indicated that 48% of respondents use ADB fairly often, while 35% have used it once or twice. The author, a moderately skilled programmer, explored AI-assisted "vibe coding" to develop an app in Go, chosen for its simplicity and cross-platform capabilities. The project began with outlining its structure and creating a basic ADB wrapper in Go, which evolved into a functional terminal application within three days of part-time effort. The app, a compact 7MB executable, manages ADB sessions, allows pairing with Android devices over USB or Wi-Fi, includes a file explorer, and supports installing and unpacking various app bundles. Despite its usefulness, the author noted a limited understanding of Go due to reliance on AI for problem-solving. The app's source code is available on the Tiny APK Installer GitHub repository.
Winsage
April 1, 2026
Microsoft is implementing significant enhancements to Windows 11, including major revisions to File Explorer and a reduction in Copilot integration. A dedicated team is being formed to transition web applications to native Windows 11 apps. Tali Roth, head of Windows Shell, has acknowledged user frustrations with Windows Search and confirmed that improvements are forthcoming to simplify the search experience and refine search rankers. These adjustments aim to prioritize relevant results, ensuring users find the correct applications, such as directing searches for "Terminal" to the Windows Terminal. The updates also include changes to the Start Menu, contributing to a more intuitive and user-friendly platform.
Winsage
March 31, 2026
Fastfetch version 2.61 has been released, discontinuing support for Windows 7 and 8, with Windows 8.1 as the oldest supported version. The GPU module on Windows now uses DXCore for improved detection accuracy, available only on Windows 10 and later. In the Windows Subsystem for Linux (WSL), the GPU module has been optimized for speed but may have reduced accuracy due to the removal of directx-headers. On Linux, Fastfetch has transitioned to a pure C implementation, enhancing performance and simplifying the build process. New features include a brightness option for color display, detection of Bluetooth keyboards on Linux, display of empty memory slots, support for GlazeWM detection, identification of marketing product names on Asahi Linux, and recognition of M5-based Mac models on macOS. Improvements in hardware detection and system reporting have been made across all platforms, with enhanced SMBIOS data handling and reliability for Intel-based Macs. Stability improvements for terminating child processes on Windows have also been implemented. Critical fixes address missing memory device reporting, CPU cache deduplication issues, accurate window manager version reporting for niri, SSID decoding problems, and a Windows-specific issue affecting the command prompt code page.
Winsage
March 31, 2026
Conhost.exe, or Console Window Host, is a legitimate Windows system process responsible for managing the display and behavior of console windows such as Command Prompt and PowerShell. It facilitates text rendering and manages input/output interactions with the graphical user interface. Each time a console application is launched, a new instance of conhost.exe is created, and multiple instances can appear in Task Manager based on active console applications. To verify the authenticity of conhost.exe, it should run from C:WindowsSystem32 or C:WindowsSysWOW64, have a valid Microsoft Windows Publisher digital signature, and not make outbound network connections. High CPU usage or unusual behavior may indicate malware masquerading as conhost.exe. Troubleshooting steps for issues related to conhost.exe include running a malware scan, checking for Windows updates, updating device drivers, and using the System File Checker. Disabling conhost.exe is not advisable as it is essential for the functioning of console applications.
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