Windows 10’s retirement in October 2025 didn’t make it vanish overnight — it only sharpened the question users have been asking for years: when does a perfectly good tool become disposable? The MakeUseOf piece that kicked off this conversation captures the tension well: for many, Windows 10 achieved a rare thing in consumer software — it felt finished and reliably useful — and that alone is a persuasive reason to keep using it. ows 10 arrived in 2015 as a pragmatic reset for Microsoft. Over more than a decade it accrued fixes, driver compatibility, enterprise trust, and an ecosystem of tools that many users and organizations still prefer. Microsoft set a firm date:
October 14, 2025 as the end of free mainstream and security updates for standard Windows 10 installations. The company responded to public backlash and compatibility concerns by offering a time‑boxed Extended Security Updates (ESU) program for consumers that runs through
October 13, 2026, with enrollment options that include a free path for users who sync their devices to a Microsoft account, redeeming Microsoft Rewards points, or a one‑time payment (commonly reported as $30). Microsoft’s official ESU documentation spells out the program details and eligibility.
At the same time, platform adoption data tracked by StatCounter showed that Windows 10 remained a huge share of the Windows install base into late 2025 — around the mid‑40s percentage range for version share in December 2025 — which helps explain why many users and organizations chose to keep it rather than rush toward Windows 11.
These two facts — a large, mature installed base and a short, limited bridge via ESU — set the stage for the central conflict: stability and longevity of older hardware vs. Microsoft’s push toward a hardware‑assisted, AI‑forward Windows 11.
Why many users still prefer Windows 10
Stability over novelty
One repeated theme from the community is the idea that Windows 10 is “finished software.” After years of cumulative patches, the OS behaves predictably: drivers are mature, common workflows are proven, and enterprise management tools are well understood. For knowledge workers, creators, and administrators, that stability is not an aesthetic preference — it’s a productivity metric. The MakeUseOf author’s sentiment — that an Oble tool rather than an experiment in monetization or constant UI churn — reflects a broader enterprise and enthusiast mindset.
Performance on legacy hardware
Windows 10 often feels snappier on older machines because it lacks some of the security and telemetry features that Windows 11 encourages or enables by default. One example:
Virtualization‑Based Security (VBS) and its related protections (HVCI/Memory Integrity) can add measurable overhead. Independent benchmarks from respected outlets show that enabling VBS/HVCI can reduce gaming frame rates and, in some CPU‑bound scenarios, cost single‑digit to low‑double‑digit percentages of performance — a meaningful hit for those running older CPUs without the latest mitigations like MBEC. This performance delta has been one practical reason gamers and power users avoid automatic upgrades or opt to keep Windows 10 on older rigs.
Hardware liberation and sustainability
Windows 11’s relatively strict hardware requirements — TPM 2.0, Secure Boot, and minimum CPU families — created what many described as an “artificial wall” that prevented a large swath of perfectly serviceable machines from being upgraded. Advocacy groups like PIRG raised alarms about a potential e‑waste surge tied to the retirement of Windows 10, estimating hundreds of millions of devices might be affected if owners feel pressured to replace incompatible hardware. That environmental argument — that software decisions can drive premature hardware disposal — resonated with consumers and small repair shops alike.
What Microsoft actually offered: the ESU lifeline and its limits
Microsoft’s consumer ESU program is real and concrete. The company published enrollment paths, device prerequisites, and a hard end date for the extended program:
October 13, 2026. ESU provides
security‑only updates (Critical and Important severity classes as defined by Microsoft), but it does not deliver feature updates, non‑security quality fixes, or general technical support. Enrollment has prerequisites — the device must be on Windows 10 version 22H2 and meet servicing stack requirements — and Microsoft ties the free enrollment option to the use of a Microsoft account for sync/backups. The paid option allows local accounts to be covered but still only through the ESU window. These constraints are important because they shape who can practically keep a Windows 10 machine patched and for how long.
