Windows 365 Archives

Winsage

June 3, 2026

Build 2026: Furthering Windows as the trusted platform for development

Build is an annual event focused on connecting with the global developer community and sharing innovations. Feedback from developers emphasizes the need for a frictionless and adaptable platform for seamless development across various environments. Key announcements include: - Coreutils for Windows: A suite of Linux-like command line utilities available natively on Windows. - WSL containers: A forthcoming public preview feature for creating and interacting with Linux containers. - Windows Development Skills: Structured knowledge for building native Windows apps using WinUI3 and WinApp CLI, now generally available. - Intelligent Terminal: An experimental feature integrating context-aware intelligence into the terminal for improved debugging and task execution. - Windows Developer Configurations: A WinGet-powered setup for distraction-free development, now generally available. - Windows 365 with Developer Configuration: A pre-configured cloud-based development environment in public preview. For security, the announcements include: - Microsoft Execution Containers (MXC) SDK: A policy-driven execution layer for agent access and containment, available in early preview. - Agent 365 integration: Enhances security for agents with protections from Defender, Entra, Intune, and Purview, available in preview. - OpenClaw: Runs securely on Windows using MXC for easy installation of agent connections. - NVIDIA's OpenShell: A deployment package for autonomous agents on Windows, built on MXC. - Windows 365 for Agents: Secure Cloud PCs for executing enterprise workflows, now generally available. For AI capabilities: - Aion 1.0 Instruct: An on-device small language model for local workloads, available soon. - Expanded Windows AI APIs: Now accessible on more Windows 11 PCs, enhancing local AI capabilities. - Surface RTX Spark Dev Box: A device for developers featuring NVIDIA RTX Spark silicon for local AI workloads. - DGX Station for Windows: A powerful AI supercomputer for developing agents, coming in Q4. - Project Solara: A platform for agent-driven experiences, simplifying development across environments. - New Speech Recognition API: Real-time, on-device transcription capabilities. - Expansion of Windows AI APIs across GPUs and CPUs: Now available for broader hardware support. Windows is enhancing its security framework to reduce risks and ensure robust protection for applications.

AppWizard

June 2, 2026

Microsoft’s Project Solara is an Android OS designed for agents instead of apps

Microsoft is developing two concept devices under Project Solara: the Desk Concept and the Badge Concept. The Desk Concept resembles a smart display with a touchscreen, microphones, and a camera, functioning as a secondary monitor or standalone Windows PC powered by Windows 365 cloud computing. The Badge Concept is a work badge with a touchscreen, 5G connectivity, a camera, microphones, and a fingerprint scanner, allowing users to interact with AI agents. Both devices are not yet available for purchase, and Microsoft plans to demonstrate them in collaboration with partners like AccuWeather, Best Buy, CVS Health, Levi’s, and Target.

Winsage

June 2, 2026

Windows platform security for AI agents

AI agents have evolved from simple question-answering systems to autonomous entities that can perform actions across various platforms. This shift raises concerns about control and trust, necessitating a change in security paradigms. Developers are now required to integrate security into the architecture of their platforms to maintain trust in agent deployment. Microsoft has expanded Agent 365 to manage local agents on Windows, introducing policy-based controls to govern agent actions. The Microsoft Execution Containers (MXC) SDK provides a policy-driven execution layer for agents, allowing developers to define constraints and ensuring consistent enforcement at runtime. Windows supports various containment options, including process and session isolation, to mitigate risks associated with agent behavior. Micro-VMs and Linux containers are also being integrated into the containment model. Windows 365 for Agents enables agents to operate in a managed cloud environment, limiting potential compromises. Collaborations with industry leaders aim to align containment strategies with developer needs. The security model is built on a foundation designed to minimize risk, incorporating features like passwordless sign-in and real-time protection through Windows Defender. The focus remains on enabling developers to create secure, governable agents for real-world deployment.

Winsage

May 26, 2026

Windows 12 at Build 2026: What to expect

Microsoft Build 2026 will occur on June 2 and 3 at the Fort Mason Center in San Francisco, featuring a keynote by CEO Satya Nadella. The event targets AI developers and enterprise teams, emphasizing a hands-on experience. In-person tickets are priced at ,099, while the keynote and select sessions will be streamed live for free. Although there is speculation about Windows 12, Microsoft has not officially confirmed its release, with reports indicating that 2027 may be the earliest for any announcement. Current initiatives include Windows K2, aimed at improving Windows 11's performance and reliability. Build 2026 is expected to cover topics such as native Windows development with WinUI 3, on-device AI capabilities, security for AI applications, and enhancements to the Windows Subsystem for Linux (WSL). In-person attendance will be limited, and visa support is available for international attendees.

Winsage

May 14, 2026

Microsoft Fixes Windows Autopatch Bug Installing Restricted Drivers on Windows 11

Microsoft's Windows Autopatch service mistakenly deployed restricted driver updates to some managed Windows devices without proper approval, affecting Windows 11 versions 25H2, 24H2, and 23H2. This led to unexpected restarts and stability issues. Microsoft implemented a server-side fix to address this problem, confirming that only a limited subset of devices in the EU region was impacted and that no client-side action was required. Additionally, some users faced difficulties installing Office on Windows 365 machines due to a configuration change from a recent service update.

