Tag: open source software

VLC performance Windows 11 affected by Microsoft Defender plugin bug
August 16, 2026

Why VLC Performance on Windows 11 Is Slow — and What to Do Now

Post By administrator Microsoft, Windows , , , , , No Comments

VLC performance on Windows 11 has taken a serious hit — and for once, it genuinely isn’t VLC’s fault. A bug tied to Microsoft Defender is causing startup delays of up to 33 seconds on millions of PCs, and Microsoft has yet to ship a permanent patch. If your video playback feels sluggish, stuttery, or VLC takes an age to open an MP3, you’re not alone, and there are things you can do right now.

What Is Actually Causing the VLC Playback Issue on Windows 11?

Microsoft Defender scanning VLC plugin cache causing Windows 11 playback delays

The core problem is Microsoft Defender scanning VLC’s plugin cache file on every launch. When Defender flags or quarantines part of that cache — even as a false positive — VLC is forced to rebuild it from scratch before it can play anything. That rebuild process is the source of the infamous 33-second delay that users have been reporting since mid-2026.

VideoLAN, the non-profit behind VLC, confirmed the issue publicly via its official X (formerly Twitter) account, explicitly naming a recent Microsoft Defender update as the trigger. The Windows Latest report from August 14, 2026 adds crucial nuance: VLC’s own bug tracker reveals the situation is messier than a single Defender update, with multiple overlapping reports pointing to plugin cache corruption, Defender quarantine events, and slower I/O performance under Windows 11’s memory management in certain hardware configurations.

The 33-Second Delay: Why Does VLC Stutter So Badly?

When the plugin cache is missing or corrupted — whether because Defender nuked it or for another reason — VLC 3.0.23 and later versions can take anywhere from 5 to 33 seconds just to open an MP3 file. On HDDs the wait is worst; SSD users see shorter delays, but still noticeable pauses compared to what VLC used to deliver. The delay occurs at startup, not during playback itself, which is why it catches users off-guard: the app appears to have frozen before the UI even loads.

This is a VLC slow Windows 11 issue that disproportionately affects users who updated Windows Defender definitions in July or August 2026. On systems where Defender scanned and quarantined the plugins.dat cache file, VLC effectively has to reindex every installed codec module before it can function — a process the player was never designed to run every single session.

Why Hasn’t Microsoft Fixed This VLC Windows 11 Problem?

Windows 11 Defender exclusions settings to improve VLC performance fix

Microsoft’s position — or rather its conspicuous silence — is frustrating. Defender definition updates are pushed continuously and silently; there is no formal patch cycle for false positives the way there is for kernel vulnerabilities. The Defender team can quietly adjust a definition to stop flagging VLC’s cache, but users have no visibility into when or whether that happens.

VideoLAN’s developers have pointed out that this dynamic unfairly burdens open-source projects. A commercial vendor can open a direct support channel with Microsoft; a volunteer-driven open-source team has to rely on public bug reports and social-media callouts to get traction. It is a systemic problem that goes well beyond any single VLC playback issue.

Is This a VLC Bug or a Windows 11 Bug?

Honestly, both organisations carry some responsibility — but the weight falls on Microsoft’s side. VLC’s plugin cache architecture is long-standing and functional on every other platform. The behaviour that breaks it — Defender silently modifying or quarantining files inside an installed application’s directory — is a Windows 11 behaviour Microsoft controls entirely. VLC cannot defend against a security tool that has elevated kernel-level access to its own files.

That said, VideoLAN’s bug tracker shows VLC playback issues that predate the Defender incident, including performance regressions tied to Windows 11’s hardware-accelerated GPU scheduling (HAGS) on certain Nvidia and AMD GPU configurations. The Defender story is the most dramatic, but VLC slow Windows 11 complaints are rooted in more than one cause.

How to Fix VLC Performance on Windows 11 Right Now

Five-step VLC Windows 11 fix checklist for slow video playback issues

You don’t have to wait for Microsoft or VideoLAN to release a patch. The following steps resolve the majority of reported VLC playback issues on Windows 11 immediately.

1. Reinstall VLC or Regenerate the Plugin Cache

The fastest VLC Windows 11 fix is to force a clean plugin cache regeneration. You can do this in two ways:

  • Full reinstall: Uninstall VLC via Settings → Apps → Installed Apps, delete any leftover files in %APPDATA%\vlc, then download and reinstall the latest version from VideoLAN’s official site.

  • Manual cache reset: Navigate to C:\Program Files\VideoLAN\VLC\, delete plugins\plugins.dat, then launch VLC — it will rebuild the cache fresh on startup.

2. Add VLC to Microsoft Defender’s Exclusion List

This stops Defender from scanning and potentially corrupting VLC’s plugin cache in future:

  1. Open Windows Security → Virus & Threat Protection → Manage Settings.

  2. Scroll to Exclusions and click Add or remove exclusions.

  3. Add the full VLC installation folder: C:\Program Files\VideoLAN\VLC\.

  4. Restart VLC and test playback.

Note: Only exclude the VLC folder — do not add blanket exclusions to your entire Program Files directory.

3. Disable Hardware-Accelerated GPU Scheduling (if stuttering persists)

If you’re seeing VLC playback issues during video (not just on startup), HAGS may be the culprit:

  • Go to Settings → System → Display → Graphics → Change default graphics settings.

  • Toggle Hardware-accelerated GPU scheduling off.

  • Restart your PC and retest VLC performance on Windows 11.

4. Switch VLC’s Video Output to DirectDraw or OpenGL

Inside VLC, go to Tools → Preferences → Video and change the Output dropdown from Auto to DirectDraw (older hardware) or OpenGL (modern GPUs). This sidesteps certain Windows 11 compositor conflicts that throttle VLC playback on multi-monitor setups.

5. Increase VLC’s File Cache Value

In Tools → Preferences → Show All → Input / Codecs, find File caching (ms) and raise it from the default 300 ms to 1500 ms. This gives VLC more buffer headroom and reduces mid-playback stalls on systems where Defender or Windows 11’s I/O scheduler causes latency spikes.

Should You Upgrade or Reinstall Windows 11?

A clean Windows 11 install can help if you’re seeing system-wide performance degradation beyond VLC, but it is overkill for this specific VLC playback issue. The Defender exclusion and cache regeneration steps above resolve the 33-second startup delay without touching your OS installation. If you’re running a heavily updated Windows 11 build and performance is suffering across the board, that’s a broader conversation — but don’t wipe your drive just because VLC is slow.

What does make sense is ensuring your Windows 11 licence is legitimate and fully activated, since OEM or unactivated copies can exhibit unusual background service behaviour that compounds performance problems. At Buy Now Key, you can grab a genuine Windows 11 Pro licence from €17.90 or a Windows 11 Home OEM key from just €9.65 — both with lifetime activation. If you’re also struggling with broader Windows slowdowns beyond VLC, our guide to Windows performance tuning with built-in tools is a great next step.

What VLC Users Should Watch for Next

VideoLAN has stated it is working with community contributors to make VLC’s plugin cache more resilient against external interference — essentially, making the cache harder for third-party security tools to accidentally corrupt. Microsoft has not formally acknowledged a specific Defender definition error, though anecdotal reports suggest the most aggressive flagging behaviour has eased slightly in the most recent Defender updates pushed in August 2026.

In the meantime, the VLC Windows 11 fix steps above give you real, working relief. The wider lesson is that Windows 11’s tighter integration between Defender and the kernel — well-intentioned from a security standpoint — creates new categories of collateral damage for legitimate applications. Until Microsoft provides a more transparent mechanism for app developers to flag false positives, incidents like this will keep happening.

FAQ

Why is VLC so slow to open on Windows 11?

The most common cause in mid-2026 is a Microsoft Defender update that scans or quarantines VLC’s plugin cache file, forcing VLC to rebuild it on every launch. This can add 5 to 33 seconds to startup time. Regenerating the cache manually or adding VLC’s folder to Defender’s exclusion list fixes the problem immediately.

Is the VLC playback issue a VLC bug or a Windows 11 bug?

Microsoft Defender’s behaviour is the primary trigger — it is modifying files inside a legitimately installed application without user consent. VideoLAN confirmed this publicly. However, VLC’s bug tracker also shows separate, pre-existing playback regressions linked to Windows 11’s GPU scheduling on certain hardware, so it’s not entirely one-sided.

Will Microsoft release a patch for the VLC slow Windows 11 problem?

Microsoft has not officially acknowledged a specific bug tied to this incident. Defender definition updates are rolled out continuously, and the relevant false-positive behaviour may already be corrected silently in newer definitions. There is no scheduled Windows Update patch for this specific VLC playback issue.

Does disabling Microsoft Defender fix VLC performance on Windows 11?

You should not disable Defender entirely — that leaves your PC unprotected. Instead, add only VLC’s installation folder as a Defender exclusion. This stops the cache-scanning behaviour while keeping full system protection active everywhere else.

Which version of VLC works best on Windows 11?

VLC 3.0.23 and the latest 3.0.x release are the recommended stable versions for Windows 11 as of August 2026. Nightly builds of VLC 4.0 are available for testing but are not recommended for daily use. Always download directly from VideoLAN’s official website to avoid unofficial, modified versions.

Legacy software on Windows 11 running vintage Word 1.1a from 1990 natively
August 10, 2026

Legacy Software on Windows 11: How Old Programs Are Running Again

Post By administrator Microsoft, Windows , , , , , No Comments

Legacy software on Windows 11 is having an unexpected renaissance. In 2025, developer John Marshall published a fully working native x64 port of Microsoft Word for Windows 1.1a — a word processor originally released in 1990 — that runs directly on modern Windows 11 machines without an emulator or virtual machine in sight. It’s a remarkable technical feat, and it’s part of a growing movement to preserve and revive vintage software on today’s hardware.