Key takeaways:
- ESU is a time‑boxed bridge, not a permanent safety net.
- It’s security‑only; non‑security bug fixes and new features stop.
- Enrollment mechanics (Microsoft account or one‑time payment) matter for privacy‑conscious users.
Patching without Microsoft: the rise of micropatching
For users and organizations unwilling or unable to enroll in ESU, third‑party micropatching has become a practical option. Services like
0patch produce targeted “micropatches” for vulnerabilities — often delivering fixes faster than vendors or for systems vendors no longer officially supporting. 0patch publicly documented micropatches for Windows versions and critical CVEs during and after the Windows 10 lifecycle, and it explicitly positioned its service as a way to keep legacy installations secure against known vulnerabilities. Micropatching is not a perfect substitute for full vendor support — it’s a stopgap — but it has proven useful in the real world for organizations that must keep specific legacy systems running.
Pros and cons of micropatching:
- Pros: Rapid fixes for 0‑days; can cover many out‑of‑support Windows builds.
- Cons: Smaller patch surface (only specific vulnerabilities), reliance on third‑party trust, potential compatibility risk with future updates.
The hardware wall and the e‑waste argument — how real is it?
The shock value claim — hundreds of millions of PCs “rendered obsolete” by Windows 11’s requirements — deserves nuance. Multiple independent analysts and advocacy groups offered different estimates: Canalys, PIRG, and other organizations published varying numbers (for example, Canalys’ estimate of ~240 million machines at risk vs. PIRG’s higher figures). The disagreement stems from how each group defines “at risk” (actively used devices versus dormant units), regional hardware distributions, and whether software workarounds count. Regardless of the exact number, the practical effect was clear: many older machines lacked TPM 2.0 and UEFI/Secure Boot in stock configurations, and organizations had to choose between purchasing new hardware, migrating to other operating systems, or relying on the limited ESU window.
Environmental and social dimensions:
- E‑waste is a real concern. Replacing tens or hundreds of millions of devices has measurable ecological costs.
- The decision to require TPM 2.0 and tighter CPU baselines was defended as a long‑term security investment, but it had short‑term sustainability tradeoffs that advocacy groups highlighted.
The security calculus: risk vs. reward
Sticking with Windows 10 after official support ends is a defensive gamble. The risks:
- New, unpatched OS‑level vulnerabilities discovered post‑EoS will not be fixed for non‑ESU devices. That gap is what makes unsupported systems attractive targets for mass exploitation.
- Software vendors and driver authors eventually shift focus to supported platforms, which raises compatibility risks over time.
Mitigations that reduce risk without immediate hardware replacement:
- Enroll eligible devices in Microsoft’s ESU program for security‑only updates through October 13, 2026. This is the most straightforward vendor‑backed mitigation.
- Use vetted micropatching services (e.g., 0patch) while maintaining a strict patch policy and monitoring for regressions.
- Harden the environment: ensure browser and productivity app updates continue, apply least‑privilege policies, use modern endpoint protection, and segment networks so legacy desktops have limited attack surface.
None of these fully replaces the security guarantee of a supported OS, but combined they can materially reduce immediate risk for users who cannot migrate instantly.
Gaming, VBS, and the performance trade‑off
One persistent complaint about Windows 11 is that Microsoft’s security posture sometimes collides with gamers’ performance expectations. Virtualization‑based protections — VBS and HVCI (Memory Integrity) — have measurable overhead. Benchmarks demonstrate that enabling these features can cost around 4–6% in many titles on contemporary hardware and more on older chips without mitigation features; in some titles and configurations the hit can be larger. For gamers and content creators who rely on every frame, that matters. The consequence: some users choose to remain on Windows 10, or to disable those protections on Windows 11 gaming rigs where risk is acceptable.
This is not only about raw FPS. VBS changes kernel and driver behavior, and older drivers or poorly optimized hardware can destabilize or throttle workloads when those protections are active. The practical result has been a fragmented approach: OEMs and system vendorsr disable these features depending on device class, and savvy users have a choice to toggle them — with an associated security trade‑off.
