Windows 11 Insider KB5067109 Voice Typing Wait Time Copy & Search and Proactive Memory Diagnostics

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The Windows Insider channel updates arriving with KB5067109 mark a modest but meaningful step toward making voice input in Windows feel less brittle and more human, especially on Copilot+ hardware. The paired Insider builds — Dev build 26220.6982 (25H2) and Beta build 26120.6982 (24H2) — bring a new “Wait time before acting” control to Voice Typing, a one‑click Copy & Search shortcut in the taskbar, a proactive memory diagnostic flow, and a handful of Settings and device‑card tweaks that aim to smooth everyday interactions. These features are being delivered as staged, controlled rollouts to Insiders and are tied to the KB5067109 cumulative package for each channel.

Blue abstract Windows-style desktop with Copilot+ settings and memory progress dialogs.Background​

Microsoft has increasingly focused on accessibility, on‑device AI, and fine‑grained input controls as part of the broader Copilot+ strategy: enabling faster, more private experiences that leverage local models and hardware capabilities on qualifying devices. Features such as Fluid Dictation and other voice improvements have been shipped in recent Insider builds, and the latest KB5067109 flight continues that theme by letting users tune the voice pipeline to their speaking style and workflow. These changes appear in both the Dev and Beta channels under the same servicing label (KB5067109), but as usual with Insider features they are staged and entitlement‑gated, meaning not every Insider will see every feature immediately.

What KB5067109 actually delivers​

Voice Typing: “Wait time before acting”​

The headline change in this update is the new Wait time before acting option for Voice Typing on Copilot+ PCs. In short, you can now set how long the system waits after recognizing speech before it executes the associated command. Microsoft exposes a range of latency presets to match different speaking cadences — from Instant to Very Long — with documented timing windows spanning roughly 0.1 seconds up to 3.0 seconds. The intention is to reduce accidental command execution when users naturally pause while dictating or when dictation spans multiple short phrases.
Why this matters: voice input is not just transcription; it's an interaction model where short spoken phrases can be interpreted as commands (e.g., “delete that”, “open file”) or content. A rigid timeout increases false positives for users who pause, while a long timeout can feel sluggish for rapid speakers. Giving the user control over that timeout makes a tangible difference in day‑to‑day usability.

Copy & Search: one click clipboard searching from the taskbar​

Also rolling out in the KB5067109 builds is Copy & Search, a small but practical productivity shortcut in the taskbar search box. When you copy text anywhere in Windows, a small “paste gleam” appears in the Search field. Clicking that gleam pastes the clipboard contents into the Search field and runs the query — a simple flow that saves a few clicks when researching or triaging content. This behaves as a controlled feature rollout and will appear first for Insiders who enable the “get latest updates” toggle.

Proactive Memory Diagnostics​

KB5067109 also introduces a Proactive Memory Diagnostics experience. After a bugcheck (unexpected restart), Windows may prompt the user at sign‑in to schedule a quick memory scan using Windows Memory Diagnostic during the next reboot. Microsoft says the typical scan takes under five minutes on average, and users will receive a follow‑up notification if an issue was detected and mitigated. The initial flight is broad (all bugcheck codes used as triggers) while Microsoft studies the correlation between different crash signatures and memory corruption; certain configurations — Arm64 devices, systems using Administrator Protection, and BitLocker volumes without Secure Boot — are excluded from the initial rollout.

Settings, Device Cards, and polish​

The update also brings navigation and UI polish to Settings and device cards, improves Start and search flyout interactions, extends hover actions in File Explorer Home (including enterprise scenarios), and broadens Windows Studio Effects support to more cameras and Copilot+ hardware configurations. These are smaller quality‑of‑life improvements that reduce friction and make settings discovery and device management cleaner.

How the Voice Typing “Wait time” works (practical breakdown)​

What the controls expose​

  • Preset timing options ranging from Instant (0.1 s) to Very Long (3.0 s).
  • A per‑device setting that is currently scoped to Copilot+ PCs (hardware‑qualified systems intended to run on‑device AI experiences).
  • Likely surfaced under the Voice Typing or Voice access settings panel in Accessibility (Insider messaging has used both “Voice Typing” and “Voice access” terminology; the exact label can vary between channels).

