The first thing you’ll notice is the smarter Start Menu. Microsoft now includes a context-aware side panel for Phone Link users, meaning if your Android phone is connected, your battery level, signal strength, and recent messages will appear directly within the Start experience. It’s a subtle nod to the way mobile and desktop ecosystems are merging—and a nice quality-of-life boost for anyone juggling devices. You can even launch your latest photo in Photos or respond to messages without digging through menus. This is the type of integration users have been asking for ever since Phone Link came to Windows, and Microsoft finally nailed it.

Jumping into File Explorer, Microsoft continues the modernization journey it started last year. Tabs are now smarter and better organized, offering dedicated views for favorites, recent files, and shared items across OneDrive or Teams. But the real productivity gain comes from newly added support for file compression standards like 7-Zip (.7z) and TAR files, all native within Explorer. Gone are the days of hunting for third-party apps like 7-Zip or WinRAR just to handle basic compression needs. It’s a subtle addition but a clear win for users who live and breathe folders and file trees.

Speaking of clarity, the system tray has also received a visual update. Microsoft introduced a cleaner time and date interface that aligns with the overall Fluent Design goals of Windows 11. These aren’t monumental changes, but they help reduce cognitive load and visual clutter—especially on ultrawide monitors or touch-enabled devices. You’ll also notice a streamlined Quick Settings panel that now includes all toggles by default. You can rearrange or remove them via drag-and-drop, making it easier than ever to configure your perfect setup. If you’ve been frustrated by digging through multiple menus to toggle Bluetooth or Focus Assist, this is the fix you’ve been craving.

One of the sleeper hits of this update is the new Energy Saver mode. While initially positioned as a tool for laptops, it’s now available for all Windows 11 devices. The feature smartly limits background activity and system processes when battery life is a concern or when the device is idle. Users can toggle it manually or configure it to activate under certain conditions. According to Microsoft’s testing, it can extend laptop battery life by up to 15% without noticeable slowdowns—a critical feature for road warriors and students alike.

Power users will appreciate the new settings options sprinkled throughout the OS. Windows 11 24H2 continues Microsoft’s effort to migrate legacy controls into the modern Settings app. You can now reverse your mouse scroll direction and tweak pointer precision without opening Control Panel. It’s a small move, but it represents Microsoft’s commitment to phasing out legacy UIs. This continues a long-standing user complaint about the dual settings systems, and every bit of consolidation matters.

For developers and system admins, the inclusion of native support for the sudo command in the Windows Terminal is a landmark moment. Yes, you read that correctly—Windows now lets you elevate command-line processes from an unelevated console session. That means no more right-clicking to re-launch Command Prompt or PowerShell as Administrator. Just type sudo like you would in Linux, and you’re off to the races. It’s another example of how Microsoft is embracing the developer-first mindset, especially after years of VS Code and Windows Subsystem for Linux (WSL) adoption. You can read more about these efforts in Microsoft’s official Terminal documentation.

24H2 also brings more intelligent background updates. Leveraging Windows Update for Business controls, enterprises can deploy features at scale while ensuring minimal downtime. Enhanced delivery optimization reduces bandwidth strain on local networks, and the new update engine can now apply many updates without rebooting the machine. That means fewer forced restarts during critical work. It’s clear that Microsoft has listened to enterprise IT admins—and you can dive deeper into those improvements via the Microsoft IT Pro Blog.

For general users, one of the nicest changes is the improved Windows Spotlight integration. You can now turn on daily rotating wallpapers on both the lock screen and desktop simultaneously. It’s a minor tweak that makes your PC feel a little fresher each morning. Plus, Spotlight now features better factoids and visual overlays, making it as informative as it is beautiful. These updates continue Microsoft’s goal to make Windows a bit more delightful and personal, rather than just utilitarian.

There’s also been a lot of chatter around AI features in this update, and while Microsoft has kept its cards close to the chest, Copilot continues to expand. Though still in preview for many users, Copilot now hooks into more system-level actions—like setting timers, summarizing documents, and managing accessibility settings. This forms part of the broader AI integration that Microsoft is embedding across the OS and Office ecosystem. If you missed our breakdown of Copilot’s first implementation, you can catch up on that in our Microsoft Copilot article.

What’s notably absent from 24H2? Any major redesigns or radical departures. This update is about refinement, stability, and aligning Windows 11 with user feedback after nearly two years in the wild. With over 400 million active users and enterprise deployments accelerating, Microsoft had to get this right. And for the most part, they did. The Verge recently praised the subtle but impactful changes, while Windows Central noted that it feels like the first “complete” version of the OS.

If you’re already running Windows 11, the 24H2 update is likely to roll out automatically later this year, but you can also join the Release Preview channel through the Insider Program for early access. For a step-by-step guide on how to join the Windows Insider Program, check out our article on joining Windows Insider. And if you’re wondering how to clean install this version, we’ve got you covered with our walkthrough on clean installs of Windows 11.

All in all, Windows 11 24H2 doesn’t reinvent the wheel—but it might be the version that finally gets it rolling smoothly. For users still hanging onto Windows 10 or those who were underwhelmed by the original Windows 11 launch, this update might be the turning point that convinces them to make the leap. It’s a solid, well-thought-out evolution that brings Windows closer to the modern OS experience Microsoft has been promising for years. As always, the devil is in the defaults—but this time, it seems like Microsoft has gotten most of them right.

What is the GitHub MCP Server and Why Is It a Game Changer for AI in Windows Development?

Standardizing AI-Tool Interactions

Imagine the “USB-C port for AI applications”, that’s how the Model Context Protocol (MCP) is described. For years, we’ve seen how protocols like Microsoft’s Language Server Protocol (LSP) revolutionized how editors and language servers communicate. Now, MCP does something similar for AI, creating a standard way for large language models (LLMs) to interface with developer tools, APIs, and repositories. The significance? It’s about interoperability. With a consistent, open protocol, developers and enterprises can trust that their AI tools will work seamlessly across a rapidly evolving ecosystem. When you raise the bar for standardization, you also elevate user expectations for reliability and robust integration.

Key Features and Capabilities

The MCP server, recently rewritten in Go, delivers a suite of features for Microsoft developer tools that are hard not to get excited about. Think customizable tool descriptions, dynamic tool discovery, and integrated code scanning for automated security and quality checks. There’s also the new get_me function, letting AI agents interact with private repositories using natural language queries. Registry management happens through RESTful APIs, and developers get robust SDKs for TypeScript and Python. The fact that this platform emerged from a collaboration with Anthropic only reinforces its commitment to robust, enterprise-grade AI integration. As someone who’s spent years configuring LSPs, seeing a parallel revolution for AI tools is genuinely thrilling. Remember the first time code completion transformed your workflow? MCP is poised to do the same for AI-powered development, particularly within the Microsoft ecosystem.

