As Microsoft prepares to cease regular updates for Windows 10 on October 14, 2025, users are seeking alternatives to secure their systems. One option is 0patch, a software service that provides micropatches aimed at protecting Windows 10 users from vulnerabilities post-support. Priced at approximately €25 per year for its Pro plan, 0patch also offers a free tier that delivers essential zero-day patches.
The urgency for effective solutions arises as Microsoft announced it would no longer support Windows 10 after a decade-long service. Users face a pressing decision: upgrade to Windows 11, switch to Linux, or opt for extended security services. Many have enrolled in Microsoft’s Extended Security Updates (ESU), a program charging $30 annually for official security fixes, but this service will also end in October 2026.
What is 0patch and How Does It Work?
Based in Europe, 0patch specializes in providing micropatches tailored to address specific vulnerabilities. Each micropatch is a small update aimed at a single issue, offering a quick response to newly discovered vulnerabilities. According to Mitja Kolsek, co-founder of 0patch, the company relies on external sources for vulnerability information, resulting in an average of two to three micropatches released monthly.
Users can expect targeted updates when vulnerabilities become public knowledge. The criteria for releasing a micropatch include factors such as public awareness of an exploit, active exploitation, and the absence of an official fix from Microsoft. This means 0patch focuses on widely used software and features, ensuring critical vulnerabilities are addressed swiftly.
The service offers two tiers: the free version primarily provides zero-day patches, while the Pro plan includes additional legacy patches necessary for comprehensive protection of Windows 10, particularly the 22H2 version. Kolsek advises against relying solely on the free version without also subscribing to Microsoft’s ESU for complete coverage.
Performance and User Experience
In a personal trial, I installed the free version of 0patch on a Windows 10 laptop to evaluate its performance in real-world scenarios. The installation was straightforward, functioning similarly to any conventional application. Once set up, 0patch operates quietly in the background, automatically applying updates without user intervention.
The user-friendly dashboard displays relevant statistics, including the number of active patches and applications being protected. Users can easily review the specific patches applied, which can be verified against the developer’s blog for transparency. The built-in 0patch Agent manages micropatch installations seamlessly, while allowing users to disable specific patches if performance issues arise.
Some users have reported performance challenges following updates, including compatibility issues with various antivirus programs. However, during my tests, I found that 0patch did not significantly impact system performance. Running multiple Geekbench 6 tests indicated no noticeable degradation in speed or efficiency.
Uninstalling 0patch is straightforward, with all patches removed from the system, allowing users to revert to their previous configuration without complications.
It’s important to note that 0patch plans to continue supporting Windows 10 until at least October 2030, with the potential for extension based on user demand. Kolsek mentioned that support could be available until 2035 or beyond if there is sufficient interest.
For those considering a long-term strategy for Windows 10 security, 0patch Pro seems to be an effective solution. With its annual subscription costing around $30, it includes a complimentary 30-day trial and offers an Enterprise plan for €35 (approximately $40) to accommodate multiple users and devices.
In conclusion, while 0patch is not a replacement for Microsoft updates, it provides a viable option for users who wish to extend the life of their Windows 10 systems. For individuals hesitant to transition to Windows 11 or explore Linux, 0patch offers a practical approach to maintaining security and performance in an increasingly unsupported environment.
