Microsoft Build 2026 begins June 2 at Fort Mason Center in San Francisco, with Microsoft expected to use the two-day developer conference to preview Windows, Copilot, AI agents, Azure tooling, and the next stage of Arm-based PC hardware. The event matters because Microsoft is no longer merely adding AI features to Windows; it is trying to redefine what a Windows PC is for. That makes this Build less a product showcase than a test of whether developers, administrators, and users are ready to accept AI as the operating system’s organizing principle.
Build has always been Microsoft’s most revealing conference because it speaks less to consumers than to the people who make Microsoft platforms useful. The company can run splashier Surface events and carefully staged Windows demos, but Build is where the scaffolding appears: APIs, SDKs, developer sessions, policy language, deployment assumptions, and the hints that tell IT departments what kind of future they are being asked to fund.
This year’s setting sharpens the symbolism. Microsoft is bringing Build to San Francisco at a moment when the gravitational center of the software industry has shifted toward AI infrastructure, agents, and model orchestration. The Windows story is still there, but it is increasingly wrapped inside a larger claim: the PC is now an endpoint for distributed intelligence, not just a local machine running local apps.
That is a profound change for Windows users. For decades, the operating system’s pitch was compatibility, manageability, and reach. Now Microsoft is trying to add another requirement: a Windows machine should be able to run, broker, and personalize AI workloads across silicon, cloud services, and application surfaces.
The danger is that this new pitch can sound like a vendor roadmap in search of user consent. Build 2026 is Microsoft’s opportunity to show that AI on Windows is not merely a branding layer over Copilot buttons, subscriptions, and silicon refresh cycles.
Microsoft has spent the last two years pushing Copilot+ PCs as the hardware expression of its AI strategy. The basic proposition is straightforward: if a PC has a sufficiently capable neural processing unit, Windows can offload certain AI tasks locally instead of sending everything to the cloud. That allows features such as semantic search, image generation, translation, and contextual actions to feel faster, more private, and less dependent on round trips to Azure.
But the platform question is harder than the marketing question. It is one thing to say that a Copilot+ PC can run AI features locally. It is another to convince developers that Windows offers a coherent, durable target for AI apps across Qualcomm, AMD, Intel, and potentially Nvidia-backed systems.
That is where Build matters. Microsoft needs to show that Windows AI development is not a maze of hardware-specific capabilities, preview-only features, and moving product names. Developers need abstractions they can trust. Enterprises need policies they can enforce. Users need features that justify the hardware churn.
If Microsoft gets this right, Windows becomes the place where local AI and cloud AI meet without the user having to think too much about it. If Microsoft gets it wrong, Copilot+ becomes another sticker on a laptop lid — technically meaningful, commercially useful, but culturally hollow.
At Build 2026, Microsoft’s job is to make Copilot feel less like an assistant that appears wherever there is spare interface space and more like a programmable layer developers can build against. That means fewer demos of chat boxes and more evidence of durable integration: actions, permissions, audit trails, app context, identity boundaries, and enterprise controls.
The PCMag Australia preview correctly points to Copilot as one of the likely centers of gravity for this year’s event. But the real story is not whether Microsoft announces another Copilot feature. The real story is whether Microsoft can make Copilot boring in the right way — reliable, governable, composable, and predictable enough that IT teams stop treating it as a novelty and start treating it as infrastructure.
That is a higher bar than keynote applause. A consumer can tolerate a clever Copilot feature that works most of the time. A sysadmin cannot tolerate an agent that takes unexplained action across sensitive data. A developer cannot build a serious workflow on top of APIs that feel like they are being reorganized every quarter.
For Windows, this matters because the operating system is where trust failures become visceral. A hallucinated answer in a browser tab is irritating. An overreaching AI feature embedded in the desktop, file system, clipboard, screenshot pipeline, or app launcher feels like a different class of intrusion.
The answer in 2026 is no longer a simple yes or no. Windows on Arm is vastly more credible than it was in the Windows RT days, and the app compatibility story has improved considerably. But credibility is not the same as inevitability. Many professional workflows still depend on drivers, plug-ins, virtualization tools, VPN clients, security agents, and niche utilities that do not always behave equally across architectures.
That is why Build is the right venue for the Arm conversation. Consumers see battery life and thin hardware. Developers and IT departments see toolchains, emulation, deployment rings, device management, and support tickets. Microsoft has to satisfy both audiences.
