guidance

Winsage
May 18, 2025
Microsoft has updated its official support article for Windows Update troubleshooting following the launch of Windows 11 24H2. The update includes new recommendations for resolving update-related challenges, such as using the built-in Windows Update Troubleshooter and clearing the Windows Update cache. To use the Windows Update Troubleshooter, users should: 1. Select Start > Settings > Update & Security. 2. Choose Troubleshoot from the left-hand menu, then click on Additional troubleshooters. 3. Select Windows Update under the Get up and running section and click Run the troubleshooter. 4. Follow the on-screen instructions. To clear the Windows Update cache, users should: 1. Press Win + R, type services.msc, and press Enter. 2. Locate the Windows Update service, right-click it, and select Stop. 3. Navigate to C:WindowsSoftwareDistribution and delete all files and folders within this directory. 4. Return to the Services window, right-click Windows Update, and select Start. Microsoft has also provided a list of common update-related error codes and their explanations, including: - 0x800705b4: Update took too long to install or was interrupted. - 0x80240034: Update process is stuck due to an incomplete update or connection issue. - 0x800f0922 or 0x8007000E: Unable to install the update due to insufficient disk space. - 0x800F081F, 0x80073712, or 0x80246007: Corrupted or missing system files or incomplete download. - 0x80070020: Another program or process is blocking the Windows update process. Additional error codes specific to Windows 11 include: - 0x8007000d: Issue with Windows Update files or corruption in the update cache. - 0xC1900101: Incompatible driver causing the update to fail. - 0x80070005: Access Denied error or insufficient permissions to install updates.
Winsage
May 16, 2025
Microsoft addressed issues with dual-boot installations involving Linux that were caused by updates released in August, which disrupted many configurations and Linux boot media. The updates aimed to enhance security by blocking outdated boot managers but resulted in error messages indicating a security policy violation. To resolve these issues, Microsoft created the Secure Boot Advanced Targeting (SBAT) update to prevent installation on dual-boot systems, but the detection mechanism was often ineffective. The SBAT update was paused in September, and Microsoft announced that the problem was resolved with security updates released in May. Affected Windows versions include Windows Server editions from 2012 to 2022, Windows 11 (versions 23H2, 22H2, and 21H2), and Windows 10 (versions 22H2, 21H2, and Enterprise 2015 LTSB). Microsoft also provided guidance for users to prevent the SBAT update and steps to restore dual-boot systems.
Tech Optimizer
May 16, 2025
The integration of system design principles in software development is increasingly critical, influenced by the rise of artificial intelligence (AI) in development workflows. The demand for programmers who can quickly write code is diminishing, with organizations seeking individuals who possess a strong understanding of programming fundamentals and can oversee AI-generated outputs. Developers are now expected to leverage AI to enhance their work and maintain quality by recognizing when AI is not performing optimally. A holistic view of software architecture is encouraged, emphasizing collaboration and the importance of each code contribution to the overall project. The industry is shifting away from evaluating candidates based solely on syntax proficiency and coding speed, recognizing the value of strategic thinking and architectural awareness in developers.
Winsage
May 16, 2025
Users are experiencing BitLocker Recovery screens and Blue Screens of Death (BSOD) after installing the Windows 10 update KB5058379. This mandatory update addresses significant security vulnerabilities, but Microsoft claims to be unaware of any new issues. Some users have found that disabling Intel TXT can help complete the installation. Reports include a user experiencing consistent BSODs after the update and another who resolved boot issues by changing BIOS settings. The end of support for Windows 10 is approaching on October 14, but Microsoft 365 applications will still receive security updates afterward. Windows 11 users are not affected by these issues.
Winsage
May 15, 2025
Developers are focusing on optimizing applications for the newly launched Copilot+ PCs, which feature advanced system architecture, all-day battery life, and the ability to run AI models directly on the device. The initial Copilot+ PCs are powered by Snapdragon X Elite and X Plus silicon, with AMD and Intel also introducing compatible processors. Microsoft’s App Assure Program provides guidance and technical support to help developers optimize applications for these devices, particularly for Arm-based Snapdragon X Series devices. NordVPN is a notable example of a company that successfully utilized the App Assure program to develop an Arm-optimized version of their application. The program includes the Arm Advisory Service, which allows developers to consult with Microsoft engineers for a smoother development process. Other companies, such as Proton VPN and F-Secure, have also benefited from the App Assure team in optimizing their applications for the Windows on Arm platform.
AppWizard
May 14, 2025
Since April 2024, the threat actor Marbled Dust has been exploiting a zero-day vulnerability (CVE-2025-27920) in the Output Messenger chat application, targeting user accounts that have not applied necessary fixes. This exploitation has resulted in the collection of sensitive data from users in Iraq, specifically linked to the Kurdish military. Microsoft has high confidence in this assessment and notes that Marbled Dust conducts reconnaissance to identify potential targets using Output Messenger. Marbled Dust has successfully utilized this vulnerability to deploy malicious files and exfiltrate data. Microsoft notified the application’s developer, Srimax, about the vulnerability, leading to the release of a software update. A second vulnerability (CVE-2025-27921) was also found, but no exploitation of this second flaw has been observed. The zero-day vulnerability allows an authenticated user to upload malicious files to the server's startup directory. Marbled Dust has exploited this flaw to place a backdoor file, OMServerService.vbs, in the startup folder, enabling them to access communications and sensitive data indiscriminately. The attack chain begins with Marbled Dust gaining access to the Output Messenger Server Manager, likely through DNS hijacking or other credential interception techniques. Once inside, they exploit the vulnerability to drop malicious files, including a GoLang backdoor, which connects to a Marbled Dust command-and-control domain for data exfiltration. To mitigate this threat, Microsoft recommends updating to the latest version of Output Messenger, activating various security protections, and implementing rigorous vulnerability management strategies. Microsoft Defender XDR customers can identify potential threat activity through specific alerts related to Marbled Dust and utilize advanced hunting queries for detection. Indicators of compromise include traffic to the domain api.wordinfos[.]com, associated with Marbled Dust activities.
Winsage
May 13, 2025
The current landscape of artificial intelligence interactions includes cloud-based tools like ChatGPT and Copilot, but some users, especially developers, prefer running large language models (LLMs) locally. Ollama provides a solution for this preference. To run LLMs effectively, hardware requirements include a GPU, with larger models needing more computational power. For example, Google's Gemma 3 has a 1 billion parameter model requiring 2.3GB of VRAM and a 4 billion parameter version needing over 9GB. Meta's Llama 3.2 has similar requirements. A modern PC with at least 8GB of RAM and a dedicated GPU can utilize Ollama. To install Ollama on Windows 11, users download the installer from the official website or GitHub and follow the installation process. Once installed, it operates in the background, indicated by an icon in the taskbar, and can be accessed via localhost:11434 in a web browser. Ollama primarily uses a command-line interface (CLI), requiring users to use PowerShell or WSL. Key commands include "ollama pull" to install LLMs and "ollama run" to execute them. For instance, to install the 1 billion parameter Google Gemma 3 LLM, users would enter "ollama pull gemma3:1b". Running the models opens a chatbot interface for user interaction, and exiting can be done by typing "/bye". Setting up Ollama is user-friendly and requires minimal technical expertise.
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