Whether you’re a software historian, a developer curious about the techniques involved, or simply someone who needs to breathe life into an old application your business still depends on, understanding how these compatibility revivals work is increasingly valuable knowledge.

Why Running Old Programs on Windows 11 Is So Hard

Diagram showing why old software fails on legacy software Windows 11 systems

Modern Windows 11 is a 64-bit operating system, and that single architectural fact is the root cause of most vintage app compatibility failures. Programs built for Windows 3.x and early Windows 95 were compiled as 16-bit executables — a format that 64-bit Windows simply cannot load natively. Microsoft removed its WOW16 (Windows-on-Windows 16-bit) subsystem when it moved to 64-bit editions, leaving a generation of software stranded.

Beyond the bitness barrier, older applications relied on APIs, system DLLs, and hardware-level tricks that no longer exist in modern Windows. Early word processors and CD-ROM titles frequently called undocumented Windows internals, manipulated memory in ways that would trigger modern security protections, or depended on specific timing characteristics of vintage CPUs. Running them on a contemporary machine is less like opening an old file and more like transplanting an engine from a 1955 car into a 2025 chassis.

  • 16-bit executables cannot load on 64-bit Windows — no native WOW16 layer exists.
  • Removed APIs cause instant crashes when code calls functions that no longer exist.
  • Memory model differences break apps that relied on segmented x86 memory addressing.
  • Driver dependencies for peripherals like old MIDI cards or CD-ROM drives are often absent.
  • Hardcoded timing loops run far too fast on modern processors, causing instability.

How Developers Are Porting Old Software to Run Natively

Developer porting vintage app compatibility code to run on modern Windows 11

The Word 1.1a port by John Marshall — posted to GitHub under the handle JMarshall23 — is an outstanding case study in how vintage app compatibility can be achieved through source-level porting rather than emulation. Marshall had access to the leaked Microsoft source code for Word 1.1a (codenamed Opus) and spent considerable time modernising it so the MSVC compiler could produce a genuine 64-bit binary.

Recompiling for x64 Architecture

The most direct route to native compatibility is recompilation: taking the original source code and rebuilding it as a 64-bit binary. This sounds simple, but decades-old C code is riddled with assumptions — pointer sizes, integer widths, calling conventions — that break the moment a modern compiler targets x64. Marshall’s approach involved fixing thousands of implicit 16-to-32-bit type conversions, replacing obsolete Windows API calls with their modern equivalents, and stubbing out functionality that simply has no modern counterpart.

Shimming and API Wrapping for Vintage App Compatibility

When source code is unavailable — the far more common scenario — developers turn to compatibility shims and API wrappers. A shim intercepts calls from an old application to the Windows API and translates them on the fly, correcting arguments, emulating missing functions, or redirecting to modern equivalents. Microsoft itself ships a compatibility shim database (sysmain.sdb) with Windows that quietly patches hundreds of known applications at load time. Independent developers extend this concept to write custom wrapper DLLs that stand between a vintage executable and the modern OS.

Patching Binaries Directly

For 32-bit applications that almost run on Windows 11 but stumble on one or two compatibility issues, direct binary patching is often faster than recompilation. A developer disassembles the executable, identifies the offending instruction or API call, and replaces it with a working alternative — all without touching source code. This technique is particularly popular in the retro gaming and CD-ROM preservation communities, where 1998-era titles frequently need a patched DirectDraw or CD-check call to run on modern systems.

The Role of Compatibility Mode

For everyday users dealing with old programs on Windows 11, Microsoft’s built-in compatibility mode remains the first port of call. Right-clicking an executable, choosing Properties → Compatibility, and selecting an older Windows version (Windows 7, Windows XP SP3, etc.) tells Windows to lie to the application about its environment — reporting a lower OS version, disabling visual themes, running the process at 640×480, and applying known shims automatically. It won’t save a 16-bit app, but it resolves a surprising number of 32-bit compatibility issues without any developer intervention.

According to Microsoft’s official compatibility guidance, the Program Compatibility Troubleshooter can automatically detect and apply the right settings for many legacy applications — a useful starting point before diving into manual fixes.

Old Software Windows 11 Users Still Depend On

This isn’t purely an academic exercise. Plenty of real-world organisations still run old software on Windows 11 — or are forced to confront the question when they upgrade. Industries from manufacturing to healthcare have bespoke applications written in the mid-1990s that have never been replaced because the cost of doing so outweighs the effort of keeping them alive. A 1998 inventory management system or a proprietary CAD tool from 2001 can represent years of business logic that would cost millions to recreate.

The challenge is that Windows 10 reached end of support on 14 October 2025, pushing millions of business users towards Windows 11 and forcing an immediate reckoning with any run old programs Windows compatibility debt they’d been deferring. Suddenly, the old app that “just worked” on Windows 7 and muddle through on Windows 10 is crashing on the new OS — and there’s no more putting off the fix.

Techniques Used in Real Preservation Projects

Old programs Windows 11 users still rely on shown as vintage software icons

The broader software preservation and retro-computing community has developed a rich toolkit for reviving vintage software on modern platforms. The Word 1.1a project is high-profile, but dozens of quieter efforts are happening on GitHub and specialist forums every month.

Vintage App Compatibility Through Virtual Machines

Running a 16-bit application inside a virtual machine — typically a Windows XP or Windows 98 guest on something like VirtualBox or VMware — sidesteps the 64-bit barrier entirely because the VM presents a 32-bit or 16-bit environment. It’s not native execution, but it is reliable. Many preservation projects use this as the “good enough” baseline before pursuing a full native port.

Wine and ReactOS as Cross-Platform Shim Layers

Wine — originally built to run Windows software on Linux — has become an unlikely hero of legacy software preservation. Its compatibility database covers thousands of Windows titles, and it runs on Windows itself via the Windows Subsystem for Linux (WSL). ReactOS, an open-source Windows clone, provides another environment where old Windows executables can sometimes run better than on modern Windows itself, precisely because it re-implements APIs that Microsoft has since removed.

NTVDM and DOSBox for DOS-Era Code

True DOS applications predate even the 16-bit Windows layer, and 64-bit Windows has no NT Virtual DOS Machine (NTVDM) support. DOSBox and its forks — particularly DOSBox-X, which targets application rather than game compatibility — have become the standard preservation tool for this era of software. For CD-ROM titles from the 1990s, DOSBox-X’s emulation of vintage CD-ROM extensions, Sound Blaster audio, and VESA graphics is remarkably accurate.

What the Word 1.1a Port Means for Legacy Software Preservation

The significance of John Marshall’s Word 1.1a port extends beyond nostalgia. It demonstrates that even without official vendor support, determined developers can rescue genuinely important cultural and historical software artefacts by working directly with the source code. Word for Windows 1.1a was commercially sold from 1990 onwards and shaped how millions of people interacted with computers during one of computing’s most formative decades.

More practically, the project is a proof-of-concept that the techniques for run old programs Windows compatibility — source-level porting, API wrapping, and binary patching — are accessible to skilled individual developers, not just large corporate engineering teams. The full port compiles with MSVC and produces a binary that launches cleanly on a stock Windows 11 installation. No compatibility flags, no administrator hacks, no special drivers: just a 35-year-old word processor running natively in 2025.

For organisations maintaining vintage app compatibility across a fleet of upgraded machines, this kind of community-driven approach points to a viable path forward — and a compelling argument for keeping source code, even for software long since retired from active development.

Getting Your Windows 11 Licence Before You Upgrade

Whether you’re upgrading specifically to explore retro software preservation techniques or simply moving on from Windows 10, having a genuine, properly licensed copy of Windows 11 is the essential first step. A correctly activated installation ensures you have access to all compatibility features — including the Program Compatibility Troubleshooter, Hyper-V for virtual machines, and the Windows Subsystem for Linux — that make running old programs on Windows 11 far more manageable.

At Buy Now Key, you can pick up a Microsoft Windows 11 Pro licence from just €17.90, with instant digital delivery and lifetime activation on your device. If you’re not sure which edition suits you, the Windows 11 Home category covers home users looking for a cost-effective, fully-featured starting point.

Frequently Asked Questions

Can I run 16-bit software on Windows 11?

Not natively. Windows 11 is a 64-bit operating system and has no built-in WOW16 subsystem to load 16-bit executables. Your best options are running the software inside a virtual machine (such as a Windows XP guest on VirtualBox), using DOSBox-X for DOS-era titles, or waiting for a community source port if the original code is available.

Does Windows 11 compatibility mode fix most old programs?

Compatibility mode solves a broad range of issues for 32-bit applications — false OS version detection, theme-related crashes, DPI scaling problems, and some known API differences. It won’t help with 16-bit apps or software that relies on hardware drivers for long-obsolete devices. Run the Program Compatibility Troubleshooter first; if the app still fails, you’ll need a deeper technical approach.

What is a compatibility shim and how does it work?

A compatibility shim is a small piece of code that intercepts API calls from an old application and translates them so modern Windows can process them correctly. Windows ships with a built-in shim database covering hundreds of known applications. Developers can also write custom shims — essentially wrapper DLLs — for applications not already covered by Microsoft’s database.

Is running vintage software on Windows 11 legal?

It depends on the software. Running software you legitimately own for personal use is generally permissible. Porting or distributing source code you do not own may infringe copyright. Community projects like the Word 1.1a port operate in legally complex territory — they typically distribute only source changes (patches), not the original binaries or assets. Always check the licence terms of any software before distributing a modified version.

Will my 32-bit applications still work on Windows 11?