If Nvidia-powered Windows on Arm systems appear in or around the Build/Computex window, the stakes rise again. Nvidia would bring not only brand power but a very different AI compute narrative to Windows laptops. A Windows Arm ecosystem that includes Qualcomm for efficiency and Nvidia for AI horsepower would be far more interesting than a single-supplier experiment.
But it would also be more complicated. Microsoft would need to ensure that Windows AI APIs scale across NPUs, GPUs, and CPUs without developers having to hand-tune for every silicon vendor. The company’s historical advantage has been abstraction. Its current challenge is to preserve that advantage in a hardware market fragmenting around AI acceleration.
That is a harder sale than Microsoft sometimes admits. Windows 10 had a long life and an enormous installed base. Many users did not experience it as obsolete. They experienced it as familiar, stable, and good enough — which is precisely the kind of operating system people resist replacing.
The AI PC push gives Microsoft a new answer to the old upgrade problem. Instead of saying that users should upgrade because the support clock ran out, Microsoft can say they should upgrade because the next class of software will require newer hardware. That may be true in some cases, but it is also convenient.
This is where administrators become skeptical. Enterprises do not refresh fleets because a keynote says the future has arrived. They refresh fleets when the security model, application requirements, lifecycle economics, and user benefits outweigh the disruption. AI features can help make that case, but only if they are more than optional interface tricks.
Microsoft’s challenge is to avoid making AI feel like the new TPM 2.0 — a technical threshold that may be defensible on paper but becomes a symbol of forced obsolescence in practice. If Copilot+ features become truly useful, the hardware requirement will look reasonable. If they remain uneven, the requirement will look like a sales funnel.
That integration is powerful. It is also dangerous. The more Microsoft connects agents across the stack, the more it must prove that permissions, observability, and accountability are first-class design concerns rather than afterthoughts.
For developers, agentic AI changes the shape of application design. Instead of building a static interface around a fixed set of actions, developers may increasingly expose capabilities that an agent can discover and orchestrate. That requires new contracts between apps, operating systems, cloud services, and identity providers.
Windows could become an important local agent runtime if Microsoft gives developers the tools to expose app actions safely. Imagine a Windows app that can advertise its capabilities to an agent, accept structured commands, return verifiable results, and respect enterprise data-loss rules. That is far more significant than a floating assistant panel.
But this future depends on boring engineering. Agents need logging. They need consent boundaries. They need revocation. They need failure modes that are visible to users and administrators. They need to know when they are allowed to act and when they are only allowed to suggest.
Microsoft’s Build messaging will likely emphasize productivity. The more important question is whether the company can make agentic productivity administrable.
Recall was not controversial because users hate convenience. It was controversial because the feature touched the most sensitive layer of personal computing: the visual record of what someone does on a machine. Screenshots can contain passwords, medical information, financial records, private messages, source code, legal documents, and everything else that passes across a desktop.
That is the central tension of ambient AI. The more context an assistant has, the more useful it can be. The more context it has, the more dangerous it becomes if controls fail.
Build 2026 gives Microsoft a chance to show that it has absorbed this lesson. Privacy cannot be a paragraph at the end of the keynote. Security cannot be a toggle shown after the demo. For Windows AI to work at enterprise scale, Microsoft must treat local processing, encryption, data boundaries, and administrative policy as product features in their own right.
This is especially true as AI moves from passive assistance to active agency. A system that summarizes your screen is one kind of risk. A system that can click, file, send, schedule, delete, purchase, or deploy is another. The former raises privacy concerns; the latter raises operational and legal concerns.
Microsoft has a strong enterprise security story when it chooses to lead with it. Build 2026 needs that version of Microsoft, not just the version that wants every workflow to become a Copilot demo.
That is a subtle but important inversion. In the classic Windows model, the operating system set broad requirements and hardware vendors competed inside them. In the AI PC model, the capabilities of NPUs, GPUs, memory bandwidth, battery envelopes, and driver stacks directly shape the feature roadmap.
This makes the ecosystem more dynamic, but also harder to explain. A user buying a Windows 11 laptop in 2026 may have to understand not only processor class and RAM, but whether the machine qualifies for current and future Copilot+ features. An administrator may need to distinguish between an AI PC that satisfies baseline requirements and one that can run heavier local models effectively.
Microsoft will likely try to simplify this through branding. But branding can only carry so much weight. If two machines both claim AI credentials while delivering meaningfully different local AI experiences, buyers will eventually notice.