Visual Studio Code now has native support for MCP in Copilot, bringing the protocol’s benefits directly into your daily coding environment. For developers using Azure DevOps and Microsoft’s broader cloud platform, MCP’s protocol opens doors to new automation scenarios, like deploying code, managing pipelines, or triggering tests, directly from AI-powered interfaces. This isn’t just incremental change, it’s a foundational shift.

How MCP Transforms AI-Powered Workflows on Windows and Microsoft Tools

From Code Suggestion to Workflow Automation

Here’s where the rubber meets the road. MCP enables AI agents like GitHub Copilot to go beyond code suggestions and actually perform complex workflow tasks. We’re talking about code scanning, creating issues, managing repositories, and more, all from within your Windows environment. Moreover, MCP now enables natural language interactions with private and sensitive repositories, unlocking levels of automation that were previously inaccessible. In our forum, devs have reported that MCP-driven Copilot has cut their manual triage time by half. That’s real impact.

Picture this: You can now prompt Copilot, “Find any markdown files missing an author footer, and create an issue to track adding those.” This kind of workflow automation is now native in VS Code with MCP integration. What tedious task would you automate first? The potential for streamlined, AI-powered development is significant for teams of all sizes.

Deep Integration with Microsoft Ecosystem

What makes MCP especially relevant for Windows developers is its deep extensibility within the Microsoft ecosystem. With seamless integration into Visual Studio, Azure DevOps, and broader Microsoft toolchains, MCP positions itself as the backbone of intelligent automation. And it gets better: Windows 11 has gained Model Context Protocol support, making it easier than ever for developers to build agentic AI experiences. Windows 12, with its anticipated Microsoft AI enhancements, is set to take this a step further, with Copilot and third-party AI tool integration that lowers the barrier to entry for both technical and non-technical users. These advancements mean that automating repetitive tasks, enhancing code security, and interacting with tools using natural language are becoming standard practice.

• Automate repetitive triage and maintenance
• Enhance security and code quality with integrated scanning
• Interact with tools and data via natural language

Of course, the potential for automation depends on thoughtful configuration and an ongoing trust in AI-powered actions. You still need to keep a watchful eye on what your AI assistants are doing, oversight remains a best practice.

Nuances, Challenges, and Considerations for Secure AI Adoption in Windows Development

Security and Enterprise Control

As AI agents gain more autonomy, security and enterprise control become even more critical, a priority for every responsible organization. The MCP server is built with this in mind, supporting secure, controlled access for tools and data, absolutely crucial for organizations working in regulated or privacy-sensitive fields. Through RESTful APIs and configurable access permissions, developers and IT leaders can enforce granular management of what AI agents are allowed to see and do.

Enterprises adopting MCP in regulated industries, such as healthcare or finance, must also consider compliance requirements and audit trails for all AI-driven actions. Establishing robust monitoring and documentation processes is essential to ensure regulatory obligations are met and to provide transparency for every automated action performed by AI agents.

Ecosystem Complexity and Reliability

But there’s a flip side. The emergence of multiple open-source MCP servers is exciting, but it also means more complexity. Ensuring that AI-driven actions, like creating issues or modifying repositories, actually match developer intent is an ongoing challenge. Having worked with both open- and closed-source automation, I know firsthand how vital oversight is. AI mistakes aren’t just bugs; they can have real-world consequences. How much trust should you place in automated actions? Where do you draw the line? These are pressing questions as AI becomes more deeply embedded in development workflows.

MCP’s openness powers innovation, but it demands diligence. As the protocol evolves, it’s on us as a community to validate, monitor, and refine our AI-automated workflows.

• Always validate AI-driven actions in critical workflows
• Leverage access controls for sensitive operations
• Encourage peer reviews of automation scripts and permissions

The Road Ahead, Community, Extensibility, and the Future of AI on Windows

Community-Driven Innovation

The momentum behind MCP is impossible to ignore: nearly 14,000 GitHub stars and 150+ pull requests since launch. The pace at which community-built servers are appearing, integrating with tools like Git, GitLab, Google Drive, and Slack, drives rapid advancement in Windows development and AI tool compatibility. This fosters fast evolution, more options, and an ecosystem that reflects the diversity of real-world workflows.

Enabling the Next Generation of Developer Tools

TypeScript and Python SDKs put powerful customization in the hands of Windows and Microsoft developers. Many enterprises are already piloting MCP integrations to automate patch management and compliance reporting within Windows environments, demonstrating real-world use cases beyond code suggestions. As Windows 12 approaches, we expect even deeper Copilot and AI integration, empowering everyone from enterprise architects to casual users. Microsoft’s commitment to open APIs and Copilot Studio is poised to democratize innovation at every level, supporting both sophisticated technical solutions and no-code AI agents for business users.

The Redmond Cloud Perspective

At The Redmond Cloud, our mission is to empower a community that understands, tests, and drives responsible AI-powered automation within the Microsoft ecosystem. We’re excited to see how our readers and forum members will shape the next generation of solutions, whether you’re building your own MCP-compatible tools or exploring new ways to integrate AI into your workflow. The pace of change is rapid, but by sharing knowledge and best practices, our community can navigate new challenges with confidence.

Ready to dive deeper into AI-powered Windows development? Join The Redmond Cloud forums to swap experiences and challenges with your peers, and don’t forget to subscribe to our newsletter for the latest insights on Microsoft AI and Windows development.

FAQ

What is the GitHub MCP server and how does it differ from previous AI integrations?

The GitHub MCP server is an open protocol that standardizes how AI models interact with developer tools and data on platforms like Windows. Unlike earlier integrations, MCP allows for customizable, secure, and automated interactions, enabling AI agents not just to suggest code but to take direct actions within repositories and toolchains.
Learn more

How does MCP enhance AI-powered development on Windows?

MCP enables seamless integration with Microsoft developer tools (Visual Studio, Azure DevOps), allowing AI agents to automate workflow tasks, perform code scanning, and interact via natural language, all within secure, controlled Windows environments.

What security considerations should developers keep in mind when using MCP?

While MCP supports secure, controlled access, developers must ensure that AI actions align with intent, especially when automating sensitive operations. Using robust access controls and validating AI-driven workflows are essential best practices.
Security details

Can I build my own MCP-compatible tools or servers?

Yes, SDKs for TypeScript and Python are available, alongside extensive documentation and a growing open-source community. This makes it easier for Windows developers to build and extend MCP-compatible solutions.
See SDKs

Where can I connect with other developers and stay updated on MCP and AI in Windows?