Most 32-bit Windows applications continue to run on Windows 11 via the WOW64 (Windows 32-bit on Windows 64-bit) compatibility layer, which Microsoft has preserved. Issues arise when 32-bit apps rely on 32-bit kernel drivers, 32-bit COM servers, or API sets that Microsoft has since removed. Testing on a clean Windows 11 installation before a fleet-wide upgrade is always recommended.

How do I find out if my legacy software will run on Windows 11?

Start with the Program Compatibility Troubleshooter built into Windows 11 — right-click the executable and select “Troubleshoot compatibility”. For enterprise environments, Microsoft’s App Assure programme offers free compatibility assistance. Community databases like the Wine AppDB and various retro-computing forums often have user reports on specific legacy titles.

Linux user switching to Windows 11 developer environment side by side comparison
July 12, 2026

Linux User on Windows 11: What Really Surprised a Developer

Post By administrator Microsoft, Windows , , , , , No Comments

A Linux user on Windows 11 for a whole month — it sounds like a dare, but it’s become a genuine conversation in developer circles. One engineer recently documented exactly that experiment, and the verdict is more nuanced than you might expect. Windows 11 has changed dramatically since the days when developers instinctively reached for a USB stick loaded with Ubuntu the moment a new laptop arrived. Whether it has changed enough is a different question entirely.

Why Developers Are Reconsidering Windows 11

Developer friction points experienced by a Linux user on Windows 11

For years, choosing Linux as a daily driver was non-negotiable for many developers. Package managers, native bash shells, Docker without workarounds, and file-system predictability were all on the Linux side of the ledger. Windows was the OS you tolerated for Outlook and nothing else. That narrative has genuinely shifted. Microsoft has invested heavily in making Windows 11 for developers a credible environment — and the numbers back that up: as of 2025, WSL (Windows Subsystem for Linux) has been downloaded over 30 million times, signalling that the hybrid approach has real traction.

Still, installing Windows 11 Pro on a machine you’ve been running Arch or Fedora on for years is a culture shock. The friction is real, and pretending otherwise would be dishonest.

The First Week: Friction a Linux User on Windows 11 Feels Immediately

Linux on Windows via WSL 2 in Windows Terminal developer workflow

Within the first 48 hours of switching to Windows 11, a developer trained on Linux will feel several specific pinch points.

  • The file system path separator. Backslashes versus forward slashes are a minor irritation that compounds daily when you’re scripting or copying paths between terminal and browser.

  • Default application noise. Windows 11 still nudges you toward Edge, OneDrive prompts, and Teams — even on a clean install. For someone used to a minimal Arch setup, this feels invasive.

  • Permission dialogs. UAC prompts appear more frequently than a seasoned Linux user expects, especially when configuring dev toolchains or editing system PATH variables.

  • Package management muscle memory. Typing apt install or pacman -S is instinctive after years of use. Winget exists and works well, but it’s not yet as comprehensive as mature Linux repos.

  • Context menu overload. Right-clicking in Windows 11 File Explorer surfaces a truncated menu by default — you often have to click “Show more options” to reach familiar tools, which adds unnecessary clicks to everyday tasks.

These aren’t dealbreakers in isolation, but they accumulate. By day five, the average Linux veteran is questioning every mouse click.

WSL: The Feature That Changes Everything for Linux on Windows

Here’s where the story pivots. Linux on Windows via WSL 2 is not the hack it used to be — it is a full Linux kernel running inside a lightweight Hyper-V utility VM. You get real bash, real package managers, real Docker, and filesystem performance that is genuinely competitive for most development workloads.

According to Microsoft’s official WSL documentation, WSL lets developers run a complete GNU/Linux environment — including most command-line tools, utilities, and applications — directly on Windows, without the overhead of a traditional virtual machine. That last part matters: startup is near-instant compared to spinning up VirtualBox or VMware.

Practical wins that impressed even long-time Linux holdouts:

  • Running Ubuntu 24.04 alongside Windows 11 with a single wsl --install command.

  • VS Code’s Remote – WSL extension makes the boundary between Windows and Linux almost invisible for day-to-day coding.

  • GPU passthrough support in WSL 2 means CUDA and machine learning workloads run natively without booting a separate Linux partition.

  • Windows Terminal, now a first-class citizen in Windows 11, gives you tabs, profiles, and genuine terminal-emulator quality that rivals iTerm2 or Alacritty.

For a developer whose primary work lives in the terminal, this stack — Windows Terminal + WSL 2 + VS Code — is a credible alternative to a native Linux setup.

Windows 11 for Developers: What Genuinely Impressed

Windows 11 for developers feature comparison with Linux advantages

Beyond WSL, several Windows 11 features earned genuine respect from developers coming from Linux user backgrounds.

Snap Layouts and Virtual Desktops

Tiling window managers like i3 or Sway are beloved in the Linux world for a reason: they keep the screen organised without constant manual resizing. Windows 11’s Snap Layouts — hover over the maximise button and choose a layout grid — don’t replicate that experience fully, but they’re fast, intuitive, and dramatically better than Windows 10’s offering. Pair them with Virtual Desktops and you have a workable multi-context setup.

Winget: A Real Package Manager at Last

Switching to Windows 11 no longer means abandoning command-line package management. Winget has matured substantially. Commands like winget install Git.Git or winget upgrade --all feel natural to anyone who’s lived in a Linux shell. The software catalogue is growing fast, and for popular developer tools — Node.js, Python, Git, Docker Desktop — coverage is solid.

Hardware Compatibility and Driver Support

Ironically, the area where Linux veterans sometimes struggle most — hardware drivers — is where Windows 11 shines brightest. Wi-Fi cards, Bluetooth adapters, fingerprint readers, and external GPU docks that require hours of Linux kernel patching just work on Windows 11 out of the box. For developers who need reliable peripherals during client calls or conference presentations, this is not a trivial advantage.

Gaming and Creative Applications

If your workflow extends beyond pure development — game testing, video editing, 3D rendering — Windows 11’s ecosystem is simply more complete. Native DirectX 12 support, Dolby Atmos audio, and access to the full Adobe and Autodesk suites without compatibility shims are real productivity gains for certain developer profiles.

Where Windows 11 Still Falls Short for Linux Users

Honesty cuts both ways. After a month of full-time use, a developer with a Linux background will identify persistent gaps that WSL cannot fully paper over.

The Linux on Windows File System Boundary

WSL is brilliant until you need to share large files between your Windows and Linux environments at high speed. Accessing the Windows C: drive from inside WSL (via /mnt/c/) is noticeably slower than native Linux filesystem operations. For projects with heavy I/O — large codebases, database files, media processing — the performance delta is real and frustrating.

System-Level Transparency

On Linux, you can inspect almost everything: systemd units, kernel logs, network namespaces, cgroup allocations. Windows 11 abstracts much of this behind graphical interfaces or proprietary tools. Developers who rely on deep system observability — especially for security research or performance profiling — will find Windows 11 less transparent than a bare Linux install.

Background Process Bloat

Even on a clean Windows 11 Pro installation, the process list is busy. Telemetry services, update orchestrators, and Microsoft consumer features run quietly in the background. On a resource-constrained machine, this overhead is noticeable. Linux minimal installs are leaner by design.

The Verdict: Is Switching to Windows 11 Worth It for Linux Users?

The honest answer: yes, substantially — but with important asterisks. Windows 11 for developers is a legitimately capable environment in 2025, not a compromise. WSL 2, Windows Terminal, Winget, and tighter VS Code integration have removed the hardest friction points that made Linux essential for developers a decade ago.

But Linux still wins on system transparency, filesystem performance in WSL cross-boundary scenarios, and the philosophical comfort of running an OS where you control everything. If your workflow is 80% terminal-and-editor and 20% browser, WSL on Windows 11 will satisfy most of that. If you need deep kernel access, reproducible server-identical environments, or you simply prefer the open-source ethos from desktop to data centre, Linux remains the sharper tool.

What has genuinely changed is the cost of switching to Windows 11. It’s no longer a betrayal of developer principles — it’s a trade-off with a real upside column. That’s a significant shift from even three years ago.

The original experiment that sparked this debate was documented at OSNews — worth reading for the raw, day-by-day account of one developer’s journey.

Getting Windows 11 at the Right Price

If this breakdown has you ready to test Windows 11 yourself — whether you’re dual-booting alongside your Linux install or making a full switch — licensing doesn’t have to be expensive. At Buy Now Key, you can pick up a genuine Microsoft Windows 11 Pro Retail licence for €17.90, giving you lifetime activation, BitLocker, Hyper-V (needed for WSL 2), and all the Pro-tier features developers actually use. If you want to understand which edition suits your needs before buying, our Windows 11 Pro vs Home comparison guide breaks down every meaningful difference.

Frequently Asked Questions

Can a Linux User on Windows 11 Stay Productive Without Giving Up Their Tools?

Yes — WSL 2 lets you run a full Linux distribution inside Windows 11, including Bash, apt, pip, Docker, and most CLI tools you depend on daily. VS Code’s Remote – WSL extension integrates tightly with that environment, so your editor feels native on both sides of the boundary. Most Linux-focused development workflows transfer with minimal adaptation.

How does WSL 2 differ from running a full Linux VM?

WSL 2 uses a real Linux kernel but runs it inside a lightweight Hyper-V utility VM that starts almost instantly and shares memory dynamically with Windows. Traditional VMs like VirtualBox allocate fixed RAM and take minutes to boot. WSL 2 is significantly more responsive for everyday development use, though it still has the filesystem boundary overhead mentioned above.

Does Windows 11 Pro support the features developers need from WSL?

