Windows installation Archives

Winsage

September 24, 2026

86Box Setup Guide 2026: Emulate a Windows 98 PC in 13 Steps

86Box is an emulator that meticulously reconstructs vintage PCs, allowing users to boot operating systems like MS-DOS, Windows 95, Windows 98, and Windows XP. The latest version, 6.0, was released on May 31, 2026, featuring a native Windows ARM64 build and discontinuing support for macOS 10.13 High Sierra. It has approximately 2,400 monthly searches in the U.S., indicating a demand for setup guides among enthusiasts. Unlike DOSBox, which creates a generic DOS environment, 86Box emulates specific hardware components for authentic execution of various operating systems. Originally a fork of PCem, 86Box has expanded its supported motherboards and developed a community of contributors. Version 6.0 has established it as the preferred choice for retro-PC builders in 2026. Before installation, users need a minimum of a 64-bit Intel Core 2, AMD Athlon 64, or ARMv8 CPU, 4 GB of RAM, and a compatible host operating system. The installation process involves downloading the appropriate build, sourcing a legal ROM set, and configuring the virtual machine using the 86Box Manager. Users can select specific graphics cards and sound hardware to replicate the original systems accurately. The setup requires installation media for the guest operating system, which must be sourced legally. Common pitfalls during setup include ensuring the BIOS ROM is available, matching CPU speed to software era, and installing the correct drivers. A properly configured virtual machine should display a BIOS POST screen and boot the selected operating system. Troubleshooting common issues often involves checking for missing ROMs, uninstalled drivers, or performance settings. 86Box is open-source and legal to use, but users must ensure they have legitimate licenses for any software used within the emulator.

Winsage

September 19, 2026

These 4 built-in Windows tools helped me build a self-healing PC

Windows operating systems include built-in tools for maintaining PCs, allowing users to monitor system health, repair corrupted files, and recover from boot failures with minimal intervention. Task Scheduler automates maintenance tasks by triggering them based on schedules or events, accessible via the Start menu or taskschd.msc. It can activate tasks at fixed intervals, on startup, during idle periods, or in response to Event Viewer entries. Tasks should run with the highest privileges and can be configured to execute regardless of user sign-in status. The Settings tab allows missed tasks to run as soon as possible. DISM (Deployment Image Servicing and Management) is a command-line utility that repairs the component store, essential for installing updates and restoring system files. It offers three inspection levels: CheckHealth, ScanHealth, and RestoreHealth, with the latter requiring an internet connection for downloading replacement files. DISM logs operations in C:WindowsLogsDISMdism.log. SFC (System File Checker) verifies and repairs core operating system files using Windows Resource Protection. The command sfc /scannow checks all protected files, while /verifyonly provides a report without changes. SFC's effectiveness depends on the integrity of the component store, making it essential to run DISM first. Results are logged in C:WindowsLogsCBSCBS.log. Quick Machine Recovery (QMR), introduced in Windows 11, addresses boot failures by connecting to the internet to find solutions when repeated boot failures are detected. QMR is enabled by default on unmanaged devices and can continuously check for fixes. It is designed to respond to widespread issues rather than unique problems and may not work effectively on older hardware or without a network connection. Together, these tools provide a comprehensive approach to system maintenance in Windows 11, ensuring the operating system remains healthy and efficient without additional software.

Winsage

September 11, 2026

Windows 11 can now reinstall itself from the cloud — Cloud Rebuild revives dead systems without secondary boot media, wipes broken installation and downloads a fresh copy of the OS

Microsoft has introduced Cloud Rebuild, a new recovery feature for Windows 11 users, available in beta through the Windows 11 Insider Beta Preview Build 26220.9343. Cloud Rebuild simplifies the reinstallation process by downloading a fresh image of Windows and necessary drivers via Windows Update, independent of the current installation's health. Users can access it through the Windows Recovery Environment by selecting Troubleshoot > Recovery and uninstall > Cloud rebuild. The feature also includes enhanced networking support, allowing PCs to connect to the internet using saved Wi-Fi profiles during recovery. Once connected, Cloud Rebuild checks for the appropriate Windows build and prompts users to confirm details before proceeding with reinstallation.

Winsage

September 5, 2026

Valve’s Steam Machine Proves a Capable Windows PC, But 128GB RAM Upgrade Offers Little Value

Valve's Steam Machine has been tested for its versatility beyond gaming, with two notable upgrades: installing 128GB of RAM and converting it to run Windows 11. The 128GB RAM upgrade involved installing a 2x64GB SO-DIMM kit, which required extensive BIOS adjustments and presented challenges such as system instability and difficult access to RAM slots. Despite the technical success, performance improvements in gaming were minimal, as most applications do not utilize that much memory, making the upgrade cost-prohibitive. In contrast, converting the Steam Machine to Windows 11 was more straightforward. The process involved creating bootable USB drives and navigating BIOS settings. Once installed, the Steam Machine performed well as a Windows PC, with productivity tasks showing better efficiency than other portable devices. Benchmark tests indicated slight performance drops compared to SteamOS, but real-world usage, such as video editing, proved effective. Overall, the Steam Machine is capable of functioning beyond its intended purpose, but users should consider practical memory configurations and the limitations of dual-boot support when choosing how to optimize the device.