Join The Redmond Cloud community forums and subscribe to our newsletter for the latest news, tutorials, and support on AI-powered development in the Microsoft ecosystem.
Join here

Windows 10 End-of-Support: The Enterprise Countdown

The clock is ticking for Windows 10. Microsoft has confirmed that Windows 10 will reach end-of-support on October 14, 2025, with version 22H2 being the final release. For enterprises still heavily invested in Windows 10 infrastructure, this deadline creates urgency around migration planning. Unlike previous transitions, the hardware requirements for newer Windows versions present additional challenges, potentially requiring significant fleet upgrades alongside software deployments.

Enterprise customers should note that while extended security updates (ESUs) may become available for critical systems that cannot be immediately upgraded, Microsoft is clearly steering organizations toward Windows 11 adoption now, with Windows 12 positioned as the longer-term destination. Organizations with comprehensive Microsoft 365 subscriptions may find the transition more seamless, as cloud-based management tools increasingly bridge the gap between operating system versions.

The end-of-support timeline coincides strategically with Microsoft’s broader push toward AI-enhanced computing experiences, creating both pressure and opportunity for businesses ready to embrace next-generation capabilities. Security considerations alone make this transition critical—post-October 2025, unpatched Windows 10 systems will represent increasing vulnerability vectors in corporate environments.

Windows 11 as the Enterprise Stepping Stone

For organizations planning their migration from Windows 10, Windows 11 represents a crucial intermediate step. Windows 11 Enterprise has matured significantly since its 2021 launch, with features specifically designed for business environments. The enhanced security model—including hardware-based isolation, zero-trust architecture, and improved credential protection—provides immediate benefits for organizations concerned about rising cybersecurity threats.

Productivity enhancements in Windows 11, particularly around virtual desktop infrastructure (VDI), hybrid work support, and Microsoft 365 integration, deliver tangible efficiency gains for distributed workforces. The Snap Layouts feature, improved virtual desktops, and Teams integration reflect Microsoft’s understanding of modern workflow requirements. For IT administrators, the reduced update footprint and more predictable feature release cadence have addressed previous pain points around Windows management.

As detailed in The Redmond Cloud’s Windows 11 coverage, enterprise adoption has accelerated as organizations recognize these benefits alongside the looming Windows 10 deadline. The streamlined deployment options through Microsoft Endpoint Manager and improved application compatibility testing tools have removed significant barriers to migration. For enterprises already invested in the Microsoft ecosystem, Windows 11 provides a logical progression that maintains continuity while introducing incremental improvements.

Windows 12: The AI-Powered Enterprise Platform

While Microsoft has not officially announced Windows 12, industry analysts anticipate a late 2025 or early 2026 release. According to PCMag’s analysis of Windows 12 expectations, the next major Windows release will center around AI integration, modular design, and enhanced cloud connectivity—all critical capabilities for forward-thinking enterprises.

The most transformative aspect of Windows 12 will likely be its deep AI integration. Building on the Copilot functionality introduced in Windows 11, Windows 12 is expected to incorporate AI throughout the operating system. For enterprise users, this means intelligent document processing, automated workflow suggestions, predictive system maintenance, and context-aware security responses. These capabilities promise to reduce routine administrative tasks while enhancing decision support for knowledge workers.

As explored in The Redmond Cloud’s Windows 12 feature analysis, the next-generation OS will likely require dedicated neural processing units (NPUs) in hardware, continuing Microsoft’s push toward specialized AI acceleration. For enterprises planning hardware refresh cycles, this requirement should factor into procurement strategies starting now. The potential productivity gains from AI-assisted workflows may justify accelerated device upgrades, particularly for roles heavily dependent on information processing and analysis.

Windows 12’s rumored modular architecture also has significant enterprise implications. This approach would allow organizations to deploy only the components needed for specific roles or departments, potentially reducing attack surfaces and optimizing performance. For regulated industries with strict compliance requirements, this granular control over OS components could simplify security auditing and certification processes.

Windows Server 2025: The Cloud-Native Foundation

While client operating systems capture headlines, Windows Server 2025 represents an equally important evolution for enterprise infrastructure. Recently released, Windows Server 2025 introduces significant advancements in hybrid cloud capabilities, security features, and performance optimizations that align with modern datacenter requirements.

The most notable shift in Windows Server 2025 is its cloud-native architecture. Microsoft has redesigned core components to facilitate seamless movement between on-premises deployments and Azure services. Features like SMB over QUIC enable secure remote file access without VPN dependencies, while Storage Spaces Direct improvements deliver cloud-competitive storage performance and reliability. For enterprises pursuing hybrid cloud strategies, these capabilities reduce friction between deployment models.

Security enhancements in Server 2025 reflect Microsoft’s zero-trust principles, with features like secured-core server, credential guard improvements, and enhanced virtualization-based security. These protections are increasingly essential as infrastructure attacks grow more sophisticated. The integration with Microsoft Defender for Cloud provides consistent security monitoring across hybrid environments, addressing a common pain point for organizations operating in multiple contexts.

As detailed in The Redmond Cloud’s analysis of Microsoft’s enterprise strategy, Windows Server 2025 and Windows 12 are designed as complementary platforms. The server release establishes the backend infrastructure for many of the cloud and AI capabilities that Windows 12 will expose to end users. Organizations planning their technology roadmaps should consider these platforms as an integrated ecosystem rather than isolated products.

Enterprise Migration Strategy: Planning for Success

With multiple operating system transitions on the horizon, enterprises need a comprehensive migration strategy that balances immediate needs against long-term objectives. The Windows 10 end-of-support deadline creates a natural inflection point, but organizations should resist the temptation to view this as merely a technical upgrade project.

Instead, forward-thinking IT leaders are using this transition as an opportunity to reassess their entire endpoint strategy. This includes evaluating the appropriate mix of physical devices, virtual desktops, and cloud PCs based on role requirements and work patterns. Microsoft’s Windows 365 offering provides additional flexibility, allowing organizations to maintain legacy applications while transitioning to modern management approaches.

Application compatibility remains a critical consideration in migration planning. While Windows 11 maintains strong backward compatibility with Windows 10 applications, the shift to Windows 12 may introduce more significant changes, particularly for applications that integrate deeply with the operating system. Establishing a robust testing process now, using tools like Microsoft’s Test Base for Microsoft 365, can identify potential issues before they impact production environments.

Security architecture should be another central element of migration planning. The enhanced security capabilities in Windows 11, Server 2025, and (eventually) Windows 12 enable more robust protection models, but only if properly configured and managed. Organizations should use this transition to implement security improvements like credential isolation, application control policies, and hardware-backed security features.

Finally, user experience and training considerations cannot be overlooked. The interface changes between Windows 10 and newer versions, while not dramatic, do require adjustment. More significantly, the AI-assisted features expected in Windows 12 will introduce new interaction paradigms that may require structured training programs to maximize productivity benefits.