The company’s best move is to be explicit. Tell users which features require which hardware. Tell developers how to target capabilities gracefully. Tell enterprises how long today’s Copilot+ machines should be expected to remain first-class AI PCs. The worst outcome would be an AI hardware ladder that changes faster than organizations can amortize devices.
That makes Build less like the old developer conference for app makers and more like an AI systems conference with Windows as one of the endpoints. The important announcements may involve model deployment, observability, orchestration, and developer workflows rather than traditional desktop features.
For some Windows enthusiasts, that can feel alienating. There is still an appetite for visible OS polish: better Settings migration, fewer legacy control panels, more consistent UI, cleaner update behavior, faster File Explorer, and less promotional clutter. Microsoft should not mistake AI ambition for permission to neglect the basics.
In fact, the basics matter more now. If Microsoft wants users to trust Windows with more context and more automation, the operating system itself must feel more disciplined. A platform that nags, advertises, or changes defaults too aggressively will struggle to win consent for deeper AI integration.
The irony is that Microsoft’s AI future may depend on old-fashioned Windows craftsmanship. Reliability, performance, compatibility, accessibility, and manageability are not legacy concerns. They are the foundation that determines whether users will tolerate another layer of intelligence on top.
Users are tired of features that feel imposed. Administrators are tired of roadmap volatility. Developers are tired of betting on frameworks that may be renamed, repositioned, or replaced. Microsoft needs to show not only what is new, but what is stable.
The best version of Build 2026 would make Windows AI feel less like a campaign and more like a platform. That means clear APIs, sensible hardware requirements, privacy-first defaults, strong enterprise controls, and examples that solve real problems instead of merely proving that a model can be wired into another interface.
The weakest version would be a parade of demos where agents complete carefully staged tasks while the hard questions are pushed into documentation. That would generate headlines, but it would not settle the anxieties of the people who actually deploy and support Windows at scale.
Microsoft does not need to announce Windows 12 to make this Build consequential. It only needs to show the shape of the next Windows era clearly enough that developers and IT teams can plan around it.
Build Returns to San Francisco With Windows at an Inflection Point
Build has always been Microsoft’s most revealing conference because it speaks less to consumers than to the people who make Microsoft platforms useful. The company can run splashier Surface events and carefully staged Windows demos, but Build is where the scaffolding appears: APIs, SDKs, developer sessions, policy language, deployment assumptions, and the hints that tell IT departments what kind of future they are being asked to fund.This year’s setting sharpens the symbolism. Microsoft is bringing Build to San Francisco at a moment when the gravitational center of the software industry has shifted toward AI infrastructure, agents, and model orchestration. The Windows story is still there, but it is increasingly wrapped inside a larger claim: the PC is now an endpoint for distributed intelligence, not just a local machine running local apps.
That is a profound change for Windows users. For decades, the operating system’s pitch was compatibility, manageability, and reach. Now Microsoft is trying to add another requirement: a Windows machine should be able to run, broker, and personalize AI workloads across silicon, cloud services, and application surfaces.
The danger is that this new pitch can sound like a vendor roadmap in search of user consent. Build 2026 is Microsoft’s opportunity to show that AI on Windows is not merely a branding layer over Copilot buttons, subscriptions, and silicon refresh cycles.
The Windows Story Is Now an AI Platform Story
The most important Windows announcements at Build 2026 may not look like traditional Windows announcements. A new API for local models, a session on hybrid inference, a tweak to app packaging, or a better developer story for NPUs could matter more than a Start menu redesign. That is the uncomfortable but necessary reality of the current Windows era.Microsoft has spent the last two years pushing Copilot+ PCs as the hardware expression of its AI strategy. The basic proposition is straightforward: if a PC has a sufficiently capable neural processing unit, Windows can offload certain AI tasks locally instead of sending everything to the cloud. That allows features such as semantic search, image generation, translation, and contextual actions to feel faster, more private, and less dependent on round trips to Azure.
But the platform question is harder than the marketing question. It is one thing to say that a Copilot+ PC can run AI features locally. It is another to convince developers that Windows offers a coherent, durable target for AI apps across Qualcomm, AMD, Intel, and potentially Nvidia-backed systems.
That is where Build matters. Microsoft needs to show that Windows AI development is not a maze of hardware-specific capabilities, preview-only features, and moving product names. Developers need abstractions they can trust. Enterprises need policies they can enforce. Users need features that justify the hardware churn.
