Accidentally Restored Files from Recycle Bin: Impossible to Distinguish from Existing Files
I accidentally clicked "Restore all items" in the Recycle Bin instead of permanently deleting the files. The restored files were merged back into my original photo folder, mixing with the files I intentionally kept. The photos have very similar filenames, and the restored files kept their original filenames, paths, and timestamps (Date Created/Modified), making them impossible to distinguish from the original files. I also performed other actions afterward, so Ctrl+Z / Undo is no longer available. I already tried multiple AI-assisted troubleshooting methods, including PowerShell scripts, sorting by timestamps, checking Recent Items, metadata filtering, and duplicate detection, but none worked because the restored files appear identical at the filesystem level. Typical solutions fail because: Filename sorting is ineffective. Date Created/Modified does not reflect restore time. The files are not duplicates; they are unique photos I had manually decided to delete earlier. Is there any Windows feature, NTFS journal, Event Viewer log, hidden metadata, shell history, or forensic method that can identify which files were recently restored from the Recycle Bin or detect a "Date Restored" / file movement history? I want to separate and re-delete the restored files without manually reviewing hundreds of photos again. Thank you.
Critical Shell/Explorer.exe Boot Loop and Flickering on Recent Windows 11 Insider Build
Hello Windows Insider Team, I am writing to report a critical UI/system stability issue encountered immediately after updating to and restarting the recent Windows 11 Insider build on my machine. Issue Description: Upon finalizing the update and rebooting, the desktop shell entered an infinite crash loop. The Windows background and active windows were flickering/blinking rapidly, and the Start Menu and Taskbar were completely missing/unresponsive. Key Diagnostics: Task Manager Stability: Interestingly, the Task Manager remained completely stable and unaffected by the flickering, confirming the core OS and graphic drivers were functional. Attempted Fixes: Restarting explorer.exe via Task Manager did not resolve the issue. Attempting to delete the IrisService registry key HKCU > SOFTWARE > Microsoft > Windows > CurrentVersion > IrisService only stabilized the Start Menu for a brief moment before the flickering loop resumed. Resolution: The system was only stabilized after bypassing the UI via Task Manager, booting into the Advanced Startup menu, and performing an "Uninstall latest feature update" rollback to the previous working Insider build. I wanted to bring this to your attention as the crash loop completely breaks usability for users hitting this specific flight. Please let me know if you need any specific diagnostic logs from my previous build state to help isolate the bug. Best regards, Suryanarana N
USB Speakers Not Recognizing/Referred to as "Steam Streaming" Devices Following Potential Update
My USB speakers are suddenly not being recognized, and instead are being referred to as "Steam Streaming Speakers/Microphone" in the sound settings. I've tried pretty much everything I can think of, including: Disabling the speakers in settings Unplugging/plugging in Speakers (lights/speaker "pop" occurs, but no sound comes from them) Checking BIOS to make sure Audio Controller was enabled Disabling/uninstalling drivers in Device Manager then restarting Uninstalling device drivers in Device Manager then restarting I've found no fix so far and the most likely option seems to just be it's some weird thing that happened when either Steam or Windows updated. The drivers remain missing whenever I restart my computer, and plugging them/unplugging them gets no recognition whatsoever from the PC. Just wondering if anyone else has had this happen. Dunno if this has anything to do with a Windows Insider update tbqh (as I am in the Insider program and did just received an update for it two nights ago), but it's the only thing I can think of because I updated last night before going to bed and this issue only began today.