Conclusion: Embracing the Windows Evolution

The enterprise Windows landscape is entering a period of significant transformation. The end of Windows 10 support coincides with the maturation of Windows 11 and the anticipated arrival of Windows 12 and Server 2025, creating both challenges and opportunities for business technology leaders. Organizations that approach this transition strategically—considering not just the technical migration but the broader implications for security, productivity, and cloud integration—will position themselves for competitive advantage.

As Microsoft continues to reveal more details about Windows 12 and the future of its enterprise platforms, staying informed becomes increasingly valuable. The AI capabilities, cloud integration, and security enhancements across these platforms represent Microsoft’s vision for the future of business computing—a vision that aligns with broader industry trends toward intelligent, distributed work environments.

For IT professionals navigating this evolving landscape, continuous learning and strategic planning are essential. Subscribe to The Redmond Cloud newsletter for regular updates, in-depth analysis, and migration guidance as Microsoft’s next-generation operating systems move from concept to reality. Your organization’s technology roadmap depends on making informed decisions during this pivotal transition period.

Windows 12, while not officially announced, is already generating excitement across the tech landscape. As the natural successor to Windows 11, this upcoming release is expected to deliver a leap in usability, AI integration, and security—solidifying Microsoft’s strategy to make Windows smarter, faster, and more connected. Here’s everything we know so far.

1. Expected Release Date
Microsoft typically operates on a three-year update cadence. With Windows 11 arriving in 2021, Windows 12 is likely to appear in late 2025 or 2026—coinciding with the end-of-support timeline for Windows 10 on October 14, 2025. That timing makes Windows 12 a critical transition point for organizations still using older systems. Learn more about this in our piece on Windows 10 end-of-life implications.

2. Deep AI Integration with Copilot Evolution
Microsoft is expected to center the Windows 12 experience around a far more advanced version of Copilot—the AI assistant introduced in Windows 11. Copilot in Windows 12 could become deeply embedded across every aspect of the OS, offering context-aware recommendations, smart automation, and full integration with Microsoft 365. Imagine Copilot helping users summarize documents, automate workflows, configure system settings, and even suggest software installs based on usage patterns.

3. A More Modular, Adaptive Interface
One of the most rumored changes for Windows 12 is a reimagined UI. Leaked concept videos suggest a floating taskbar, dynamic widgets, and a new modular design that adapts based on device form factor. Whether you’re using a touchscreen, ultrawide monitor, or multi-display setup, Windows 12 may dynamically adjust window placement, scaling, and input focus—offering a fluid experience across desktops, laptops, and tablets. This would build on the Snap Layouts introduced in Windows 11.

4. Higher System Requirements—and Why That Matters
Expect Windows 12 to raise the baseline for hardware. Leaks suggest continued enforcement of TPM 2.0, Secure Boot, and possibly mandatory SSD requirements. These aren’t arbitrary—modern security features like virtual TPM encryption, Credential Guard, and hardware-isolated execution depend on these requirements. Windows 12 will likely ship optimized for next-gen Intel and AMD processors, as well as ARM-based chips to support better battery life and app compatibility across devices.

5. Built-in Cloud and Hybrid Features
Microsoft is increasingly blurring the line between local and cloud environments. With Windows 365 already enabling cloud PCs, Windows 12 is expected to expand this further by making cloud-native capabilities like Cloud Sync, settings roaming, and app state persistence feel seamless. For IT admins, this could mean easier provisioning of cloud desktops, better integration with Azure AD, and possibly even dual-boot cloud instances. Windows 12 could make hybrid setups the new standard.

6. Enhanced Security Architecture
Cybersecurity is front and center. Expect Windows 12 to introduce new baseline protections like:

Smart App Control enforced by AI, default credential isolation for standard users, real-time malware rollback, and tamper protection, reinforced firewall rules for apps accessing cloud services.

These improvements follow Microsoft’s zero-trust initiative and are expected to be supported through Microsoft Defender XDR and Intune endpoint protection.

7. Integration with Third-Party AI Tools
Beyond Microsoft’s own tools, Windows 12 may allow third-party AI models or plugins to integrate directly into the OS. Imagine running an open-source LLM (like LLaMA or Mistral) locally and using it inside File Explorer or Notepad. Microsoft has already opened the door to this with the Plugin Store in Copilot Pro—Windows 12 might embed these capabilities natively.

8. Multimedia and Gaming Upgrades
Gamers and creators should expect performance gains in Windows 12. This may include native support for DirectStorage 2.0, better AutoHDR configuration, and enhanced game capture APIs. Windows 12 could also introduce improved resource prioritization, giving active games or streaming apps more control over CPU and GPU usage—perfect for both AAA gaming and live content creators.

9. Streamlined Updates and Rollbacks
One of the biggest pain points in Windows remains update management. Windows 12 may follow ChromeOS and Android by using partition-based updates—where the system applies patches in the background and boots into the new version only after a restart. If something fails, it rolls back to the last stable image. This could make update failures a thing of the past.

10. Better Cross-Device Experiences
Microsoft’s Phone Link already works well with Android and is now expanding to iOS. In Windows 12, these features are expected to deepen with real-time call handling, drag-and-drop media sharing, and maybe even remote app control. This would position Windows more competitively against Apple’s ecosystem lock-in.

Final Thoughts
Windows 12 is shaping up to be the boldest reimagining of the OS since Windows 10. From deeply embedded AI to a modular interface and security-first design, this release is likely to define Microsoft’s operating system for the rest of the decade. While we wait for an official reveal, staying ahead of these changes can help IT leaders, users, and businesses prepare for the next chapter of Windows computing.

To keep up with Windows 12 developments, AI integration, and Microsoft’s enterprise roadmap, subscribe to The Redmond Cloud newsletter for weekly updates and analysis.

Windows Server 2025 marks a major leap forward in enterprise-grade infrastructure, with a strong focus on security, identity, and cloud-native integrations. But with greater capabilities come greater attack surfaces. Whether you’re running an on-premise deployment or managing hybrid cloud infrastructure, securing your server environment is non-negotiable. In this guide, we break down the top strategies to prevent exploits in Windows Server 2025—covering best practices across access control, patch management, credential protection, encryption, monitoring, and more.

1. Lock Down the Foundation: Secure Initial Configuration Most attacks begin by exploiting weak or misconfigured systems. Before deploying Windows Server 2025 into production, make sure each server is hardened from the ground up. Use the updated Security Configuration Wizard (SCW) to disable unnecessary services, roles, and ports that are not explicitly needed. This tool allows role-based configuration and is essential to apply the principle of minimal functionality. Microsoft’s Security Compliance Toolkit offers pre-defined Group Policy Objects (GPOs) tailored for secure environments. These baselines help ensure consistency across servers and reduce the likelihood of misconfiguration. Additionally, disabling outdated protocols like SMBv1, Telnet, and NetBIOS should be a default action. For broader guidance, check out our internal article on how to secure Windows Server best practices.