If Microsoft gets this right, Windows becomes the place where local AI and cloud AI meet without the user having to think too much about it. If Microsoft gets it wrong, Copilot+ becomes another sticker on a laptop lid — technically meaningful, commercially useful, but culturally hollow.
Copilot Has to Become Infrastructure, Not Furniture
The Copilot brand has been stretched across nearly every corner of Microsoft’s business. There is Copilot in Windows, Copilot in Microsoft 365, GitHub Copilot, Security Copilot, Copilot Studio, and a growing set of agentic workflows that promise to automate work rather than merely answer questions. The brand is now so broad that its biggest risk is vagueness.At Build 2026, Microsoft’s job is to make Copilot feel less like an assistant that appears wherever there is spare interface space and more like a programmable layer developers can build against. That means fewer demos of chat boxes and more evidence of durable integration: actions, permissions, audit trails, app context, identity boundaries, and enterprise controls.
The PCMag Australia preview correctly points to Copilot as one of the likely centers of gravity for this year’s event. But the real story is not whether Microsoft announces another Copilot feature. The real story is whether Microsoft can make Copilot boring in the right way — reliable, governable, composable, and predictable enough that IT teams stop treating it as a novelty and start treating it as infrastructure.
That is a higher bar than keynote applause. A consumer can tolerate a clever Copilot feature that works most of the time. A sysadmin cannot tolerate an agent that takes unexplained action across sensitive data. A developer cannot build a serious workflow on top of APIs that feel like they are being reorganized every quarter.
For Windows, this matters because the operating system is where trust failures become visceral. A hallucinated answer in a browser tab is irritating. An overreaching AI feature embedded in the desktop, file system, clipboard, screenshot pipeline, or app launcher feels like a different class of intrusion.
Arm Is No Longer a Side Quest for Windows
Fresh Arm-based hardware is another expected theme, and for good reason. Windows on Arm has gone from perennial curiosity to strategic necessity. The first wave of Copilot+ PCs made Qualcomm’s Snapdragon X chips the face of Microsoft’s AI PC push, and that forced the Windows ecosystem to confront a question it had avoided for years: can Windows be excellent on architectures other than x86?The answer in 2026 is no longer a simple yes or no. Windows on Arm is vastly more credible than it was in the Windows RT days, and the app compatibility story has improved considerably. But credibility is not the same as inevitability. Many professional workflows still depend on drivers, plug-ins, virtualization tools, VPN clients, security agents, and niche utilities that do not always behave equally across architectures.
That is why Build is the right venue for the Arm conversation. Consumers see battery life and thin hardware. Developers and IT departments see toolchains, emulation, deployment rings, device management, and support tickets. Microsoft has to satisfy both audiences.
If Nvidia-powered Windows on Arm systems appear in or around the Build/Computex window, the stakes rise again. Nvidia would bring not only brand power but a very different AI compute narrative to Windows laptops. A Windows Arm ecosystem that includes Qualcomm for efficiency and Nvidia for AI horsepower would be far more interesting than a single-supplier experiment.
But it would also be more complicated. Microsoft would need to ensure that Windows AI APIs scale across NPUs, GPUs, and CPUs without developers having to hand-tune for every silicon vendor. The company’s historical advantage has been abstraction. Its current challenge is to preserve that advantage in a hardware market fragmenting around AI acceleration.
The Windows 10 Aftermath Still Haunts the Upgrade Pitch
Build 2026 arrives after the formal end of Windows 10 support in October 2025, and that timing matters. Microsoft is no longer trying to persuade users to move from Windows 10 before a deadline. It is trying to persuade the remaining holdouts that the next PC they buy should be a Windows 11 AI PC rather than a cheaper conventional machine, a Mac, a Chromebook, or simply nothing at all.That is a harder sale than Microsoft sometimes admits. Windows 10 had a long life and an enormous installed base. Many users did not experience it as obsolete. They experienced it as familiar, stable, and good enough — which is precisely the kind of operating system people resist replacing.
The AI PC push gives Microsoft a new answer to the old upgrade problem. Instead of saying that users should upgrade because the support clock ran out, Microsoft can say they should upgrade because the next class of software will require newer hardware. That may be true in some cases, but it is also convenient.
This is where administrators become skeptical. Enterprises do not refresh fleets because a keynote says the future has arrived. They refresh fleets when the security model, application requirements, lifecycle economics, and user benefits outweigh the disruption. AI features can help make that case, but only if they are more than optional interface tricks.