User scenarios​

  • Users who naturally pause to think while dictating (e.g., people with speech differences, non‑native speakers, or users composing long messages) will prefer Long or Very Long so the system waits rather than prematurely executing a voice command.
  • Fast talkers who want snappy command responses will prefer Instant or a short setting.
  • Environments with background noise or frequent fillers may benefit from a slightly longer wait to reduce the risk of interpreting ambient utterances as action triggers.

Implementation considerations​

Microsoft’s voice pipeline now blends recognition with lightweight decision logic that determines whether recognized speech should be acted upon immediately. This timeout is a user‑facing parameter that adjusts that decision logic. On Copilot+ devices, where on‑device small language models (SLMs) and hardware accelerators are available, latency and privacy tradeoffs are better balanced, allowing this kind of tunable behavior while keeping inference local when possible. Fluid Dictation and other on‑device enhancements tie into this broader work.

Step‑by‑step: trying the new features as an Insider​

  • Enroll the PC in the Windows Insider Program and choose either Dev or Beta channel depending on appetite for risk.
  • Enable the toggle in Settings > Windows Update labeled Get the latest updates as they’re available to receive controlled feature rollouts.
  • Check Windows Update for the cumulative update KB5067109, which upgrades Dev to build 26220.6982 (25H2) or Beta to build 26120.6982 (24H2) depending on channel.
  • Once updated, open Settings and navigate to Accessibility > Voice Typing or Voice access (label may vary). Look for Wait time before acting and select a timing preset that fits your cadence.
  • To try Copy & Search, copy text from any app and look for the paste gleam in the taskbar search box.
  • If you experience a recent crash, look for a memory diagnostic prompt at sign‑in to schedule the short Windows Memory Diagnostic scan on next reboot.

Strengths and immediate benefits​

  • Accessibility gains: The new wait time is a targeted improvement for users who need more forgiving voice controls, including people with speech differences or who speak with natural pauses. This aligns with accessibility best practices by offering user control rather than a one‑size‑fits‑all behavior.
  • Practical productivity: Copy & Search removes friction for quick lookups and research, shaving off small but frequent steps that add up across a workday.
  • Faster diagnostics: Proactive Memory Diagnostics can help identify and remediate memory issues before they cause repeated instability, shortening troubleshooting cycles for IT teams.
  • On‑device AI integration: These features further the Copilot+ goal of harnessing on‑device models for low‑latency, privacy‑focused experiences (for qualifying hardware). This reduces dependence on round‑trip cloud inference for many interactions.

Risks, unknowns, and technical caveats​

1) Limited availability and gating​

These features are rolling out under controlled feature rollout systems and are often tied to Copilot+ hardware and entitlement checks. That means many Insiders won’t see the features immediately, and enterprise fleets may not be able to test them uniformly without explicit hardware support. The KB packaging unifies the servicing label, but the payload remains gated.

2) Labeling and UX inconsistency​

Insider posts and release notes sometimes use Voice Typing and sometimes Voice access interchangeably. That inconsistent terminology can confuse testers and customers trying to follow setup instructions. It’s worth flagging that menus and labels may differ between channels and builds. Users should search for both terms under Settings > Accessibility if they can’t find the control.

3) Privacy and telemetry tradeoffs​

While Copilot+ and on‑device models reduce cloud dependency, the broader voice and Copilot ecosystems still rely on telemetry for model improvements and feature eligibility checks. Organizations and privacy‑conscious users should confirm how voice data and diagnostic signals are handled in their telemetry settings, and whether any cloud fallback occurs for specific utterances. Documentation on telemetry and on‑device processing varies by feature, and some behaviors may be gated by account entitlements. This is an area to verify before broad deployment.

4) Clipboard sensitivity for Copy & Search​

The new taskbar paste gleam makes it easier to search clipboard contents — but that convenience also raises the stakes for sensitive clipboard data (passwords, tokens, personal identifiers). Users should be reminded to clear sensitive data from the clipboard before copying elsewhere, and organizations should consider clipboard management policies if they plan to allow Copy & Search in managed environments.