2. Patch Like a Pro: Stay Ahead of Known Vulnerabilities Timely patching is one of the most effective ways to prevent system compromises. Windows Server 2025 simplifies this through native support for Windows Update for Business, WSUS, and SCCM. Set up deployment rings—test patches in a staging environment before rolling them out across your infrastructure. Automate patching and avoid “Patch Tuesday lag,” as attackers increasingly reverse-engineer patches and weaponize exploits within days. A failure to patch promptly could leave your infrastructure vulnerable to attacks even when fixes are publicly available. See our detailed write-up on Windows Server 2025 cumulative updates for strategies on staying current and avoiding system drift.

3. Integrate Microsoft Defender for Endpoint Defender for Endpoint is now tightly integrated into Windows Server 2025, offering advanced threat detection, endpoint isolation, and extended detection and response (XDR) features when paired with Microsoft Sentinel. With Defender, you gain behavior-based detection and live response capabilities. It monitors process execution, lateral movement, and credential abuse in real-time—ideal for hybrid environments. For companies with distributed systems, Defender can help detect coordinated attacks across cloud, on-prem, and virtual machines. You can get started by reviewing Microsoft’s official Defender for Endpoint documentation.

4. Stop Credential Theft in Its Tracks Credential theft remains one of the most dangerous tactics in the attacker playbook. Windows Server 2025 offers expanded protection through Credential Guard, which isolates credentials using virtualization-based security (VBS). It also supports LSA Protection, which blocks unauthorized code injection into sensitive processes. Combine this with TPM 2.0 and Secure Boot to enforce hardware-level integrity. These features make it significantly harder for attackers to extract domain credentials from memory or bypass authentication controls.

5. Harden Remote Desktop Protocol (RDP) RDP is still a common target for ransomware and brute-force attacks. Even with innovations like RDP Shortpath for Azure Virtual Desktop, administrators must proactively secure remote access. Recommended best practices include changing the default port (3389), enforcing Network Level Authentication (NLA), implementing Multi-Factor Authentication (MFA), and enabling Just-In-Time (JIT) VM access policies. Use firewall rules to restrict access by IP and monitor RDP login attempts. The CISA RDP security guide offers further best practices.

6. Enforce Role-Based Access Control (RBAC) RBAC is critical for managing user privileges in enterprise environments. Use Active Directory groups to assign permissions and follow the principle of least privilege. Avoid common mistakes like assigning admin rights to standard users or using shared service accounts. Instead, use Group Managed Service Accounts (gMSAs) to automate secure credentials for services. Regularly audit and rotate administrative permissions. We cover this further in 10 Windows Server mistakes you should avoid.

7. Monitor Everything: Use WAC and Microsoft Sentinel Windows Admin Center (WAC) in Server 2025 offers improved dashboards, real-time analytics, and tighter integration with Microsoft Sentinel. Use WAC to view system performance, scan for unusual activity, and configure baseline alerts. With Microsoft Sentinel as your SIEM, you can correlate data from multiple sources—server logs, cloud apps, firewall events, and more—giving you centralized visibility into threats. Explore how to use WAC in the official Windows Admin Center documentation.

8. Encrypt Everything Full disk encryption is essential for securing sensitive data at rest. Use BitLocker with TPM 2.0 on all drives, whether physical or virtual. For environments using Hyper-V, enable Shielded VMs to protect against unauthorized access, even by host administrators. Centralize key management using Azure Key Vault to improve compliance and reduce risk. You’ll find more details in our guide on Hyper-V changes in Windows Server 2025.

9. Build a Network That Assumes Breach Zero-trust architecture means treating every connection as untrusted—even internally. Segment your network using VLANs, firewall rules, and virtual switches. Deploy Windows Defender Firewall with Advanced Security and enable strict inbound/outbound rules. Use IPsec to secure server-to-server communication and deploy Azure Network Security Groups (NSGs) to control traffic in hybrid environments. Avoid open ports, enforce just-in-time access, and continuously test access paths.

10. Continuous Auditing and Vulnerability Scanning Threats evolve daily. A strong security posture depends on proactive auditing and continuous vulnerability scanning. Use Microsoft Defender Vulnerability Management for native detection and reporting. Supplement it with third-party tools like Tenable Nessus or Qualys to identify CVEs, missing patches, and exposed ports. Ensure that critical vulnerabilities are remediated within SLA timelines. You can explore further in Tenable’s Windows Server security solution overview.

11. Isolate Legacy Systems and Applications Many enterprises still rely on legacy apps or systems that can’t be upgraded. If you must run legacy workloads on Server 2025, isolate them using virtualization or containers. Apply strict firewall rules, restrict user access, and monitor them closely. Don’t allow legacy systems to connect to the open internet or share authentication paths with newer systems. These are often low-hanging fruit for attackers and require special oversight.

12. Train and Align Your IT Team Technology alone won’t stop every exploit. Training your team to recognize signs of intrusion, misconfigurations, or lateral movement is critical. Conduct regular tabletop exercises, phishing simulations, and incident response dry runs. Build alignment between DevOps, IT, and Security teams to ensure policy enforcement is consistent across deployments. Consider enabling automatic alert routing via Microsoft 365 Defender to notify the right teams immediately.

Final Thoughts Security isn’t static—and Windows Server 2025 gives you more tools than ever to proactively manage it. But the real value comes from how you configure, monitor, and maintain your infrastructure. From access controls to encryption and scanning, every layer counts. Implementing these strategies can drastically reduce your exposure and build organizational resilience against modern threats. Want to learn more? Read our primer on what to expect from Windows 12 or our update on the end of Windows 10 support. Subscribe to The Redmond Cloud Newsletter for weekly updates on Microsoft infrastructure, IT trends, and Windows Server security.

As Microsoft prepares to unveil its next big update to Windows, enthusiasts and professionals alike are eager to understand what Windows 12 could bring to the table.

The operating system is poised to build on the foundation laid by Windows 11, promising a mix of innovation, performance enhancements, and features that cater to the evolving tech landscape.

This comprehensive article will delve into everything we know and expect from Windows 12—from its design philosophy and new features to the implications for users and developers. Let’s explore how Microsoft is shaping the future of computing.

A Look Back: Windows 11’s Legacy

Before diving into Windows 12, reflecting on Windows 11’s impact is essential. Released in October 2021, Windows 11 marked a significant departure from its predecessor, Windows 10.

Its modernized interface, centered taskbar, and emphasis on productivity tools resonated with a broad audience. However, criticisms such as its stringent hardware requirements and incremental updates left room for improvement.

Windows 12 is expected to address these issues while introducing groundbreaking changes.