Microsoft’s challenge is to avoid making AI feel like the new TPM 2.0 — a technical threshold that may be defensible on paper but becomes a symbol of forced obsolescence in practice. If Copilot+ features become truly useful, the hardware requirement will look reasonable. If they remain uneven, the requirement will look like a sales funnel.
Developers Need Proof That Agents Are More Than Another Abstraction Layer
The broader Build 2026 agenda is expected to lean heavily into agents. That is not surprising; the entire software industry is trying to move from chatbots that respond to prompts to agents that plan, call tools, manipulate data, and complete tasks. Microsoft is unusually well positioned here because it owns Windows, Azure, GitHub, Visual Studio, Microsoft 365, Entra identity, and a large enterprise customer base.That integration is powerful. It is also dangerous. The more Microsoft connects agents across the stack, the more it must prove that permissions, observability, and accountability are first-class design concerns rather than afterthoughts.
For developers, agentic AI changes the shape of application design. Instead of building a static interface around a fixed set of actions, developers may increasingly expose capabilities that an agent can discover and orchestrate. That requires new contracts between apps, operating systems, cloud services, and identity providers.
Windows could become an important local agent runtime if Microsoft gives developers the tools to expose app actions safely. Imagine a Windows app that can advertise its capabilities to an agent, accept structured commands, return verifiable results, and respect enterprise data-loss rules. That is far more significant than a floating assistant panel.
But this future depends on boring engineering. Agents need logging. They need consent boundaries. They need revocation. They need failure modes that are visible to users and administrators. They need to know when they are allowed to act and when they are only allowed to suggest.
Microsoft’s Build messaging will likely emphasize productivity. The more important question is whether the company can make agentic productivity administrable.
Security and Privacy Are the Tax on Ambient AI
No discussion of Windows AI can escape the shadow of Recall. Microsoft’s original pitch for a PC that could remember what users had seen on screen collided with immediate privacy and security concerns. The company changed course, delayed broad rollout, and tightened the design, but the episode remains instructive.Recall was not controversial because users hate convenience. It was controversial because the feature touched the most sensitive layer of personal computing: the visual record of what someone does on a machine. Screenshots can contain passwords, medical information, financial records, private messages, source code, legal documents, and everything else that passes across a desktop.
That is the central tension of ambient AI. The more context an assistant has, the more useful it can be. The more context it has, the more dangerous it becomes if controls fail.
Build 2026 gives Microsoft a chance to show that it has absorbed this lesson. Privacy cannot be a paragraph at the end of the keynote. Security cannot be a toggle shown after the demo. For Windows AI to work at enterprise scale, Microsoft must treat local processing, encryption, data boundaries, and administrative policy as product features in their own right.
This is especially true as AI moves from passive assistance to active agency. A system that summarizes your screen is one kind of risk. A system that can click, file, send, schedule, delete, purchase, or deploy is another. The former raises privacy concerns; the latter raises operational and legal concerns.
Microsoft has a strong enterprise security story when it chooses to lead with it. Build 2026 needs that version of Microsoft, not just the version that wants every workflow to become a Copilot demo.
The Hardware Partners Are Now Part of the Windows Roadmap
One reason this year’s Build is worth watching is that Microsoft’s Windows roadmap is increasingly inseparable from its hardware partners. AMD, Intel, Qualcomm, Nvidia, and OEMs are no longer merely supplying chips and chassis for a finished OS. They are helping define what Windows features can exist.That is a subtle but important inversion. In the classic Windows model, the operating system set broad requirements and hardware vendors competed inside them. In the AI PC model, the capabilities of NPUs, GPUs, memory bandwidth, battery envelopes, and driver stacks directly shape the feature roadmap.
This makes the ecosystem more dynamic, but also harder to explain. A user buying a Windows 11 laptop in 2026 may have to understand not only processor class and RAM, but whether the machine qualifies for current and future Copilot+ features. An administrator may need to distinguish between an AI PC that satisfies baseline requirements and one that can run heavier local models effectively.
Microsoft will likely try to simplify this through branding. But branding can only carry so much weight. If two machines both claim AI credentials while delivering meaningfully different local AI experiences, buyers will eventually notice.
The company’s best move is to be explicit. Tell users which features require which hardware. Tell developers how to target capabilities gracefully. Tell enterprises how long today’s Copilot+ machines should be expected to remain first-class AI PCs. The worst outcome would be an AI hardware ladder that changes faster than organizations can amortize devices.