5) Diagnostic exclusions and corner cases​

The Proactive Memory Diagnostic flow excludes certain device classes (Arm64, Administrator Protection, BitLocker without Secure Boot). This reduces coverage for those configurations and means IT admins need to be aware of exceptions when interpreting aggregate reliability metrics. Additionally, early flights use all bugcheck codes as triggers while Microsoft studies correlation; that broad net may produce unnecessary diagnostics for non‑memory related crashes in the initial phase.

Advice for IT admins and power users​

  • Validate hardware compatibility first: Copilot+ labeled devices are more likely to get the on‑device AI features and voice tuning. Inventory and tag Copilot+ hardware in pilot rings to measure real behavior.
  • Pilot with representative users: Select Insiders who reflect the diverse speech patterns and workflows in the organization — including folks who pause frequently, non‑native speakers, and users with assistive needs — to gauge the real usability impact of the Wait time control.
  • Control telemetry and data flows: Review organizational telemetry policies before enabling broad Insider testing. Confirm whether voice samples or diagnostic artifacts are retained and under what conditions they are uploaded.
  • Clipboard hygiene: Include guidance on clipboard hygiene if Copy & Search is enabled widely; consider third‑party clipboard managers that support automatic clearing for high‑sensitivity data.
  • Track false positives: For Proactive Memory Diagnostics, monitor trends in false positives (crashes not caused by memory faults) and report telemetry or Feedback hub entries so Microsoft can refine triggers during the flight.

Developer and vendor considerations​

For independent software vendors and peripheral manufacturers, the KB5067109 wave is a reminder that Windows input surfaces are evolving. Voice command timing assumptions embedded in apps (e.g., hotphrase handlers, voice command listeners) may need review for Backwards compatibility. Camera vendors and driver teams should also validate compatibility with broadened Windows Studio Effects support across Snapdragon, AMD, and Intel Copilot+ PC families.

The bigger picture: small controls, cumulative impact​

This update is not transformational on its own, but it is emblematic of a broader approach: incremental, user‑configurable improvements that chip away at everyday friction. Small controls like the Wait time before acting and convenient affordances like Copy & Search rarely make headlines, but they can materially change usability for millions of people — especially those who rely on voice input as a primary interaction mode.
At the same time, the early rollout behavior, nomenclature inconsistencies, and privacy/entitlement complexities underline the usual Insider tradeoffs: new features are visible sooner, but they come with variability and caveats. For most users, the safest path is a measured pilot on Copilot+ devices followed by staged deployment once behavior and telemetry are validated.

Final thoughts​

KB5067109 and the paired builds 26220.6982 (Dev, 25H2) and 26120.6982 (Beta, 24H2) deliver useful, user‑facing tweaks: a configurable voice timeout, one‑click clipboard search, and a proactive memory diagnostic flow that shortens troubleshooting. These changes are carefully gated and reflect Microsoft’s direction of putting more configurable controls in users’ hands while leveraging on‑device AI where hardware permits. Insiders and admins should test these features under representative conditions, pay attention to telemetry and privacy settings, and be mindful of exclusions and gating. The overall direction is positive — making voice input more adaptable and task flows a touch faster — but success will depend on careful rollout, transparent settings, and continued refinement based on real‑world feedback.

Source: Windows Report KB5067109 Brings 'Wait Time Before Acting' in Voice Typing for Copilot+PCs
 

Microsoft’s latest Insider preview packages push another round of incremental but meaningful polish to Windows 11’s Settings, Start menu, and core productivity surfaces, with Build 26220.6982 (Dev) and Build 26120.6982 (Beta) arriving under KB5067109 and bringing a set of small, practical features that aim to shave seconds off common workflows while exposing a few new management and privacy considerations for IT teams.