Expected Features in Windows 12

1. Modular and Cloud-Integrated OS

One of the most anticipated aspects of Windows 12 is its rumored modular architecture. This design could allow users to customize their OS, enabling lightweight configurations for low-powered devices and full-featured setups for high-performance systems.

The integration with Microsoft’s cloud services, such as OneDrive and Azure, is likely to deepen, providing seamless access to files and settings across devices.

2. Enhanced AI Integration

Windows 11 introduced AI-powered features like Windows Studio Effects and better voice recognition. With AI technology advancing rapidly, Windows 12 might feature more intelligent assistants, real-time language translation, and adaptive system optimizations. Imagine an OS that learns your habits to improve boot times, app performance, and battery life.

3. Revamped User Interface

While Windows 11 was praised for its aesthetics, Windows 12 could take customization to the next level. Early previews suggest a focus on dynamic wallpapers, widget enhancements, and deeper personalization options. Transparency effects and fluid animations might also receive updates to ensure a smoother user experience.

4. Improved Gaming Capabilities

Microsoft has been doubling down on gaming in recent years, integrating technologies like DirectStorage and Auto HDR. Windows 12 is expected to push this agenda further with optimizations for cloud gaming via Xbox Cloud Gaming and better hardware utilization for native PC games.

5. Security and Privacy Enhancements

With increasing cybersecurity threats, Windows 12 is likely to feature robust security measures, including biometric authentication improvements and enhanced encryption protocols. Additionally, better privacy controls could empower users to manage data sharing and tracking preferences with more granularity.

6. Support for ARM Processors

As ARM-based processors become more prevalent, Windows 12 is expected to improve compatibility and performance on devices powered by these chips. This shift aligns with Microsoft’s Surface Pro X initiative and the broader industry trend toward energy-efficient computing.

Design Philosophy: Building a Cohesive Ecosystem

Unified Experience Across Devices

Windows 12 is rumored to focus on creating a unified experience across desktops, laptops, tablets, and even smartphones. Leveraging features like Universal Windows Platform (UWP), the OS could offer cross-device compatibility for apps, allowing users to transition seamlessly between environments.

Simplified User Experience

Simplification is a recurring theme, with Microsoft aiming to streamline processes like app installation, system updates, and troubleshooting. The goal is to make technology more accessible to non-technical users while retaining the depth needed for power users.

What Developers Can Expect

Windows 12 promises new tools and APIs to empower developers. Microsoft is likely to expand support for Progressive Web Apps (PWAs), enabling better integration with native system features. Additionally, the Windows Subsystem for Linux (WSL) may receive updates, reinforcing the OS’s appeal to software developers and engineers.

Another anticipated feature is improved support for cross-platform development, allowing developers to create applications that run seamlessly on Windows, macOS, and Linux.

Release Timeline and Compatibility

While Microsoft has not officially confirmed a release date, industry speculation points to late 2024 or early 2025. Insider builds and developer previews could become available by mid-2024.

Hardware Requirements

Windows 11’s strict hardware requirements caused controversy, especially the need for TPM 2.0 and Secure Boot. It remains to be seen whether Windows 12 will relax these standards or introduce even higher thresholds. Backward compatibility with older systems is a critical factor for adoption.

Implications for Businesses

Businesses transitioning to Windows 12 will need to consider several factors:

1. Cost of Upgrades: Updating hardware to meet the new OS requirements.
2. Training Needs: Familiarizing staff with new features and workflows.
3. Enhanced Productivity: Leveraging AI tools and cloud integration to optimize operations.

Organizations heavily invested in Microsoft 365 and Azure services could see significant productivity gains by adopting Windows 12 early.

User Expectations and Wishlist

Here are some features users are hoping for in Windows 12:

1. Better Multitasking: Enhanced Snap Layouts and virtual desktop capabilities.
2. Customizable Taskbar: Bringing back features like drag-and-drop and better pinning options.
3. Improved Battery Management: Smarter power-saving modes for laptops.
4. Expanded Widgets: Allowing third-party widgets to thrive on the desktop.

Challenges Ahead

Despite the excitement, Windows 12 faces challenges. Competing with macOS and Linux distributions means Microsoft must strike a balance between innovation and stability. Additionally, ensuring widespread adoption could be challenging if hardware requirements remain stringent.

Final Thoughts

Windows 12 represents the next chapter in Microsoft’s storied operating system history. By focusing on modularity, AI integration, and user-centric design, the OS has the potential to redefine productivity and innovation. As the tech world awaits more details, one thing is clear: Windows 12 is poised to make waves in the industry.

Stay tuned for updates as Microsoft reveals more about this highly anticipated release. Whether you’re a gamer, developer, or business user, Windows 12 promises to deliver a platform that adapts to your needs.

The recent Crowdstrike outage sent ripples through the cybersecurity community, highlighting the fragility of even the most robust systems.

As a major player in the cybersecurity industry, Crowdstrike’s disruption was more than just a hiccup; it was a stark reminder of the vulnerabilities inherent in our interconnected digital ecosystem.

But beyond the immediate chaos and the scramble to restore services, this incident offers profound lessons for Microsoft and other tech giants striving to fortify their defenses against an ever-evolving threat landscape.

The Immediate Impact

The Crowdstrike outage disrupted services for countless organizations relying on its advanced threat intelligence and endpoint protection solutions. Businesses found themselves vulnerable, scrambling to implement contingency plans and mitigate risks.

The immediate impact was significant, but the ripple effects extended beyond the initial downtime.

The incident was a wake-up call for Microsoft, a company deeply embedded in the fabric of global IT infrastructure. Despite its extensive resources and advanced security measures, no system is impervious to failure. The Crowdstrike outage underscored the importance of resilience and adaptability in facing unforeseen challenges.

The Role of Redundancy

One of the primary takeaways from the Crowdstrike outage is the critical role of redundancy in cybersecurity infrastructure. With its vast array of cloud services and enterprise solutions, Microsoft must prioritize building and maintaining redundant systems to ensure continuity of service. This includes:

• Data Replication: Ensuring data is replicated across multiple, geographically dispersed locations to prevent loss during an outage.
• Failover Mechanisms: Implementing automatic failover mechanisms that seamlessly switch operations to backup systems in case of primary system failure.
• Diverse Network Paths: Creating diverse network paths to prevent a single point of failure from disrupting service.

Enhancing Incident Response

The speed and effectiveness of an organization’s incident response can significantly mitigate the impact of a cybersecurity event. For Microsoft, this means:

• Comprehensive Training: Regularly training staff on the latest incident response protocols and best practices.
• Simulated Drills: Conducting simulated cybersecurity drills to test and refine response strategies.
• Collaboration with Experts: Collaborating with cybersecurity experts and partners to stay ahead of emerging threats and response techniques.