Yes — Hyper-V, which underpins WSL 2, is a Windows 11 Pro (and Enterprise) exclusive. Windows 11 Home can run WSL 2 but does so without the full Hyper-V stack, meaning some advanced containerisation scenarios may behave differently. For serious development use, Pro is the safer choice.

Is Winget good enough to replace apt or pacman for a developer?

For installing and updating common developer tools — Git, Node, Python, VS Code, Docker Desktop — Winget works well and improves with each Windows release. It is not yet as comprehensive as mature Linux repositories, particularly for niche CLI utilities or server software. Most developers use Winget for Windows-side tools and apt (inside WSL) for Linux-side toolchains, which is a natural split.

What should a Linux user do first after installing Windows 11?

Install WSL 2 immediately with wsl --install from an elevated PowerShell prompt, then install Windows Terminal from the Microsoft Store if it isn’t already present. Set your preferred Linux distro as the default profile in Windows Terminal, configure Git globally inside WSL, and install VS Code with the Remote – WSL extension. That baseline gets you 80% of the way to a comfortable Linux-on-Windows setup within an hour.

Windows 11 terminal running WSL containers as a native Linux Docker alternative
July 7, 2026

WSL Containers on Windows 11: The Native Linux Docker Alternative

Post By administrator Microsoft, Windows , , , , , , No Comments

WSL containers are here — and they fundamentally change how developers run Linux workloads on Windows 11. Announced at Microsoft Build 2026 and now entering public preview, WSL containers offer a native, Docker-compatible container runtime baked directly into the Windows Subsystem for Linux, removing the need for third-party virtualisation layers or a separate Docker Desktop subscription. If you have ever wrestled with Docker Desktop’s memory consumption or its licensing model, this is the news you have been waiting for.

What Are WSL Containers and Why Do They Matter?

Architecture diagram comparing Docker Desktop versus WSL containers on Windows 11

WSL containers are a built-in container runtime for Windows 11 that operates through the Windows Subsystem for Linux. Rather than spinning up a full Hyper-V virtual machine or relying on Docker Desktop to bridge the gap between Windows and Linux, WSL containers run container images natively within the WSL layer, sharing the host kernel where possible and dramatically reducing overhead.

The implications for developers are significant. You get a Docker-compatible CLI called wslc, a new Windows API for container management, and enterprise-grade tooling — all without paying for Docker Desktop’s commercial licence. Microsoft unveiled the feature at Build 2026, and the public preview began rolling out in late June 2026 for Windows 11 users running the latest builds.

How WSL Containers Differ from Docker Desktop

To understand the leap forward, it helps to look at how the old workflow compared to the new Linux containers on Windows approach.

  • Virtualisation overhead: Docker Desktop on Windows runs a lightweight Linux VM via Hyper-V or WSL 2 to host the Docker daemon. WSL containers integrate directly into WSL, cutting that extra virtualisation layer and reducing RAM usage.
  • Startup speed: Because there is no separate Docker Desktop process to launch, container startup is faster — developers report near-instant container spin-up in early testing.
  • CLI compatibility: The wslc CLI follows Docker CLI conventions, meaning most docker run, docker build, and docker compose-style commands map across with minimal changes.
  • Cost: Docker Desktop requires a paid subscription for businesses with more than 250 employees or $10 million in revenue. WSL containers are a Windows 11 feature — no additional licence fee.
  • OS integration: WSL containers expose a native Windows API, so IDEs, CI/CD pipelines, and Windows tooling can call containers directly without going through a Docker socket proxy.

Linux Containers Windows: The Technical Architecture

At the heart of WSL containers is a new container runtime layer built into wsl.exe itself. When you run a container image, WSL containers handle the OCI image pull, the filesystem layer assembly, and process isolation — all within the WSL namespace. The result is that Linux containers on Windows no longer need a separate daemon process; the WSL host manages lifecycle, networking, and volume mounts as first-class OS concepts.

Microsoft has also introduced a plugin API, allowing third-party tools to hook into the container runtime. This opens the door for tools like Podman, containerd, or specialised build systems to leverage the same infrastructure without reinventing the wheel. According to Microsoft’s official announcement on the Microsoft Developer Blogs, the public preview ships with full OCI image support, a Docker-compatible CLI, and a Windows-native container API.

WSL Linux Workloads: Real-World Performance Gains

Performance benchmark chart of WSL Linux workloads in WSL containers versus Docker Desktop

Performance is the headline story. Early hands-on reports indicate that build times for containerised applications drop measurably when using WSL containers versus Docker Desktop. Because there is one fewer virtualisation boundary to cross, disk I/O for bind-mounted source directories is noticeably snappier. For teams running large microservices stacks locally — think ten or more containers simultaneously — the memory savings alone can be the difference between a smooth dev machine and a thrashing one.

GPU and NPU pass-through also benefits. Windows 11 already supports GPU acceleration in WSL 2 via DirectX 12, and WSL containers inherit that capability, making ML and AI container workloads more practical on developer laptops without needing a dedicated Linux box.

Who Benefits Most from This Docker Alternative for Windows?

Not every developer will feel an equally dramatic shift, but these groups stand to gain the most from WSL containers as their go-to Docker alternative on Windows:

  1. Full-stack developers running Node.js, Python, or Go services in containers who want faster iterative builds.
  2. DevOps engineers testing Kubernetes manifests or Helm charts locally before pushing to a cluster.
  3. Data scientists and ML engineers running containerised Jupyter environments or model training pipelines that benefit from GPU pass-through.
  4. Enterprise teams subject to Docker Desktop licensing costs who need a compliant, cost-free alternative.
  5. Open-source contributors working on projects that assume a Linux container environment, who previously had to dual-boot or spin up a cloud VM.

How to Get Started with WSL Containers on Windows 11

Windows 11 terminal showing WSL containers setup commands for Linux container development

Getting WSL containers running on your machine is straightforward, provided you are on a recent Windows 11 build. Here is a quick-start overview:

  • Ensure you are running Windows 11 with the latest cumulative updates installed (public preview builds from late June 2026 onwards include WSL containers).
  • Update WSL itself by running wsl --update in an elevated PowerShell or Command Prompt.
  • Install the wslc CLI tool, which Microsoft distributes as part of the WSL package — no separate download required once WSL is updated.
  • Pull your first container image with wslc pull ubuntu:24.04 and run it with wslc run -it ubuntu:24.04 /bin/bash.
  • Use wslc build against your existing Dockerfiles — the syntax is intentionally compatible, so most projects need no changes.

For full documentation, visit the official Microsoft Developer Blogs post linked above, which details the API reference, networking configuration, and enterprise deployment options.

Do You Need to Upgrade to Windows 11 First?

WSL containers are a Windows 11-exclusive feature — they will not be back-ported to Windows 10. If your dev machine is still running Windows 10, this is a strong reason to consider upgrading. Windows 10 mainstream support ends in October 2025, meaning security patches are no longer guaranteed, and new developer features like WSL containers will pass it by entirely.

Making the switch is easier than ever with affordable genuine licences. A Microsoft Windows 11 Pro licence gives you permanent lifetime activation on your machine, and Buy Now Key also offers a Windows 11 Pro and Office 2024 Professional Plus bundle for developers who want the full productivity stack in one go. Both come with instant digital delivery and a money-back guarantee if activation does not succeed.

If you are unsure whether your current hardware qualifies, check out the Windows 11 system requirements guide before purchasing — it walks through the exact CPU, RAM, storage, and TPM 2.0 requirements you need to meet.

WSL Containers vs. Running Linux Natively: Is Dual-Boot Still Worth It?

For years, developers who needed genuine Linux container performance would dual-boot or maintain a separate Linux workstation. WSL containers narrow that gap considerably. The remaining argument for native Linux is bare-metal kernel control — if your container workload depends on a specific kernel version or exotic kernel modules, a native Linux install is still the gold standard. But for the overwhelming majority of web, data, and application developers, WSL containers on Windows 11 provide Linux container parity without giving up the Windows tooling, native hardware drivers, and application ecosystem they rely on every day.

What Comes Next for WSL Linux Workloads?

The public preview is just the beginning. Microsoft has indicated that WSL containers will gain Kubernetes integration, improved volume performance, and deeper Visual Studio Code Dev Container support in subsequent releases. The plugin API also hints at a growing ecosystem of runtimes — Podman support in particular would be welcomed by enterprise teams standardised on Red Hat tooling.

It is also worth watching whether WSL containers eventually absorb or replace Docker Desktop’s integration entirely within the Microsoft developer toolchain. With Azure, GitHub Actions, and Visual Studio all tightening their WSL hooks, the trajectory is clear: Linux container development on Windows is becoming a first-class, native experience.

Frequently Asked Questions

Do WSL containers fully replace Docker Desktop on Windows 11?

For most developers, WSL containers can replace Docker Desktop for local Linux container development. The wslc CLI is Docker-compatible, meaning most workflows translate directly. However, Docker Desktop still offers features like Docker Scout, the graphical dashboard, and Docker Extensions that WSL containers do not yet replicate. The choice depends on which features your workflow actually needs.

Is WSL containers support available on Windows 10?

No. WSL containers are exclusive to Windows 11. Microsoft has not announced any plans to bring the feature to Windows 10, and mainstream support for Windows 10 has ended. Upgrading to Windows 11 is the only path to accessing WSL containers natively.

Will my existing Dockerfiles work with WSL containers?

In most cases, yes. The wslc build command follows OCI and Dockerfile standards, so existing Dockerfiles should work without modification. Edge cases involving Docker-specific builder features (like Docker BuildKit advanced cache mounts) may need minor adjustments, but standard multi-stage builds and common base images all function correctly in the public preview.

How do WSL containers handle Linux container networking on Windows?