Winsage

September 4, 2026

There are two kinds of Windows users—and one of them is unknowingly making the OS worse

There is a divide between casual Windows users and engaged enthusiasts, with passive users often accepting default settings that contribute to system bloat. Passive users enable telemetry and promotional content by not customizing their installations, while active users take steps to enhance privacy and performance. Microsoft interprets user inaction as approval for unwanted features, leading to an accumulation of bloatware and unnecessary updates. The Connected User Experiences and Telemetry service collects user data, justifying the inclusion of features like Copilot, which many users may not want. Users face challenges in maintaining control over their systems, often needing technical knowledge to opt out of unwanted features. Microsoft's feedback system is inadequate, interpreting silence as consent rather than a lack of interest, making it difficult for users to effect meaningful change.

Winsage

August 31, 2026

Why Windows stopped including fun games like Minesweeper, Solitaire, and Pinball

Microsoft integrated games into the Windows operating system from its early versions, starting with Reversi in Windows 1.0 in 1985 and introducing Solitaire in Windows 3.0 in 1990. Over the years, various versions of Windows included a range of built-in games, peaking with Windows Vista and Windows 7, which featured titles like Chess Titans and Mahjong Titans. However, with the release of Windows 8, Microsoft removed classic games from the operating system and transitioned to an app-centric model, directing users to the Windows Store for gaming. The Microsoft Solitaire Collection became a single app, while other games were made available as separate downloads. This shift marked a change in how Microsoft approached gaming, moving from integrating games as part of the OS to treating Windows as a platform for independent applications and services.

Winsage

August 29, 2026

Install Windows 11 on Steam Deck OLED: 12 Steps [2026]

The Steam Deck OLED has limitations in running certain Windows applications and games, particularly those with kernel-level anti-cheat systems. Valve has provided an official Windows driver bundle for the OLED model since 2024, and by 2026, a community-developed process for dual-booting Windows 11 alongside SteamOS has emerged. Running Windows 11 may be necessary for games that do not perform well on SteamOS, especially competitive titles. The Steam Deck OLED requires specific prerequisites for dual-booting, including a fully charged device, updated SteamOS, sufficient free storage, a Windows 11 license, and a USB flash drive for installation. Users must follow a detailed installation process that includes updating SteamOS, creating a recovery drive, downloading Windows 11, and configuring the system for dual-booting. Common pitfalls include skipping the recovery drive and under-allocating storage for Windows. Battery life on Windows is shorter than on SteamOS, and users should be aware of this when deciding to dual-boot. The dual-boot setup does not void the warranty, and it is possible to revert to a SteamOS-only setup later.

Winsage

August 16, 2026

Microsoft releases new Defender update for Windows 11, 10, Server ISO installations

Microsoft released its August 2026 Patch Tuesday updates, including the latest Defender package for ISO installations. The updates are aimed at combating malware threats and are issued approximately every three months for Windows installation images (WIM and VHD) and ISOs. The latest Windows 11 update is available through the Media Creation Tool (MCT). The security definitions were delivered through security intelligence update version 1.455.50.0, applicable to various platforms including Windows 11, Windows 10 ESU, Windows Server 2022, and others. The update includes enhancements to the anti-malware client, engine, and signature versions, with platform version 4.18.26070.9, engine version 1.1.26070.7, and security intelligence version 1.455.50.0. The previous security intelligence update was version 1.447.236.0, which introduced detections for various malware types. The most recent intelligence update is version 1.457.181.0.

Winsage

August 7, 2026

Permanently disable Microsoft’s hidden tracker on all Windows 11 versions with this script

Microsoft's Global Device Identifier (GDID) is an internal marker that uniquely identifies each Windows installation across Microsoft services. It is a persistent device-level identifier that remains constant across supported services, and there is no option to disable or regenerate it manually. Windscribe has developed a free utility called deGDID to permanently remove the GDID from Windows systems and prevent its recreation. This tool operates by blocking Microsoft registration pathways and wiping local GDID-related states without altering system files. While it can remove the GDID from the local system, it cannot erase historical records linked to the device. Windscribe provides instructions for using the tool, which is compatible with Windows 10 version 22H2 and all versions of Windows 11 from 21H2 to 25H2. Users should be aware that disabling GDID generation may impact Microsoft services that rely on device identification, but the tool includes an undo feature to revert changes.

Winsage

August 3, 2026

Meet deGDID: Windscribe’s answer to the Windows tracker that VPNs cannot mask

Windscribe has introduced deGDID, a tool aimed at countering the Global Device Identifier (GDID), a Windows tracking mechanism that can trace user activities despite VPN usage. The GDID is a persistent identifier assigned to individual Windows installations, remaining unchanged through updates but reset during a clean reinstallation. It can link telemetry data and browsing history to a specific device, allowing Microsoft to track users across different sessions. deGDID works by modifying the hosts file and implementing firewall rules to prevent Windows from retrieving the GDID and to erase local identity artifacts. Users can download and execute the degdid.ps1 script from GitHub in PowerShell, which includes options for checking status, blocking the GDID, and reversing changes. The tool is not designed for corporate machines and may disrupt access to services like Xbox and Outlook due to its firewall rules. Windscribe warns that it cannot guarantee the complete eradication of GDID pathways or existing records held by Microsoft.