Practical migration options — a playbook for Windows 10 holdouts
If you’re considering staying on Windows 10, evaluate and document a clear plan. Below is a pragmatic checklist.
- Inventory and categorize devices.
- Which machines are critical, internet‑facing, or store sensitive data? Prioritize their migration or ESU enrollment.
- Determine ESU eligibility and enroll when appropriate.
- ESU requires Windows 10 version 22H2. If eligible, decide whether to use the free Microsoft‑account‑bound path, redeem Rewards points, or buy the one‑time license.
- Layer micropatching only after due diligence.
- If you use services like 0patch, validate their SLAs, test patches in a staging environment, and maintain an incident playbook.
- Harden and segment networks.
- Put legacy machines behind strict network controls, block unnecessary inbound services, and limit admin account use.
- Plan for long‑term migration.
- Budget hardware refresh cycles, evaluate Windows 11 compatibility, and consider alternative OS options (Linux, ChromeOS Flex) for machines that can’t be upgraded.
- Consider lifecycle and sustainability.
- If devices are still viable, explore refurbishing or repurposing them in contexts that reduce e‑waste risk (lab machines, kiosks, or donor programs).
This plan accepts that staying on Windows 10 can be safe for a limited, managed period — but requires active governance and a migration timeline.
Critical analysis: strengths, risks, and why this debate matters
Strengths of the Windows 10 *Predictable productivity**: Many workflows and legacy applications continue to run well on Windows 10; that stability has real productivity value.
- Cost avoidance: Delaying hardware refreshes frees capital for higher‑priority projects and reduces environmental impact in the near term.
- Tactical performance: For specific workloads (older CPUs, certain games), Windows 10 can be objectively faster due to absent defaults like VBS.
Risks and downside:
- Security exposure: Without ESU or micropatches, newly discovered OS vulnerabilities will remain unfixed — a systemic risk for sensitive environments.
- Eroding ecosystem support: Over time, driver and application vendors will prioritize supported platforms, increasing friction for legacy systems.
- False comfort: The sense of “if it ain’t broke” can mask latent threats; well‑maintained infrastructure, not inertia, is the safest posture.
Why Microsoft’s approach sparked a broader conversation: the Windows 11 hardware requirements represent a strategic decision to build the platform on newer hardware security primitives. The tradeoff — better baseline security in the long term vs. immediate compatibility and sustainability concerns — is a policy and product choice with real environmental and social consequences. Advocacy groups argued that Microsoft could have phased or offered broader free ESU windows to reduce e‑waste pressure; Microsoft countered that hardware‑assisted protections were necessary for the modern threat landscape. Both positions contain valid points; the disagreement is primarily about pace and mitigation.
Final verdict: staying is defensible, but only with a plan
Choosing to remain on Windows 10 after its official retirement is a legitimate, pragmatic decision for many users — but it must be accompanied by discipline and a migration timetable. The MakeUseOf article’s central claim — that Windows 10 achieved a state of finish and reliability that many users value over the novelty of Windows 11 — is an accurate reflection of user experience and sentiment.
If you keep Windows 10, do so intentionally:
- Enroll in ESU where it makes sense to buy time.
- Consider trusted micropatching services as a temporary safety net, not a permanent replacement for vendor support.
- Harden, segment, and monitor legacy devices aggressively.
- Make a migration timeline and factor in sustainability: avoid letting the device become obsolete without attempting responsible refurbishment or reuse.
Windows 10’s legacy is more than nostalgia — it is an argument in favor of software that respects users’ time and workflows. But legacy alone is not immunity. The right approach balances the value of a finished tool with the realities of evolving threats, vendor support windows, and environmental responsibility. For those who choose to stay, the path is defensible, but the clock is real — and it demands a plan.
Source: MakeUseOf
It's 2026 and I'm still not giving up Windows 10