WSL containers use the existing WSL networking stack, which means containers get their own virtual network interfaces bridged through the WSL virtual switch. Port forwarding from container to Windows host works similarly to Docker’s -p flag. Microsoft has also added a native Windows networking API so tooling can manage container networking without going through a Unix socket.

Do I need a paid licence for WSL containers?

WSL containers are a built-in Windows 11 feature — there is no additional subscription or licence fee beyond your Windows 11 licence. This is a key advantage over Docker Desktop, which requires a paid Pro, Team, or Business subscription for commercial use above certain company size thresholds.

Office 2021 end of support countdown calendar showing October 2026 deadline
June 28, 2026

Office 2021 End of Support: Your Best Options Before October 2026

Post By administrator Microsoft, Office , , , , , No Comments

Office 2021 end of support arrives on 13 October 2026 — and if you’re still running the suite on that date, Microsoft will stop delivering security patches, bug fixes, and technical support for it entirely. That’s not a minor inconvenience; it’s a genuine security risk for anyone who uses Word, Excel, Outlook, or PowerPoint daily. The good news is you still have time to make a smart, unhurried decision about what comes next.

What Does Office 2021 End of Support Actually Mean?

Infographic showing what Microsoft stops providing after Office 2021 support ends

According to Microsoft’s official Lifecycle page, Office 2021 (including Office LTSC 2021 for commercial users) reaches its retirement date on 13 October 2026. From that point, Microsoft will no longer release:

  • Security updates to patch newly discovered vulnerabilities
  • Bug fixes for crashes, compatibility issues, or data errors
  • Technical support via phone, chat, or online assistance
  • Compatibility improvements for newer Windows versions or cloud services

Your copy of Office 2021 will not suddenly stop working on 14 October 2026. Word will open, Excel will calculate, PowerPoint will present. But every week that passes after the Office 2021 expiry date, unpatched vulnerabilities accumulate — and attackers know exactly which products are no longer defended.

Who Is Most at Risk After the Office 2021 Support End?

Not every user faces the same level of exposure after the Office 2021 support end, but some groups should act faster than others.

  • Small businesses handling client data — unpatched Office vulnerabilities are a common ransomware entry point via malicious Word macros and Excel files.
  • Remote workers using Outlook — email clients are prime targets for phishing exploits that depend on unpatched rendering engines.
  • Schools and non-profits — often slow to update, which makes them attractive targets for opportunistic attacks.
  • Anyone on Windows 10 — Windows 10 itself reached end of support in October 2025, so pairing an unsupported OS with unsupported Office is a double vulnerability.

Home users who browse carefully and don’t open unknown attachments face lower immediate risk, but the exposure still compounds over time.

Option 1: Upgrade to Office 2024 — Best for One-Time Buyers

Office 2021 end of support upgrade path comparison graphic showing Office 2024 option

The most direct like-for-like Office 2021 upgrade is Microsoft Office 2024. It’s a perpetual licence — you buy it once, own it forever, and owe Microsoft nothing further. Office 2024 is supported until October 2029, buying you another three years of security updates out of the box.

What’s new over Office 2021? Key improvements include better Excel dynamic array functions, a refreshed Outlook UI, performance boosts across Word and PowerPoint, and Teams integration built in. For most home users and small businesses, the feature delta is modest but meaningful — and the security timeline is the real prize.

At Buy Now Key, Office 2024 Professional Plus for Windows is available from €19.95 — a one-time lifetime licence that costs far less than a single year of a Microsoft 365 subscription. If you want to combine it with a fresh Windows 11 licence at the same time, the Windows 11 Pro + Office 2024 bundle brings both for €27.80.

Option 2: Switch to Microsoft 365 — Best for Teams and Cloud Users

Microsoft is actively steering users from the Office 2021 upgrade path towards Microsoft 365 (formerly Office 365), its subscription model. At around £79.99/year for the personal plan or £99.99/year for the family plan (up to six users), you get:

  • Always up-to-date desktop apps — no further end-of-support deadlines to worry about
  • 1 TB of OneDrive cloud storage per user
  • Real-time collaboration in Word, Excel, and PowerPoint
  • Access to web and mobile versions of every app
  • Microsoft Copilot AI features (where available on your plan)

The trade-off is obvious: you pay every year, forever. If you use Office heavily across multiple devices, collaborate constantly, or value the OneDrive storage, the maths can work in your favour. If you’re a solo user who fires up Word occasionally, paying indefinitely for a word processor is hard to justify — especially when perpetual alternatives exist.

Option 3: Free Alternatives — LibreOffice and Google Workspace

The Office 2021 expiry also opens the door to reconsidering whether you need Microsoft Office at all. Two free options cover most use cases surprisingly well.

LibreOffice

LibreOffice is a free, open-source desktop suite that reads and writes .docx, .xlsx, and .pptx files. It runs offline, has no subscription, and is actively maintained by a global community. Compatibility with complex Excel formulae or heavy Word formatting can occasionally break, but for straightforward documents, spreadsheets, and presentations, it does the job competently.

Google Docs, Sheets, and Slides

Google’s browser-based suite is free for personal use, works on any device, and auto-saves every change. Collaboration is excellent. The main limitation: you need an internet connection for full functionality, and very complex spreadsheet models don’t always translate cleanly from Excel. Businesses should also consider data privacy implications of storing files on Google’s servers.

Option 4: Stay on Office 2021 — and Understand the Real Risk

Six-step checklist illustration to prepare for Office 2021 support end in October 2026

Some users will choose not to upgrade immediately after the Office 2021 support end, and that’s a personal or business decision — not an instant catastrophe. Here’s how to minimise risk if you go that route:

  • Keep Windows fully updated — Windows-level patches sometimes mitigate Office-level vulnerabilities indirectly.
  • Run a reputable antivirus — compensating controls matter when the application itself is unpatched.
  • Disable macros by default — most Office-based malware relies on macros being enabled.
  • Avoid opening attachments from unknown senders — the most common Office exploit vector.
  • Plan a firm upgrade date — “not right now” should have a deadline, not be indefinite.

This approach is sensible for a few weeks or months post-deadline. It is not a long-term strategy — the risk curve steepens with every month of the Office 2021 upgrade you defer.

What About Office 2019 and Office 2016 Users?

If you’re still on an even older version, the urgency is higher. Office 2019 reached its mainstream end of support in October 2023, and Office 2016 hit its final end of extended support in October 2025. Both versions are already operating without security patches. If that’s your situation, upgrading is overdue, not just approaching.

Which Office 2021 Upgrade Path Is Right for You?

A simple framework to guide your decision:

  • Solo home user, light usage → LibreOffice or Google Docs (free), or Office 2024 perpetual licence for full Microsoft compatibility
  • Power user, offline-first, no subscription preference → Office 2024 Professional Plus — best value perpetual choice
  • Team of 2–6 people, regular collaboration → Microsoft 365 Family plan for shared storage and real-time co-editing
  • Business with 10+ seats → Microsoft 365 Business plans or Office 2024 LTSC volume licensing, depending on IT policy
  • Budget-conscious, very occasional use → Google Workspace free tier or LibreOffice

How to Prepare Before October 2026

You have roughly four months from publication to get organised. Here’s a practical checklist:

  1. Audit your installs — check every PC in your home or office for the version of Office installed (File → Account → About).
  2. Decide your path — use the framework above to pick perpetual, subscription, or free.
  3. Back up your files — before any software change, back up documents, templates, and Outlook PST files.
  4. Purchase and activate a new licence — if going the perpetual route, there’s no rush past October, but early movers avoid last-minute chaos.
  5. Test compatibility — run your most complex Excel sheets and Word templates in the new environment before removing Office 2021.
  6. Remove Office 2021 — once you’ve confirmed everything works, uninstall the old version cleanly via Settings → Apps.

FAQ

When exactly does Office 2021 end of support happen?

Microsoft has confirmed the Office 2021 support end date as 13 October 2026. This applies to both the retail consumer versions (Home & Student, Home & Business, Professional Plus) and the volume-licensed Office LTSC 2021 edition. After that date, no further security updates or bug fixes will be issued.

Will Office 2021 stop working after the Office 2021 expiry date?

No — Office 2021 will continue to run after its support end date. The applications will open and function as normal. What stops is Microsoft’s commitment to patch newly discovered security flaws, meaning your software becomes progressively more exposed to exploits over time. Think of it like driving a car with no manufacturer support for safety recalls.

Is Office 2024 worth the Office 2021 upgrade cost?

For most users, yes. Office 2024 extends your support window to 2029, includes meaningful functional improvements, and — when purchased as a perpetual licence from a reputable reseller — costs significantly less than even one year of Microsoft 365. It’s the lowest-friction upgrade path for anyone who prefers not to pay a recurring subscription.

Does the Office 2021 support end affect Microsoft 365 subscribers?

No. If you’re already a Microsoft 365 subscriber, this deadline doesn’t apply to you — your apps update continuously and you’re always on the latest supported version. The Office 2021 expiry only affects users of the standalone perpetual-licence version of Office 2021.

Can I keep using Outlook after the Office 2021 support end?

Technically yes, but it’s one of the higher-risk applications to leave unpatched. Outlook handles email attachments and HTML rendering — two of the most commonly exploited attack surfaces. If you rely on Outlook for business email, upgrading it should be a priority before the Office 2021 expiry date in October 2026.

What is the cheapest legitimate way to handle the Office 2021 upgrade?

The most affordable legitimate route is a genuine perpetual licence key from an authorised reseller. At Buy Now Key, Office 2021 Professional Plus is available from €28.90 if you still want to run the current version, or you can step directly to Office 2024 Professional Plus from €19.95 — a lifetime licence with support through 2029. All keys are sourced from authorised distributors and come with a money-back guarantee if activation fails.