A Vision for Windows 12: Familiar Power Meets Modern Innovation
Dear Microsoft Windows Development Team and Community Hub, With the inevitable speculation around Windows 12, I wanted to share a comprehensive vision for the next iteration of Windows. The goal is to blend the best elements of past versions with modern needs, creating a truly powerful and personalizable operating system. Here’s what many users like myself are hoping to see: 1. A Revitalized Start Menu & Screen Fresh, Resizable Layout: A clearly divided Start Menu with dedicated zones: Account Area (top-left), Shortcut Area (far left for common folders), List Area (pinned, most-used, and suggested apps), and a Pinned Tiles Area (right side, four-column layout). It should be resizable by dragging its edges. Full-Screen Start Screen Option: A return of the full-screen Start that combines the easy-to-browse list from Windows 7 with the dynamic Windows 8.1-style Live Tiles, supporting both horizontal and vertical arrangements. Enhanced Tile Flexibility: Tiles in five sizes (small, medium, long, wide, large, tall) with smooth resizing animations. New customization options should include colorful, gradient, light, dark, transparent, and semi-transparent tones. Migration Friendly: When upgrading from Windows 7, 8.1, 10, or 11, all pinned apps and websites should automatically migrate. Copilot Integration: A dedicated, prominent Copilot Tile to highlight the AI assistant's role, perhaps with a new rainbow effect for visual flair. 2. A More Functional Taskbar & Search Comprehensive Taskbar: Featuring the Cortana icon, mobile devices, Start, Search, Task View, Chat, applications, and the system tray. Prominent Search Box: The search box should be more prominent, changing from a circle to a rectangular shape, serving as a stronger entry point. Flexible Search Menu: The search interface should be highly adjustable and consistent with the new Start menu's style. 3. Personalized User Experience Lock Screen Customization: Options for left or center-aligned date and time. New photo effects that highlight the main subject, allowing it to overlay the time. Windows Hello: Facial recognition that works while wearing a mask. Enhanced Widgets: Desktop Pinning: Widgets should be pinnable anywhere on the desktop, not just in a sidebar. Full-Screen Widgets Board: A full-screen mode with a widget panel on the left and news/feeds on the right, supporting up to six columns. New Widgets: Introduction of a 'Calendar', 'People', 'Microsoft Edge', 'Cortana Suggestions', and a dedicated 'Microsoft Store' widget. 4. Peak Productivity & Multitasking Task View & Virtual Desktops: A return to the mature Windows 10 experience, allowing windows to be dragged directly to other desktops in Task View. Timeline Returns: The Timeline feature should come back, including cross-device history. Classic Alt+Tab: The Windows 10 Alt+Tab window switcher experience should be restored. Supercharged Snap Assist: Enhanced Snap Layouts supporting up to 8 segments for large screens, with specific, intelligent layouts for ultrawide (21:9, 32:9) monitors. 5. Application & Ecosystem Evolution App Updates: New versions of Mail, Calendar, and People. The new Outlook app should fully support popular third-party email services like QQ, 163, and 126. A New Cortana: Multilingual support with the return of consumer skills (music control, smart home, third-party skills). It could be offered in two visual forms and power the 'Cortana Suggestions' widget. Screenshot Tool Upgrade: Should support full-screen recording. Media Player: The return of an appearance selector and support for live tiles. Microsoft Store Revamp: UWP Return: High-quality UWP and classic Metro apps should return to the store, with PWAs transitioning to UWP. Gaming Expansion: Addition of dedicated PlayStation and Nintendo Switch apps, including a Nintendo game section. 6. Visual & Nostalgic Enhancements Refined Aesthetics: Improved window transparency with a new glass effect, rounded rectangle system avatars, and a new top bar (weather, system tray, time). Dynamic wallpaper effects would be a welcome addition. Keep the Win11 Sound: The Windows 11 startup sound is great and should be retained. The "Bold Strategy" – Legacy Feature Return: To satisfy power users and nostalgia, consider the large-scale return of beloved features like MSN apps, Windows 7 Desktop Gadgets, Windows Media Center, Groove Music, HomeGroup, a significantly enhanced Tablet Mode, and Windows Ink Workspace. 7. Hardware, Compatibility & Core System Broad Controller Support: Native compatibility with DualShock 4/5, Joy-Con, and others. Android Subsystem (WSA) Return: WSA should return with a focus on fixing previous pain points, especially full-screen landscape app support. Separated Notification Center: The Notification Center and Calendar quick actions should be separated for a cleaner interface. "Next-Gen PC" Promise: Windows 12 should deliver on larger storage, longer battery life, more power, and enhanced security/stability. Enhanced Backup & Transfer: Windows Backup should expand to more regions and add support for backing up personal files and apps to external drives, including migration from old PCs or to new hard drives. 