The Importance of Transparency

During the Crowdstrike outage, the company’s commitment to transparency was crucial in managing customer expectations and maintaining trust. Microsoft can learn from this approach by:

• Clear Communication: Ensuring clear and timely communication with customers during incidents, providing regular updates on the status and resolution efforts.
• Detailed Post-Mortems: Conduct detailed post-mortem analyses of incidents and share findings with customers to demonstrate accountability and continuous improvement.
• Customer Support: Offering robust customer support to address concerns and provide assistance during and after incidents.

Leveraging AI and Machine Learning

Crowdstrike’s reliance on advanced threat intelligence highlights the growing importance of AI and machine learning in cybersecurity. Microsoft, already a leader in AI innovation, can further enhance its cybersecurity efforts by:

• Predictive Analytics: Utilizing AI to predict and identify potential threats before they manifest.
• Automated Response: Implementing AI-driven automated response systems that can quickly neutralize threats without human intervention.
• Continuous Learning: Ensuring that AI systems continuously learn and adapt to new threat vectors and attack patterns.

Strategic Partnerships

The interconnected nature of the digital ecosystem means that no company can operate in isolation. Strategic partnerships are essential for enhancing cybersecurity resilience. Microsoft should:

• Collaborate with Industry Peers: Work collaboratively with other tech giants and cybersecurity firms to share intelligence and develop unified defense strategies.
• Public-Private Partnerships: Work closely with government agencies and public sector organizations to bolster national and global cybersecurity efforts.
• Open Source Initiatives: Support and contribute to open source cybersecurity initiatives that promote innovation and collective defense.

The Human Element

While technology plays a pivotal role in cybersecurity, the human element remains crucial. Microsoft must focus on:

• Employee Awareness: Enhancing employee awareness and training to recognize and respond to cybersecurity threats.
• Expert Recruitment: Recruiting top cybersecurity talent to lead and innovate within the organization.
• Cultural Shift: Fostering a culture of cybersecurity awareness and vigilance across all levels of the organization.

Future-Proofing Security

The Crowdstrike outage is a stark reminder that cybersecurity is a constantly evolving field. Microsoft must remain proactive in future-proofing its security measures by:

• Regular Audits: Conducting regular security audits to identify and address vulnerabilities.
• Adopting New Technologies: Staying at the forefront of technological advancements in cybersecurity.
• Long-Term Planning: Developing long-term security strategies that anticipate and mitigate future threats.

Conclusion

The Crowdstrike outage was more than a temporary disruption; it was a critical learning opportunity for the entire tech industry, particularly for giants like Microsoft. Microsoft can strengthen its cybersecurity posture and ensure greater resilience in future challenges by focusing on redundancy, enhancing incident response, leveraging AI, fostering strategic partnerships, and emphasizing the human element.

Ultimately, the lessons learned from Crowdstrike’s experience underscore the importance of continuous improvement and adaptation in cybersecurity. As threats evolve, so must our defenses, driven by innovation, collaboration, and an unwavering commitment to protecting the digital world.

Dubbed the “digital pandemic” by some, a CrowdStrike bug triggered the infamous Blue Screen of Death (BSoD) on millions of systems worldwide. The impact was widespread, hitting airlines, banks, emergency services, and TV stations.

Despite the situation, it’s important to clarify that Microsoft is not to blame. The culprit here is a faulty driver update pushed out by cybersecurity company CrowdStrike, which caused PCs everywhere to crash. While CrowdStrike is at fault, Microsoft has been proactive, rolling out tools to help fix the affected systems.

Last week, Microsoft released a USB Recovery Tool to tackle the CrowdStrike bug.

This tool aims to speed up the repair process, allowing IT admins to restore PCs to a pre-bug state. It offers two recovery options: WinPE and safe mode. Microsoft recommends using WinPE, though there are scenarios where the safe mode option is more appropriate, particularly if BitLocker is enabled.

The recovery key isn’t available (admin rights are needed).

A new Tech Community post from Microsoft details these options and their respective pros and cons:

Recover from WinPE (Recommended)

• Quickly and directly recovers systems.
• Does not require local admin privileges.
• Manually entering the BitLocker recovery key may be required if BitLocker is enabled.
• For third-party disk encryption, refer to vendor guidelines for recovering the drive so that the remediation script can run from WinPE.

Recover from Safe Mode

• It may allow recovery on BitLocker-enabled devices without entering recovery keys.
• Requires access to an account with local administrator rights.
• Suitable for devices using TPM-only protectors, unencrypted devices, or where the BitLocker recovery key is unknown.
• If using TPM+PIN BitLocker protectors, the user must enter the PIN or use the recovery key.
• If BitLocker is not enabled, just sign in with an admin account.
• For third-party disk encryption, consult vendors to recover the drive for the remediation script to run.

Microsoft also notes that while the USB tool is preferred, some devices can’t use USB connections. In such cases, a Preboot Execution Environment (PXE) option or reimaging the device might be necessary.

We’ll update our guide on fixing the CrowdStrike Blue Screen error on Windows 11 soon, incorporating these new methods. You can also check out Microsoft’s detailed breakdown of the process.

What is the CrowdStrike Outage?

Chances are, you’ve been impacted by the CrowdStrike outage somehow.

A vast number of companies and organizations have experienced PC crashes, and repairs are still ongoing. Even if you weren’t directly affected, the incident has been a hot topic outside tech circles.

Over the weekend, I overheard people at American football practices discussing the “Microsoft outage.” Friends and colleagues have reported similar conversations in hospitals, restaurants, and casual settings.

CrowdStrike is a cybersecurity company specializing in Internet security. Their Falcon platform provides real-time attack indicators and helps security experts protect systems. Unfortunately, a buggy update to the Falcon Sensor app wreaked havoc, affecting many organizations.

The fallout grounded planes, forcing some airports to issue handwritten boarding passes. Banks, emergency services, and millions of PCs were hit hard.

While some viewed the downtime as a welcome break, the CrowdStrike outage caused significant disruption across multiple industries. Ironically, CrowdStrike’s stock plummeted, but many could not capitalize on the dip due to the bug affecting trading services.

Although a fix is now available, the repercussions of the CrowdStrike outage will be felt for a while as IT admins work tirelessly to recover and repair affected systems.

A faulty update from cybersecurity provider CrowdStrike is knocking affected PCs and servers offline, forcing them into a recovery boot loop so machines can’t start properly. CrowdStrike is widely used by many businesses worldwide to manage the security of Windows PCs and servers.

Australian banks, airlines, and TV broadcasters first raised the alarm as thousands of machines started to go offline. The issues spread fast as businesses based in Europe started their work day.

UK broadcaster Sky News could not broadcast its morning news bulletins for hours this morning and showed a message apologizing for “the interruption to this broadcast.” Ryanair, one of the biggest airlines in Europe, also says it’s experiencing a “third-party” IT issue, impacting flight departures.