Windows 11 extract archive files right-click menu in File Explorer
June 24, 2026

Windows 11 Extract Archive Files: The Built-In Guide You Need

Post By administrator Windows , , , , , No Comments

Windows 11 can now extract archive files — including .7z, .rar, and every major .tar variant — directly from File Explorer’s right-click menu, with no third-party software required. For the first time in over two decades, the operating system handles more than just ZIP files natively, and most users haven’t even noticed the change yet.

If you’re still keeping WinRAR or another unpacker installed purely out of habit, this guide will show you exactly what Windows 11 can do, how it works under the hood, and the few situations where a dedicated tool still makes sense.

Why Windows Finally Supports More Archive Formats

Timeline of Windows extract archive files format support history

For more than 20 years, Windows could only open ZIP archives natively. Every other compressed format — .7z, .rar, .tar.gz, you name it — required hunting down third-party software, which introduced licensing headaches, potential security vulnerabilities, and unnecessary system bloat. Microsoft has now changed that decisively by integrating libarchive, a well-established open-source library, directly into the operating system.

Rather than extending the old zipfldr.dll handler (which was too limited to expand), Microsoft’s engineers built a new C++ class called ArchiveFolder backed by a supporting library, archiveint.dll — essentially their own compiled build of libarchive. The result is a modern, stream-based extraction engine baked right into File Explorer. Microsoft first announced this addition for Insider Preview Build 23493 in June 2023, and it has since rolled out to all supported Windows 11 versions from 22H2 onwards.

Archive Formats Windows 11 Now Supports

The new extract archive files engine handles a wide range of formats out of the box:

  • .zip — supported since Windows XP; now handled by the same libarchive engine
  • .7z — LZMA/LZMA2 compressed archives, natively supported since late 2023
  • .rar — can be extracted (but not created, due to RARLAB licensing restrictions)
  • .tar — plain tarballs in both GNU tar and POSIX ustar format
  • .tar.gz — tar with Gzip compression
  • .tar.bz2 — tar with BZIP2 compression
  • .tar.xz — tar with xz compression
  • .tar.zst — tar with Zstandard compression (excellent for modern multi-core CPUs)
  • .gz — standalone Gzip files

That covers the overwhelming majority of archives the average user will ever encounter, from downloaded project files and Linux tarballs to old RAR backups.

How to Use Right-Click Extract in File Explorer

Windows 11 right-click compress and extract archive files options in File Explorer

Using Windows file extraction couldn’t be simpler. Right-click any supported archive in File Explorer and you’ll see an Extract All option — the same prompt that always appeared for ZIP files. Click it, choose your destination folder, and Windows handles the rest using sensible defaults.

Need more control? Right-click any file or folder and hover over Compress to to create a new archive. You’ll see one-click options for ZIP, 7z, and TAR. Select one and Windows creates the archive immediately. For advanced settings, choose Additional options at the bottom of that sub-menu to open the full compression wizard, where you can:

  • Choose TAR variants (GNU tar or POSIX ustar) with compression filters including BZIP2, Gzip, xz, and Zstandard
  • Select the .7z compression method — LZMA1, LZMA2, or PPMd
  • Adjust compression depth with a speed-vs-size slider
  • Toggle preservation of symbolic links and hard links for complex directory structures

The whole workflow takes seconds and requires nothing extra installed. That’s a significant step forward for archive formats Windows can handle natively.

How libarchive Makes Windows File Extraction Fast

The key architectural difference in the new engine is that libarchive treats archives as a stream rather than loading the entire file into memory first. It reads the archive header, identifies the compression type, and extracts data to disk as it processes — meaning performance is determined primarily by your storage speed, not your available RAM.

On a fast NVMe SSD (which reads and writes at several gigabytes per second), the built-in Windows file extraction tool keeps pace with dedicated third-party applications for most archive types. The streaming model never becomes the bottleneck on that kind of hardware.

On older spinning hard drives or slow USB drives, the picture is different. Physical read heads must move constantly to service the sequential small reads and writes that streaming requires, and seek times add up. Applications like 7-Zip work around this by aggressively caching data in RAM, reducing how often they need to return to the physical disk. For users still on traditional HDDs with large archives, a third-party tool may still extract faster.

The compression format also matters for performance:

  • Zstandard (.tar.zst) is designed for modern multi-core processors, distributing compression work across multiple threads simultaneously. It compresses and decompresses quickly.
  • LZMA2 (.7z) prioritises compression ratio over speed and relies heavily on sequential processing. The same files will compress noticeably slower in .7z than in .tar.zst, even at identical sizes.
  • File count matters more than total size. Thousands of small files (source code, game assets, documents) create far more read-and-write operations than a single large file of the same aggregate size. Folder-heavy archives will hit the streaming engine’s limits harder than a single large video or disk image.

Extract Archive Files: What Windows 11 Still Cannot Do

Chart comparing Windows 11 native archive extraction versus third-party tools

The native implementation is excellent for most people, but it has two notable gaps you should know about before ditching a third-party tool entirely.

No RAR Creation

Windows 11 can open and extract RAR files without any extra software, but it cannot create them. This is a permanent licensing restriction imposed by RARLAB, the company behind the RAR format. That restriction is not going to disappear, so if you need to package files into RAR for someone else, you’ll need WinRAR or a compatible tool.

No Password Protection or Encryption

The most significant current gap is the lack of support for password-protected and encrypted archives. If you receive a .7z file secured with AES-256 encryption, or need to send sensitive files protected with a password, the built-in Windows file extraction wizard cannot help. For those use cases, 7-Zip remains the go-to free option. You’ll also need a dedicated application if you work with multi-volume split archives.

When You Still Need Third-Party Archive Software

For the vast majority of everyday users, the native Windows 11 extract archive capability is now sufficient. But here’s a clear breakdown of when a dedicated tool is still worth keeping:

  • Creating RAR archives — only WinRAR can do this legitimately
  • Password-protected archives — 7-Zip handles AES-256 encrypted ZIP and .7z files
  • Multi-volume split archives — splitting a large backup across several files requires dedicated software
  • Maximum compression ratios — power users squeezing every byte may prefer 7-Zip’s fine-grained control
  • Older spinning hard drives with very large archives — 7-Zip’s RAM caching can be meaningfully faster here

If none of those apply to you, uninstalling your third-party unpacker is a perfectly reasonable move. Your system will run a little cleaner without background processes from software you no longer need.

Windows 11 Archive Support and the KB5089549 Update

Archive format support has been iteratively expanded across Windows 11 updates. The Windows 11 KB5089549 update released in May 2026 continued this trend, introducing further archive format improvements alongside 120 security patches and other feature additions. Staying current with Windows Update ensures you have the most complete and secure version of the native extraction engine.

If you haven’t already upgraded to Windows 11, or if you want to make the most of features like native archive extraction, the right Windows licence matters. Buy Now Key offers Microsoft Windows 11 Pro from €17.90 — a genuine retail key with lifetime activation, so you get every feature update Microsoft ships, including all the File Explorer improvements covered in this guide.

Frequently Asked Questions

Does Windows 11 extract archive files like .7z and .rar without extra software?

Yes. Since Windows 11 version 22H2 (build 22621.2361, released late 2023), the operating system natively extracts .7z, .rar, .tar, .tar.gz, .tar.bz2, .tar.xz, .tar.zst, and .gz files using the integrated libarchive library. Simply right-click the archive in File Explorer and choose Extract All.

Can Windows 11 create .7z and .tar archives without third-party apps?

Yes. Right-click any file or folder, hover over Compress to, and choose ZIP, 7z, or TAR. An Additional options menu opens a full compression wizard with format-specific settings including compression level, TAR filter type, and link preservation. No additional software is needed.

Why can’t Windows 11 create RAR files if it can open them?

RAR is a proprietary format owned by RARLAB, which licenses creation capability exclusively. Microsoft can implement RAR extraction without restriction, but creating RAR archives requires a RARLAB licence that is not available for third parties to embed. This is a permanent limitation, not a missing feature on Microsoft’s roadmap.

Does native Windows file extraction support encrypted or password-protected archives?

Not currently. The built-in extraction wizard cannot open password-protected ZIP, .7z, or .rar files, and it cannot create encrypted archives. For those needs, 7-Zip (free, open-source) remains the best option, supporting AES-256 encryption for both ZIP and .7z formats.

Is the built-in Windows 11 archive extraction as fast as 7-Zip?

On NVMe SSDs it is broadly comparable for most archive types. The libarchive engine uses a streaming model that suits fast storage well. On older spinning hard drives or slow USB drives, 7-Zip may be faster for large archives because it caches more data in RAM. The compression format also affects speed — Zstandard is faster than LZMA2 at comparable sizes.

WSL 3 Linux subsystem running seamlessly alongside Windows 11 desktop
June 22, 2026

WSL 3 Linux Subsystem: What Developers Need to Know

Post By administrator Microsoft, Windows , , , , , No Comments

The WSL 3 Linux subsystem is Microsoft’s boldest step yet toward making Windows a first-class platform for Linux developers. With a brand-new paravirtualization engine, near-native GPU and NPU passthrough, and a built-in container runtime, WSL 3 closes the gap between a dedicated Linux machine and a Windows workstation in ways that earlier versions simply could not. If you’ve been watching the Windows Subsystem for Linux evolve from a curiosity into a serious development tool, now is the time to pay close attention.