8. Core Versioning & Hardware Requirements A Fresh Start: Version 26H1, with an internal OS version reset to 12.0.0.0. Tiered Editions: Windows 12e (for education, 2GB RAM), Windows 12 (mainstream, 4GB RAM, removing strict TPM restrictions), and Windows 12 Ultra (flagship, 8GB RAM, unlocking all AI and performance features). Extensive Free Upgrade Path: A critical strategy, offering free upgrades from Windows 11 (including SE), Windows 10 (including S), Windows 8/8.1 (including RT), and Windows 7. Doubled Support Lifecycle: Home/Pro/Workstation: 24 months → 48 months. Enterprise/Education/IoT: 36 months → 72 months. In summary, we envision a Windows 12 that isn't afraid to learn from its rich history while pushing forward with modern innovation. It should be a system that respects user choice, empowers productivity, and welcomes everyone from legacy users to those with the latest hardware. If you like this vision and want to support it, you can upvote it here: https://aka.ms/AAylqhw Thank you for considering this feedback. Sincerely, A Passionate Windows User
Whatsapp Desktop app stuck on logo screen after new insider update
I recently installed the latest insider update OS build - (26220.8340). since then my whatsapp desktop app has stopped working. I have tried everything from removing and installing webview2, clearing cache, microsoft store reset and every other thing but nothing worked. do i need to remove this latest build or is there another fix? Please help[Proposal] Windows Atomic: Triple-Kernel Isolation & AI-Master Engine
Technical Proposal: The Windows Atomic Concept A Strategic Document Combining Engineering Ingenuity with Commercial Viability General Definition Windows Atomic is a next-generation operating system based on the philosophy of "Atomic Partitioning." It is designed to end the era of sudden system crashes and performance degradation by decoupling system functions into three completely independent kernels. These kernels operate within protected, isolated environments, all managed by a Sovereign AI-Master Engine. Engineering Structure: The Triple-Kernel Shield Sovereign Kernel (SK) Nature: A highly protected and isolated environment, completely separated from the rest of the system. Function: The supreme authority for physical resource management (CPU/RAM). It strictly and physically allocates CPU threads and a RAM bridge for the Master Engine. Maintenance: Features a "Protected Maintenance Vault" designed to restore and repair the engine during the boot process. Microsoft Services Kernel (MSK) Nature: A protected, isolated environment dedicated to Microsoft add-ons and services (e.g., Copilot, Edge). Function: Operates on a "Zero-Idle" basis, meaning it consumes zero system resources unless an explicit request is made. Drivers & Apps Kernel (DAK) Nature: An active, protected environment for third-party drivers and user applications. Function: Acts as a "Safety Valve" to absorb and isolate driver errors or software conflicts, preventing them from affecting the core system. The AI Master Engine The AI Master Engine is a comprehensive operational unit responsible for managing, coordinating, requesting, and transmitting all data between the three kernels. Physical Hardware Reservation: Mid-Range Hardware (8th Gen): Reserves 2 Threads (Request/Delivery) and 512MB of RAM. Modern Hardware (13th/14th Gen+): Reserves 4 Threads (2 Requests / 2 Delivery) and 800MB to 1GB of RAM. Technical Goal: To ensure ultra-fast data transfer and prevent channel interference, achieving Zero Latency responsiveness. Strategic Update Lifecycle This architecture provides Microsoft with immense development flexibility without compromising system stability: Sovereign Kernel (Quarterly): Core updates are released every 3 months, focusing on deep stability and advanced security, allowing developers ample time for rigorous testing. Engine & Services (Monthly): Monthly security and feature updates for the Master Engine and Microsoft services to keep pace with new technologies without risking the "Heart" of the OS. Maintenance & Intelligent Diagnostics Boot-Time Restoration: Performs periodic audits of the engine's files before entering the OS. Any corrupted file is instantly replaced from the Maintenance Vault within the protected environment. Fault Identification: The engine precisely identifies the source of any conflict (specific driver or application), isolates it within its protected kernel, issues a transparent report to the user, and executes an automatic recovery. Technical Conclusion The Windows Atomic system ensures that the "Heart" remains protected and clean, while the Master Engine intelligently manages crises and physical resource allocation. This smart scheduling of updates ensures a perfect equilibrium between Continuous Innovation and Absolute Stability. Data Flow & Logical Architecture Diagram [ MS Services Kernel ] --- [ Reserved Request Paths ] ________________ [ Reserved Delivery Paths ] --- [ Sovereign Kernel ] (Protected Env) | | | | | | (Isolated Env) | | | AI-Powered | | | [ Drivers & Apps Kernel ]- [ Reserved Transfer Paths ]-- | Master Engine | -- [ Auto-Recovery Paths ] ---- [ Maintenance Vault ] (Protected Env) | | | | | | (Within Sovereign) |________________________| |________________| |_________________________| The Strategic Profitability & Adoption Roadmap for Windows Atomic Commercial Clause: The Adaptive Profit Model Instead of phasing out legacy hardware, Windows Atomic implements the "Adaptive Performance" principle to ensure market inclusivity and sustainable revenue. Phase I: The "Containment" Stage (Targeting 2 Billion Existing Devices) Universal Compatibility: The system is designed to support legacy hardware (minimum 4GB RAM) using the "Flexible Engine Mode." Profitability: Microsoft generates revenue through "Upgrade Licenses" or "Cloud-based AI Services." The system’s absolute stability—achieved via Kernel Isolation—extends the hardware lifecycle, converting users into long-term subscribers of the Microsoft ecosystem (Microsoft 365, Game Pass). Phase II: "Technical Excellence" (Subscription-Based Premium Features) Microsoft introduces periodic software enhancements for the Engine through a Subscription Model. These updates offer exclusive performance-tier features, such as a "20% Gaming Performance Boost" or "Ultra-Secure Banking Isolation," ensuring a consistent monthly recurring revenue (MRR). Phase III: The "Golden Alliance" (The 5-Year Strategic Plan) The "Atomic-Ready" Generation: In strategic partnership with hardware manufacturers, new components (Motherboards, CPUs) will be launched under the "Atomic Certified" brand. Consumer Incentive: This is an elective upgrade path. Users will be driven to purchase "Atomic Certified" hardware to unlock "Physical Reserved Paths," which enable system speeds up to 10x faster than standard software-based versions. Shared Revenue: Microsoft earns Licensing Fees for every hardware component sold bearing the "Atomic" certification. The Business Logic (The Hook) Microsoft secures a dual-win scenario: Immediate Value: By retaining the 2-billion-user base with a non-crashing, stable OS, Microsoft drastically reduces technical support overhead while maximizing service-side sales. Future Value: By creating a "Genuine Necessity" for hardware upgrades to fully utilize the Isolated Kernel and Physical Reserved Paths, revitalizing the global PC market. Final Addendum: Dynamic Profitability Strategy Maximum Compatibility: Windows Atomic maintains the massive 2-billion-device user base via the "Flexible Engine" architecture. Revenue Model: Driven by "Smart Engine" service tiers, software subscriptions, and hardware licensing fees for the "Atomic-Ready" hardware generation, positioned to dominate the market over the next five years. Final Conclusion: Under this logic, Microsoft avoids user churn. Instead, it establishes a Strategic Roadmap that guarantees sustained profitability and market leadership for the next decade. Conclusion: Shaping the Future of Windows Together Windows Atomic is not just a proposal for UI tweaks or cosmetic features; it is a call to rethink the very "core" of the operating system millions rely on. We are moving from a system that "struggles to stay stable" to one "built on absolute reliability" through isolated kernel architecture and a smart engine. This proposal balances the engineering ambition for peak performance with corporate goals for sustainable profitability, all while keeping millions of existing devices at the heart of the ecosystem. I invite my fellow experts, system architects, and tech enthusiasts in this community to share their thoughts: Do you believe that "Physical Path Isolation" is the ultimate solution to end driver conflicts and prevent system file corruption forever? How do you foresee the impact of the "AI-Master Engine" on gaming performance and professional productivity? Your engagement, feedback, and support—through comments or upvotes—are what will carry our voice to the core development team at Microsoft. Let us usher in a new era where Windows is synonymous with "Absolute Reliability." Thank you for your time and trust. engineer122
Windows 11 b.132 random bluetooth audio quality drop
It happens randomly and sporadically whenever you start listening to a new audio (video) after period of silence: for a few seconds sound quality drops as if headset is in communication mode (which greatly reduces quality), then everything goes back to normal. Sure enough, when I go to sound settings after that happens headset is marked as communication device (which I keep changing to another device every time, but it somehow switches back again). I don't use my headset for communication at all, only listen in 'music mode', its mic is completely disabled in settings (as I use external microphone), so I can't imagine why would it fallback to communication profile. Build .132, this problem had NEVER occurred in Windows 10, been using my headphones for more than six months, so I'm pretty confident this is W11 bluetooth audio related bug.