The Federal Aviation Administration (FAA) says it’s assisting airlines like Delta, United, and American Airlines due to communications issues. “The FAA is closely monitoring a technical issue impacting IT systems at US airlines,” says FAA spokesperson Jeannie Shiffer in a statement to The Verge. “Several airlines have requested FAA assistance with ground stops for their fleets until the issue is resolved.”

Berlin airport also warns of travel delays due to “technical issues.” The issues have also impacted many 911 emergency call centers in Alaska. One airline in India has even turned to handwritten boarding passes due to the outages.

“CrowdStrike is actively working with customers impacted by a defect found in a single content update for Windows hosts,” says CrowdStrike CEO George Kurtz in a post on X. “Mac and Linux hosts are not impacted. This is not a security incident or cyberattack.”

CrowdStrike says the issue has been identified, and a fix has been deployed, but fixing these machines won’t be simple for IT admins. The root cause appears to be an update to the kernel-level driver that CrowdStrike uses to secure Windows machines.

While CrowdStrike identified the issue and reverted the faulty update after “widespread reports of BSODs on Windows hosts,” it doesn’t appear to help machines that have already been impacted.

In a Reddit thread, hundreds of IT admins are reporting widespread issues. The workaround involves booting affected Windows machines into safe mode, navigating to the CrowdStrike directory, and deleting a system file. That will be troublesome on some cloud-based servers or even for Windows laptops deployed and used remotely.

“Our entire company is offline,” says one Reddit poster, while another says 70 percent of their laptops are down and stuck in a boot loop. “Happy Friday,” says one Reddit poster. It looks like IT admins worldwide will have a long day.

In what appears to be a separate outage, Microsoft is also recovering from several issues with its Microsoft 365 apps and services. The root cause of those issues was “a configuration change in a portion of our Azure backend workloads.”

Microsoft has once again graced us with a fresh update, rolling out the Windows 11 Insider Preview Build 22635.3930 (KB5040550) to the Beta Channel.

As always, these updates are pivotal in shaping the final versions that reach your devices, offering a glimpse into the future of Windows.

Let’s dive deep into what this build brings and how it can enhance your computing experience.

The Evolution of Windows 11: Beta Channel Updates

Get the latest updates

Microsoft continues to refine and enhance the Windows 11 experience for those in the Beta Channel.

The latest update follows the trend of version 23H2, introduced via an enablement package (Build 22635. xx). Insiders can toggle settings to receive features as soon as they are available. This progressive rollout ensures that early adopters can test and provide feedback while others receive these enhancements gradually.

New Features Gradually Rolling Out

Shared Content in File Explorer Home

File Explorer is evolving to become more intuitive and connected. The new feature allows users to access files shared with them quickly. Whether you’re signed in with a personal Microsoft account or a Microsoft Entra ID for commercial users, you can now see shared files directly from the File Explorer Home under the ‘Shared’ tab. This includes files from email, Teams chats, and other Microsoft services, making collaboration seamless.

Additionally, File Explorer now supports various file types in the Recent, Favorites, and Shared sections. This means that files from Designer, Loop, Power BI, and Forms, among others, will be more accessible, enhancing productivity.

Taskbar & System Tray Enhancements

The taskbar and system tray receive a notable upgrade with a simplified system tray highlighting the date/time in a shortened form and showcasing the notification bell icon based on your Do Not Disturb (DND) status. This minimalist approach reduces clutter, though you can revert to the traditional view through settings if preferred.

Moreover, Microsoft has refined the previews that appear when you hover over taskbar apps, enhancing the animations based on user feedback. First-letter navigation on the taskbar is another nifty feature, allowing users to quickly jump to apps by pressing the corresponding letter key. This is especially useful for power users who rely heavily on keyboard shortcuts.

Windows Studio Effects

Windows Studio Effects is pushing the boundaries of what AI can do for your camera and audio. Available on devices with a Neural Processing Unit (NPU), these effects can now be accessed more conveniently via a new icon in the system tray.

Clicking this icon launches the Studio Effects page in Quick Settings, streamlining access and usability. This enhancement ensures that users can quickly adjust settings during video calls or recordings, improving overall user experience.

Windows Share

Sharing content with Android devices has never been easier. The Windows share window’s UI has been updated, moving the option to share with Android devices under “Nearby Share.” This feature requires pairing your Android device with your Windows PC using the Link to Windows app, facilitating seamless content transfer between your devices.

Narrator Performance Improvements

For users relying on Narrator, Microsoft has significantly improved scan mode, particularly enhancing its performance in Microsoft Edge and large documents. These changes ensure that the Narrator is more responsive, making it a valuable tool for users who depend on it for navigation and reading.

System Info (msinfo32) Update

To make Windows more accessible, System Info (msinfo32) now adheres to your text size preferences set under Settings > Accessibility > Text Size. This change ensures that vital system information is easier to read for users with visual impairments.

Fixes Gradually Rolling Out

Start Menu Fixes

The start menu sees improvements, particularly addressing issues where screen readers didn’t read the All apps list correctly and some apps were not sorted properly under certain display languages.

Taskbar & System Tray Fixes

Issues where keyboard focus might get lost while navigating the taskbar with Shift + Tab have been resolved. This fix enhances the overall usability for keyboard-centric users.

Fixes for Everyone in the Beta Channel

A critical fix addresses an issue where users couldn’t view or interact with the taskbar after installing KB5039302 on Windows N editions. This problem, specific to editions lacking most media-related tools, has been rectified, ensuring smoother operations post-update.

Known Issues to Be Aware Of

As with any new build, some known issues persist. For the simplified system tray, if the “Show notification icon” setting is greyed out, toggling “Notifications” off and on again should resolve it.

Certain issues with shared file visibility, keyboard focus, and Narrator functionality have been identified in File Explorer. The team is actively working on fixes for these areas.

Reminders for Windows Insiders in the Beta Channel

It’s crucial to remember that updates in the Beta Channel are experimental. Features and experiences may change, evolve, or be removed based on feedback and testing outcomes. This iterative process helps Microsoft fine-tune the user experience before a broader release.

Additionally, many features start in the Beta Channel but may not be fully localized initially. Localization issues can be reported via Feedback Hub, contributing to a more polished final product.

Conclusion

The Windows 11 Insider Preview Build 22635.3930 represents Microsoft’s commitment to continuous improvement and user-centric design. By gradually rolling out new features and improvements, Microsoft ensures that Insiders can test and provide valuable feedback, shaping the future of Windows 11.

As always, your feedback is invaluable. Whether through the Feedback Hub or community forums, every piece of input helps refine and perfect the Windows experience.

Stay tuned for more updates and happy testing, Insiders!