From WSL 1 to WSL 3: A Quick History

Evolution timeline of the Windows Subsystem for Linux versions WSL 1 to WSL 3

Understanding what WSL 3 achieves requires a brief look at where it started. WSL 1, released in 2016, translated Linux system calls into Windows NT equivalents in real time — impressive, but inherently limited. WSL 2 (2019) swapped translation for a lightweight Hyper-V virtual machine running a genuine Linux kernel, delivering far better compatibility and filesystem performance for workloads kept inside the Linux filesystem.

WSL 3 does not simply iterate on WSL 2 — it rearchitects the virtualisation layer entirely around a paravirtualised VM model, meaning the Linux guest kernel is aware it is running inside a hypervisor and cooperates with the host for memory, I/O, and device access instead of emulating bare metal. The result is a measurable performance leap and a much tighter integration with Windows hardware.

What Is Paravirtualization and Why Does It Matter for WSL Linux Development?

Paravirtualization means the Linux guest kernel communicates directly with the Windows hypervisor using optimised channels rather than pretending to own physical hardware. This eliminates a significant layer of translation overhead, leading to faster process scheduling, lower memory latency, and more responsive I/O — gains that compound quickly on demanding WSL Linux development workloads like large build systems, database servers, and containerised microservices.

  • Lower latency I/O: filesystem operations between Linux and Windows see reduced overhead compared to the virtual disk model in WSL 2.
  • Better memory cooperation: the host and guest can negotiate memory pressure more intelligently, reducing the risk of WSL consuming memory that Windows applications need.
  • Faster boot times: the paravirtualised kernel image starts in milliseconds rather than the multiple seconds some WSL 2 users experienced on cold starts.
  • Improved scheduler coordination: CPU time-slicing between Windows and Linux processes is more responsive, helping interactive terminal work feel native.

GPU and NPU Passthrough: The Headline WSL 3 Feature

WSL 3 Linux subsystem GPU and NPU passthrough architecture diagram for Windows developers

For AI, machine learning, and GPU-accelerated workloads, the WSL 3 Linux subsystem introduces direct GPU and NPU passthrough that brings PyTorch, CUDA, and JAX workloads inside Linux to within roughly 3–5% of bare-metal Linux performance — a figure that makes Windows a genuinely viable AI development platform. Previously, running GPU-accelerated Linux code on Windows meant either accepting double-virtualisation overhead or switching to a native Linux boot.

What this unlocks in practice:

  • Run Ollama, llama.cpp, and other local LLM tools inside a Linux environment on your Windows machine without a performance tax.
  • Use CUDA, ROCm, and DirectML GPU back-ends from inside WSL 3 distributions as if you were on native Linux.
  • Leverage NPU acceleration (available on Copilot+ PCs with Qualcomm Snapdragon X, AMD Ryzen AI, or Intel Core Ultra chips) for inference workloads inside Linux containers.
  • Avoid maintaining a separate Linux workstation purely for AI experimentation.

Built-In Container Runtime: WSL on Windows as a Docker Alternative

One of the most practical additions in WSL 3 is a first-party container CLI and API built directly into the subsystem. Developers who currently rely on Docker Desktop or alternative container runtimes now have a path to running Linux containers natively through WSL without a third-party daemon sitting in the background. This matters for WSL on Windows in enterprise environments where Docker Desktop licensing costs have been a friction point, and for developers on bandwidth-limited machines who want a leaner toolchain.

The container integration also means Kubernetes-based workflows, CI/CD pipeline testing, and containerised microservice development can happen entirely within the WSL 3 environment, with GPU and NPU access available to containers — something that previously required complex Docker-NVIDIA runtime configuration.

WSL 3 vs WSL 2: Key Performance Differences

It is worth being specific about where the gains are real and where the two versions are comparable. WSL 2 was already strong for tasks kept entirely within the Linux filesystem; the main weaknesses were cross-filesystem I/O (accessing Windows NTFS files from Linux or vice versa), GPU availability, and container management complexity.

  • Cross-filesystem I/O: WSL 3 paravirtualization reduces the performance gap when Linux tools need to read or write Windows-side files — a common pain point for frontend developers whose projects live on the Windows drive.
  • GPU workloads: WSL 2 supported CUDA via a complex driver stack; WSL 3 treats GPU and NPU as first-class paravirtualised devices, simplifying setup and narrowing the gap to native Linux.
  • Pure Linux I/O (ext4 filesystem): both WSL 2 and WSL 3 perform strongly here; the delta is smaller but still measurable in compile-heavy workloads.
  • Memory overhead: WSL 3’s cooperative memory model typically uses less RAM than a comparable WSL 2 instance at the same workload level.

Open Source WSL: What It Means for the Community

Recommended hardware setup for running WSL 3 Linux subsystem on Windows 11

In May 2025, Microsoft made the Windows Subsystem for Linux open source, publishing the full codebase on GitHub. This is not a minor footnote — it means the community can audit the code, submit fixes, and build on the platform without waiting for Microsoft release cycles. For the WSL Linux development community, open sourcing WSL signals a long-term commitment and removes the legitimate concern that the tool could be quietly deprecated or quietly degraded.

You can follow the official WSL repository and track WSL 3 progress directly on Microsoft’s Windows Developer Blog. Reporting bugs, tracking known issues, and even contributing patches is now an option for any developer who depends on the subsystem.

Which Windows 11 Edition Do You Need for WSL 3?

WSL 3 targets Windows 11 and benefits from the tighter Hyper-V integration that Windows 11 provides over Windows 10. While WSL 2 runs on Windows 10 version 2004 and later, the GPU/NPU passthrough and paravirtualised container features of WSL 3 are designed around Windows 11’s updated virtualisation stack and driver model.

For most developers, Windows 11 Pro is the recommended edition — it includes Hyper-V, BitLocker, and Group Policy tools that matter in a professional development environment. Windows 11 Home works for personal projects, and Buy Now Key offers Windows 11 Home at very competitive prices if you want to get started without overspending on an OS licence.

If you want the best WSL 3 experience, here is a minimum recommended setup:

  • Windows 11 (Pro recommended for Hyper-V control)
  • A modern CPU with hardware virtualisation enabled in BIOS/UEFI
  • 16 GB RAM or more for comfortable multitasking
  • A dedicated GPU (NVIDIA, AMD, or Intel Arc) for AI/GPU workloads
  • An NVMe SSD for filesystem-intensive builds

Enabling WSL 3: Getting Started

Installing the Windows Subsystem for Linux on Windows 11 is straightforward. Open PowerShell as Administrator and run:

wsl --install

This installs WSL with Ubuntu by default. To update to WSL 3 once it is available in the stable channel, run:

wsl --update

Then set the default version:

wsl --set-default-version 3

You can install additional distributions from the Microsoft Store or via the command line using wsl --install -d <DistroName>. Popular choices include Ubuntu, Debian, Fedora Remix, and Kali Linux — all of which benefit from WSL 3’s improved kernel and GPU passthrough.

Real-World Use Cases Where WSL 3 Excels

The improvements in WSL 3 are not theoretical. Here are the workflows where the upgrade makes a tangible difference for WSL on Windows:

  • AI and ML model training: Run PyTorch or TensorFlow with GPU acceleration inside Linux without dual-booting or a separate machine.
  • Containerised backend development: Spin up databases, message queues, and API services in Linux containers using WSL 3’s native container runtime.
  • Cross-platform CLI tooling: Use bash scripts, Make, grep, sed, and the full GNU toolchain natively alongside Windows tools like PowerShell and the Windows Terminal.
  • Frontend web development: Run Node.js, npm, and webpack on the Linux side for speed, while editing files in VS Code on Windows via the Remote – WSL extension.
  • Security research and penetration testing: Kali Linux or ParrotOS inside WSL 3 with GPU acceleration for password cracking and hash analysis.
  • DevOps and infrastructure: Test Terraform, Ansible, and Helm charts in a local Linux environment that mirrors your CI/CD pipeline closely.

Should You Switch to WSL 3 Now?

If you are already using WSL 2 productively, the upgrade path is low-risk — existing distributions can be converted to the new version without reinstallation. If you are a Windows user who has avoided WSL due to performance concerns or GPU limitations, WSL 3 is the version that warrants a genuine second look.

According to a detailed breakdown by ZDNet, WSL 3 makes Linux development on Windows compelling in a way previous versions never quite managed — particularly for developers in mixed Windows/Linux shops who no longer want to maintain two separate machines. The combination of near-native GPU performance, a leaner container story, and an open-source codebase removes the three biggest objections that pushed developers toward native Linux.

FAQ

What is the difference between WSL 2 and WSL 3?

WSL 2 uses a full Hyper-V virtual machine with a real Linux kernel but treats hardware as emulated. WSL 3 replaces that with a paravirtualised VM model where the Linux guest cooperates directly with the Windows hypervisor for memory, I/O, and device access. The practical result is lower latency, better GPU and NPU passthrough, and a built-in container runtime that WSL 2 does not include natively.

Does WSL 3 require a specific version of Windows 11?

WSL 3’s full feature set — particularly GPU and NPU passthrough — targets Windows 11 and its updated virtualisation stack. While WSL 2 runs on Windows 10 (version 2004+), developers wanting the best WSL 3 experience should be on Windows 11. WSL updates are delivered through the Microsoft Store, so you do not need a major OS upgrade to get the latest WSL release once you are on a supported Windows 11 build.

Can I run AI frameworks like PyTorch inside WSL 3?

Yes. WSL 3’s direct GPU passthrough lets PyTorch, TensorFlow, JAX, and other GPU-accelerated frameworks run inside Linux with performance within roughly 3–5% of bare-metal Linux. CUDA workloads are supported on NVIDIA GPUs, and the NPU passthrough available on Copilot+ PC hardware opens up local inference for large language models and other AI workloads inside the WSL Linux subsystem.

Is WSL 3 open source?