Build Is Becoming Microsoft’s AI Systems Conference
The PCMag Australia framing treats Build as the place to learn about the future of Windows, and that remains true. But the future of Windows is now embedded in a larger systems story that includes Azure, GitHub, Microsoft Foundry, local models, agents, and the hardware acceleration layer underneath them.That makes Build less like the old developer conference for app makers and more like an AI systems conference with Windows as one of the endpoints. The important announcements may involve model deployment, observability, orchestration, and developer workflows rather than traditional desktop features.
For some Windows enthusiasts, that can feel alienating. There is still an appetite for visible OS polish: better Settings migration, fewer legacy control panels, more consistent UI, cleaner update behavior, faster File Explorer, and less promotional clutter. Microsoft should not mistake AI ambition for permission to neglect the basics.
In fact, the basics matter more now. If Microsoft wants users to trust Windows with more context and more automation, the operating system itself must feel more disciplined. A platform that nags, advertises, or changes defaults too aggressively will struggle to win consent for deeper AI integration.
The irony is that Microsoft’s AI future may depend on old-fashioned Windows craftsmanship. Reliability, performance, compatibility, accessibility, and manageability are not legacy concerns. They are the foundation that determines whether users will tolerate another layer of intelligence on top.
The Real Build 2026 Test Is Whether Microsoft Can Connect the Dots
The easy prediction is that Build 2026 will be full of AI. The harder question is whether the announcements will add up to a coherent Windows strategy. Microsoft has many strong pieces: Copilot, Azure, GitHub, Windows on Arm, Copilot+ PCs, enterprise identity, developer tooling, and a vast partner ecosystem. The company’s problem is not lack of ambition; it is integration without exhaustion.Users are tired of features that feel imposed. Administrators are tired of roadmap volatility. Developers are tired of betting on frameworks that may be renamed, repositioned, or replaced. Microsoft needs to show not only what is new, but what is stable.
The best version of Build 2026 would make Windows AI feel less like a campaign and more like a platform. That means clear APIs, sensible hardware requirements, privacy-first defaults, strong enterprise controls, and examples that solve real problems instead of merely proving that a model can be wired into another interface.
The weakest version would be a parade of demos where agents complete carefully staged tasks while the hard questions are pushed into documentation. That would generate headlines, but it would not settle the anxieties of the people who actually deploy and support Windows at scale.
Microsoft does not need to announce Windows 12 to make this Build consequential. It only needs to show the shape of the next Windows era clearly enough that developers and IT teams can plan around it.
The San Francisco Signal Windows Watchers Should Not Miss
The practical reading of Build 2026 is less glamorous than the keynote version, but more useful. The event is likely to reveal where Microsoft believes Windows development, deployment, and hardware purchasing are headed over the next several years.- Microsoft is expected to make AI agents, Copilot, and local Windows AI development central to the Build 2026 story.
- Copilot+ PCs remain the key hardware category to watch because they define which Windows features can run locally and which machines qualify for Microsoft’s AI roadmap.
- Windows on Arm is moving from experiment to strategic pillar, but app compatibility, drivers, and enterprise support still determine whether it works outside ideal demos.
- Developers should pay close attention to Windows AI APIs, local model tooling, and any promises Microsoft makes about cross-silicon compatibility.
- Administrators should look past keynote demos and evaluate policy controls, auditability, privacy defaults, and lifecycle commitments.
- Users should expect Microsoft to frame the next PC upgrade not merely around Windows 11, but around whether the hardware is ready for AI features that may become increasingly central to the platform.
References
- Primary source: PCMag Australia
Published: Mon, 01 Jun 2026 18:44:47 GMT
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Windows 12 at Build 2026: What to expect
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Nvidia and Microsoft tease "a new era of PC" ahead of Computex 2026 — coordinated social media posts could indicate that rumored N1X laptops will be Windows on Arm systems
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Windows 10 support has ended on October 14, 2025 - Microsoft Support
Windows 10 support ends on October 14, 2025. Upgrade to Windows 11 now to ensure continued security and feature updates. Learn more about the transition.
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- Official source: learn.microsoft.com
Windows 10 reaching end of support - Microsoft Lifecycle
Announcing Windows 10 reaching end of support.learn.microsoft.com - Official source: microsoft.com
End of support for Windows 10, Windows 8.1, and Windows 7 | Microsoft Windows
Make a smooth transition to Windows 11 from your unsupported operating system with help from Microsoft. Enjoy the benefits of upgrading to a Windows 11 PC.www.microsoft.com
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