Winsage

May 8, 2026

Microsoft Tests Point-in-Time Restore for Windows 11, a Full System Backup Beyond Classic System Restore

Microsoft is testing a recovery feature for Windows 11 called Point-in-Time Restore, which offers a more extensive system snapshot than the traditional System Restore. It was first introduced in the Windows 11 Insider Experimental preview on April 24, 2026. The feature aims to minimize downtime and simplify troubleshooting and can be accessed through the Windows Recovery Environment and the Windows Settings app. Point-in-Time Restore backs up a broader range of data compared to System Restore, including user files, applications, settings, passwords, secrets, certificates, and keys. It restores the entire PC to a previous state, losing any local changes made after the snapshot. The feature operates on an automated schedule, with snapshots retained for up to 72 hours, and users can create new snapshots at specified intervals. For optimal use, Point-in-Time Restore is enabled by default on PCs with at least 200GB of drive space, with a storage cap of 2% of total drive capacity. It remains optional for consumer versions of Windows. A specialized version for Windows 365 Enterprise cloud PCs is always active, retains restore points for up to a month, and uses scalable cloud storage. Remote management support for Point-in-Time Restore is under development and not yet available. Currently, it is limited to builds within the Windows 11 Insider Experimental channel, with broader availability details pending.

Winsage

May 6, 2026

“Minimize downtime and simplify troubleshooting”: Microsoft’s powerful new recovery tool is quietly fixing System Restore. Here’s how it actually works.

System Restore is a recovery tool in Windows that allows users to revert their systems to a previous state, originating with Windows ME. It generates restore points that can be created manually or automatically, with a maximum retention of 60 days starting from the Windows 11 24H2 update in 2025. System Restore captures essential system files and settings but does not recover personal files. The new Point-in-Time Restore feature, introduced in 2025 and appearing in the Windows 11 Insider Experimental preview in April 2026, captures a broader range of data, including user files and applications, and operates on a scheduled basis with snapshots retained for up to 72 hours. It is optional for standard users, enabled by default for PCs with 200GB or more storage, and has storage limits set to 2% of total drive capacity. In enterprise settings, it is always enabled for Windows 365 Enterprise, maintaining restore points for up to one month and utilizing cloud storage. Point-in-Time Restore aims to improve the recovery experience and address limitations of the classic System Restore.

Winsage

May 6, 2026

Security updates Windows no longer require frequent reboots

Since early May 2026, a U.S. company has introduced Hotpatching technology for compatible devices, allowing security updates to be applied without a full system reboot. This technology replaces code fragments directly in the RAM of running processes, reducing the size of downloaded packages and enabling quicker implementation of critical patches. The update mechanism operates on a hybrid schedule with four base months requiring mandatory reboots for cumulative changes and eight hotpatching months focusing on in-memory security fixes. If extensive architectural changes are needed or if the software environment does not meet standards, the system defaults to a standard installation algorithm that requires a reboot. The technology is designed for corporate infrastructures with high operational demands and requires Windows 11 version 24H2 or later, specific editions, and enabled VBS virtualization protection.

Winsage

May 6, 2026

Microsoft enables Hotpatching by default: Windows updates without restarts become a reality

Beginning in May 2026, Microsoft will introduce Hotpatching as a default feature for compatible systems, allowing security updates to be applied without requiring a restart. Hotpatching updates code directly in the memory of running processes, enabling selective updates without interrupting the entire system. It does not replace monthly security updates but alters their activation process on eligible systems, categorized as security updates within the monthly B releases. Eligible systems must be running Windows 11 version 24H2 or newer and possess suitable licenses such as Enterprise, Education, Microsoft 365, or Windows 365. Management of these updates will be facilitated through Windows Autopatch or Microsoft Intune. Microsoft will continue to utilize baseline updates that require a restart, which will alternate with Hotpatch months. Hotpatching aims to reduce the frequency of restarts tied to security updates, particularly benefiting environments where uptime is critical. However, planned restarts will still be necessary, and robust telemetry and maintenance practices will be needed to ensure smooth operation.

Winsage

April 22, 2026

Windows 365 Link: One year of the simple, secure, purpose-built Cloud PC device

Windows 365 Link, a service launched a year ago, enhances the Windows 365 experience by providing a cloud-based Windows environment that is easy to manage, secure, and cost-effective. It allows organizations to scale Cloud PCs without local data or applications. Over the past year, it has expanded into new regions and industries such as manufacturing, healthcare, retail, and professional services. Organizations using Windows 365 Link have reported benefits like reduced management burdens and seamless access for workers. The partner network has grown to over 200 resellers in 20 countries, facilitating quick deployment. Upcoming updates include support for Bluetooth device pairing, tenant branding, USB redirection, and visibility into pending updates on sign-in screens.