Yes. Microsoft open-sourced the Windows Subsystem for Linux in May 2025, publishing the full codebase on GitHub. This allows developers to audit the code, contribute fixes, and track the development of WSL 3 features in the open. It is a significant signal of Microsoft’s long-term commitment to the platform and gives the developer community a meaningful stake in its direction.

Do I need Windows 11 Pro or will Windows 11 Home work?

Windows 11 Home runs WSL 3 for standard development tasks. However, Windows 11 Pro is recommended for professional developers because it includes full Hyper-V management tools, BitLocker drive encryption, and Group Policy — features that matter in team and enterprise environments. Both editions are available at Buy Now Key with lifetime activation licences.

How do I update my existing WSL installation to WSL 3?

Open PowerShell as Administrator and run wsl --update to pull the latest WSL release. Once WSL 3 is in the stable channel, run wsl --set-default-version 3 to make it the default for new distributions. Existing WSL 2 distributions can typically be converted without data loss using wsl --set-version <distro> 3. Always back up important data before any major subsystem upgrade.

Euro-Office open source alternative compared to Microsoft Office suite interface
June 9, 2026

Euro-Office Open Source Alternative: How It Compares to Microsoft & Google

Post By administrator Microsoft, Office , , , , , No Comments

The Euro-Office open source alternative launched to real fanfare in mid-2025, positioning itself as Europe’s answer to the dominance of Microsoft 365 and Google Workspace. Backed by a coalition of European tech companies including Nextcloud, IONOS, Proton, and Soverin, it promises GDPR-native architecture, full data sovereignty, and zero dependence on US-controlled cloud infrastructure. But does it actually deliver on those promises — and is it ready for everyday use?

What Is Euro-Office and Why Does It Exist?

Euro-Office open source alternative tech stack and European cloud infrastructure diagram

Euro-Office is a fully open-source, cloud-based productivity suite built on OnlyOffice’s document engine. It covers documents, spreadsheets, presentations, and PDFs, with both browser-based and desktop clients available. The project was announced at a press event in Berlin and is developed collaboratively by more than a dozen European organisations, with source code publicly available on GitHub.

The motivation is straightforward: over 70% of European public-sector organisations rely on Microsoft 365 or Google Workspace for core productivity tasks, creating legal and geopolitical exposure under US jurisdiction. The EU’s push for digital sovereignty — accelerated by debates over the CLOUD Act and transatlantic data flows — has turned “owning your own stack” from an ideological position into a practical procurement priority.

  • Document editors: Word-processor, spreadsheet, and presentation apps with real-time collaboration

  • Cloud storage: European-hosted file storage integrated with Nextcloud

  • Email and calendar: Built-in mail client and calendar, all GDPR-compliant by design

  • Mobile apps: Android and iOS clients alongside the web interface

  • Self-hosting option: Organisations can run the entire stack on their own servers

Euro-Office Open Source Alternative vs Microsoft 365

Comparison chart of open source office suite Euro-Office versus Microsoft 365 features

Microsoft 365 remains the benchmark for feature completeness, and a head-to-head comparison reveals both where Euro-Office genuinely competes and where gaps remain.

Compatibility

Because Euro-Office is built on OnlyOffice, it handles .docx, .xlsx, and .pptx files well — considerably better than LibreOffice has historically managed. Formatting round-trips with complex Word documents are largely preserved, which is a major practical win for any team that regularly exchanges files with external partners still on Microsoft’s ecosystem.

Collaboration Features

Real-time co-authoring works in the browser, and the Nextcloud integration means document versioning and shared drives feel familiar. However, Microsoft 365’s Teams-plus-Office integration — with its deep threading, loops, and meeting recordings — is still more mature. Euro-Office is closer to early-era Google Docs functionality than to the full Microsoft 365 experience circa 2025.

AI Tooling

Microsoft 365 Copilot is now embedded across Word, Excel, and PowerPoint. Euro-Office has no equivalent AI layer at launch — a gap that will matter more to productivity-focused teams as AI-assisted drafting becomes standard workflow.

Cost

Euro-Office is free and open source. Microsoft 365 Personal costs around €69/year in Europe, while Business plans start from around €6/user/month. That said, self-hosting Euro-Office is not zero-cost — server infrastructure, IT administration, and support add up. For smaller teams simply wanting a lower software bill, there is a genuinely compelling case here.

How the EU Sovereign Office Push Compares to LibreOffice

A fair question the open-source community is already asking: why Euro-Office and not LibreOffice, which has existed since 2011 and has a proven track record? The answer is largely about cloud-native architecture and collaborative editing. LibreOffice is primarily a desktop application with a separate (and less polished) online version. Euro-Office is web-first, built for simultaneous multi-user editing from day one — which is what organisations migrating away from Google Docs actually need.

LibreOffice also has the advantage of maturity and an enormous ecosystem of extensions, templates, and community documentation. Euro-Office 1.0 is, by definition, a first stable release. IT teams evaluating a switch should weigh that carefully.

Who Is the EU Sovereign Office Really For?

Euro-Office makes the most sense in specific contexts rather than as a universal replacement right now. The strongest use cases are:

  1. Public-sector organisations with regulatory obligations around data residency and GDPR compliance

  2. SMEs handling sensitive data — legal, healthcare, or financial firms subject to EU data protection rules

  3. Governments and municipalities following the lead of Denmark’s Ministry of Digitalisation, which has publicly committed to moving away from Microsoft

  4. Open-source advocates wanting a collaborative suite they can audit and self-host

For individual home users or small businesses primarily exchanging files with Microsoft Office users, the friction is likely not worth it today. Compatibility is good, but not perfect, and the polish of Microsoft’s desktop apps remains ahead.

Microsoft Office Alternatives That Are Available Right Now

Microsoft Office alternative perpetual licence key for one-time purchase productivity

If you are re-evaluating your office software stack, you do not have to wait for Euro-Office to mature. The broader landscape of Microsoft Office alternatives includes tools at every price point — including perpetual-licence versions of Microsoft Office itself, which give you full desktop functionality without the subscription model.

At Buy Now Key, you can get a genuine perpetual licence for Microsoft Office 2021 — which includes Word, Excel, PowerPoint, and Outlook — from just €19.10 for Office 2021 Professional Plus (OEM). That is a one-time payment with lifetime activation, no recurring fees, and no dependency on a cloud subscription service. For teams that want the proven reliability of Microsoft’s desktop apps without the annual cost of Microsoft 365, it is a practical middle ground.

If you need the most current perpetual release, the Microsoft Office 2024 range is also available — the latest one-time-purchase suite with updated features and extended support.

The Open Source Office Suite Debate: Ideology vs Practicality

The enthusiasm around Euro-Office reflects a genuine shift in how organisations think about software dependencies. The legal risk of storing EU citizen data on US-jurisdictioned infrastructure became impossible to ignore following a string of transatlantic data-transfer rulings. Open-source, European-hosted tools are no longer just a fringe preference — they are appearing in government procurement frameworks.

But “open source” is not a synonym for “ready for enterprise production”. Organisations that have tried to migrate to LibreOffice at scale will tell you that template incompatibility, macro support gaps, and user retraining costs can easily outweigh the licensing savings. Euro-Office needs to prove itself over several release cycles before most IT managers will treat it as a genuine tier-one option.

That doesn’t mean dismissing it — far from it. A credible open source office suite with real-time collaboration and European data hosting is exactly what the market has needed. The first stable release is a meaningful milestone, and the coalition behind it — Nextcloud alone has over 400,000 deployments worldwide — gives it genuine staying power.

Verdict: Is Euro-Office Worth Switching To Today?

The honest answer is: it depends on your situation. If data sovereignty and GDPR compliance are core requirements, Euro-Office deserves serious evaluation right now — especially for public-sector and regulated-industry use cases. If you simply want a capable, familiar, cost-effective office suite with proven compatibility and no ongoing subscription, a perpetual-licence Microsoft Office alternative remains the most practical choice for most users.

The competitive pressure Euro-Office represents is, in any case, a win for users across the board. Microsoft has long known that subscription fatigue is real — the existence of a credible European challenger keeps pricing and data practices in check.

FAQ

Is Euro-Office completely free to use?

Yes — Euro-Office is free and open source under a licence that allows anyone to use, modify, and self-host it. A managed cloud-hosted version may carry hosting costs depending on the provider, but the software itself has no licence fee. The source code is publicly available on GitHub.

Does Euro-Office work with Microsoft Office file formats?

Euro-Office is built on the OnlyOffice document engine, which has strong compatibility with .docx, .xlsx, and .pptx formats. Most standard documents open and save correctly, though highly complex formatting, custom macros, or specialised Word features may not transfer perfectly.

What makes Euro-Office different from LibreOffice?

The key difference is architecture: Euro-Office is cloud-native and web-first, with built-in real-time collaborative editing. LibreOffice is primarily a desktop application. Euro-Office is also newer (first stable release in 2025/2026), while LibreOffice has been mature and battle-tested since 2011.

Is a perpetual Microsoft Office licence a good alternative to subscription software?

For many users, yes. A perpetual licence like Microsoft Office 2021 gives you fully functional Word, Excel, PowerPoint, and Outlook with a single one-time payment and no recurring cost. You won’t get the continuous cloud updates of Microsoft 365, but for stable everyday productivity it is an excellent value option — and it is available from Buy Now Key from €19.10.

Which organisations is Euro-Office best suited to?

Euro-Office is best suited to public-sector organisations, European government bodies, and businesses in regulated industries (healthcare, legal, finance) that have strict data residency obligations under GDPR. Consumer and SME users with no specific sovereignty requirements will likely find current Microsoft Office versions more practical day-to-day.