Microsoft is actively working on the next version of its operating system – Windows 12. The release is expected in the second half of 2025, although an official presentation date has not been announced. Analysts suggest the announcement could come in June 2025 at Microsoft Build or WWDC 2025.
Microsoft’s next OS, Windows 12, matters because it sets the direction for how mainstream computing absorbs AI and modular design. For developers, businesses and users worldwide, the platform choice affects software compatibility, hardware purchasing and enterprise architecture. Windows still runs on billions of PCs; any change in requirements or system design ripples through IT budgets, laptop roadmaps and app ecosystems. The push toward NPUs could speed an industry-wide shift to specialized silicon, while a modular CorePC model changes how OEMs and IT teams build and customize systems. For consumers, features such as a searchable ”History/chronology” promise a new way to retrieve past documents, apps and web sessions. With a tentative release window in the second half of 2025, vendors and admins have time to plan, but must weigh upgrade paths and support lifecycles. Windows 12 may not be just another generational update – it could redefine expectations for desktop intelligence.
Integration of artificial intelligence
One of the headline changes in Windows 12 will be deep integration of artificial intelligence (AI). Expect AI to be embedded throughout the system to optimize performance and refine the user experience.
Microsoft is also developing a feature called ”History/chronology” that will remember opened documents, apps and websites along a time-based timeline. Users will be able to ”rewind time” to access material they worked on previously, filtering results by search criteria to find the exact context or content they need.
Modular CorePC architecture
Windows 12 will be built on a modular CorePC architecture – effectively a builder for the operating system. The system’s modules will be isolated from each other and can be removed or added, letting OEMs and users adapt the OS to a specific device profile.
System requirements and compatibility
Microsoft has not published official system requirements for Windows 12, but reasonable assumptions can be made based on current trends and technological progress. It is expected that running Windows 12 will require a processor with a clock speed of at least 1 GHz, 64-bit architecture, two or more cores, minimum 4-8 GB of RAM and 16 GB or more of disk space.
Access to the most important new features will require new neural processing units (NPU) specifically designed to accelerate AI workloads. Functionality on machines with older processors may be significantly limited.
Release date and updates
Windows 12 is expected to ship in July-October 2025. The Windows 11 2024 update, also known as version 24H2, became available for download in early October. Microsoft delayed the larger OS release cycle into 2025 in order to deliver that update first.
Users should therefore expect Windows 12 no earlier than the second half of 2025. In the meantime, Microsoft will continue to support and update current OS versions, rolling out new features and improvements.
A note for Russian readers
In Russian tech coverage, it’s common to link Microsoft’s timing to other major developer events because both Microsoft Build and Apple’s WWDC typically fall in June – hence the analysts’ speculation about a June announcement. Also, the shorthand ”Windows 11 2024” or ”24H2” is widely used in local reporting to describe the October update that pushed the broader Windows release schedule into 2025. Expect Russian outlets to emphasize how these calendar shifts affect local PC sellers and enterprise support windows.
Conclusion and analysis
Windows 12 looks positioned to be more than a cosmetic overhaul. Embedding AI throughout the OS and tying key features to NPUs signals a strategic nudge toward specialized hardware – something that could accelerate a refresh cycle for laptops and desktops in both consumer and enterprise segments. CorePC’s modularity is promising for thin clients and custom enterprise builds, but it also raises questions about fragmentation and compatibility: will apps and management tooling adapt quickly enough to a componentized OS model?
For IT teams, the mixed message is clear: plan for hardware that supports NPUs if you want full feature parity, but expect a transition period where older devices remain usable with reduced functionality. For developers, modular CorePC and a timeline-based History feature offer new opportunities for workflow integrations – provided Microsoft publishes stable APIs and clear migration paths. And for consumers, the promise of AI-enhanced search across past activity is attractive, but privacy and data retention controls will be critical to adoption.
Ultimately, Windows 12 could reset expectations about what a desktop OS should do with on-device intelligence and customization. The second half of 2025 release window gives the ecosystem time to prepare, but it also sets a deadline: vendors, IT departments and users who want the full experience will need to consider new hardware and new management approaches sooner rather than later.