Windows 11–style desktop showing device cards, an About pane, and a dark Start menu.Background​

Microsoft continues to evolve Windows 11 through the Insider program’s Dev and Beta channels using a controlled feature rollout approach: the same servicing package can carry code that is enabled selectively for a subset of devices via server-side flags and toggles. The KB5067109 preview builds—targeted at Windows 11 25H2 (Dev) and 24H2 (Beta) respectively—package a handful of user-facing experiments plus reliability fixes and platform polish. These include UI refinements in Settings, a few Start/search adjustments, a one-click clipboard search convenience called Copy & Search, voice-typing timing controls for Copilot+ PCs, and an early Proactive Memory Diagnostics flow intended to triage memory-related reliability issues.
What makes this update notable isn’t a single headline feature but the cumulative effect of many small workflows being tightened: search flows, Settings discoverability, quick diagnostics, and subtle Start/Taskbar transitions. These are the kinds of refinements that matter to productivity-focused users and IT operators because they change day-to-day friction rather than wholesale OS behavior.

What arrived in KB5067109 — the essentials​

  • Device Cards in Settings — A card-based presentation of hardware and system information inside Settings, plus a reorganized Settings > About page that surface related links (for example, direct access to Storage settings).
  • Settings search flyout becomes scrollable — Search results inside the Settings flyout can now be scrolled through directly, reducing the need to open a separate results page.
  • Start/Search flyout sizing alignment — The Windows Search flyout now visually matches the larger Start menu flyout size when the larger Start surface is active, smoothing the UI transition during search.
  • Copy & Search — A paste gleam appears in the taskbar search box when text is copied; one click pastes the text into Search so users can immediately run the query.
  • Voice Typing ‘Wait time before acting’ — On Copilot+ devices, users can choose a delay before a recognized voice command is executed to reduce accidental triggering for slower or more deliberate speech patterns.
  • Proactive Memory Diagnostics — After an unexpected restart (bugcheck), sign-in may present a notification prompting a scheduled, quick Windows Memory Diagnostic scan during the next reboot.
  • Additional small fixes and staged rollouts for File Explorer hover actions, Windows Studio Effects camera support, and taskbar animations.
These features are being rolled out gradually and are gated by toggles and hardware/region entitlements. In other words: not every Insider or device sees every feature at once.

Deep dive: Settings gets smarter and more scannable​

Device Cards and About page redesign​

The new Device Cards convert dense, linear system information into modular, clickable cards that surface key specs—CPU, RAM, storage, GPU—and provide quick navigation to related Settings pages. The redesigned About page is less a single block of static text and more a hub that routes users to the components they commonly need to adjust or inspect.
Why this matters:
  • Faster troubleshooting: Support staff and end-users can get to storage, drivers, or device info with fewer clicks.
  • Better clarity for non-technical users: Card layouts reduce cognitive overhead when reading specs.
  • Easier documentation: IT quick guides can point to predictable card labels rather than deep Settings paths.
Implementation notes and caveats:
  • The visual card surface is primarily cosmetic but affects discoverability; some Insiders report the card visibility can vary on devices depending on the staged rollout.
  • Device Cards are only a UI reorganization—they do not change underlying diagnostic data or how the system reports specs to management tools.

Scrollable Settings search flyout​

Previously, Settings’ search often required opening a full results page to see longer lists. The flyout is now scrollable, and some actionable toggles appear directly in the flyout when possible.
Benefits:
  • Fewer context switches — users can find and toggle settings without leaving the current page.
  • Faster end-user support — guided dialogs inside the flyout can explain why a control is unavailable (e.g., elevated permissions needed) before routing a user.
Operational caveats:
  • Inline actions may be limited when a setting requires elevation or group policy; an explanatory dialog appears instead of silently elevating.
  • Some enterprise policies may still hide or block certain inline actions.

The Start menu and Search: visual polish, bigger picture​

Start/Search visual matching​

A subtle but perceptible change: the Search flyout now matches the size of the larger Start flyout when that Start surface is in use. This is a UX polish intended to make visual transitions feel cohesive.
The Start redesign that Microsoft has been gradually rolling out elsewhere—introducing single-scroll surfaces, Category/Grid/List “All apps” modes, and improved pin controls—is part of a broader effort to reduce clicks and make app discovery more predictable. The KB5067109 update ties Search behavior into that broader Start surface work, not as a standalone overhaul but as a sizing and transition refinement.
Impact:
  • Improves perceived platform polish and reduces jarring size jumps when invoking Search from Start.
  • No functional change to search logic itself; behavior differences are mostly visual.

Copy & Search: one click from clipboard to query​

Copy & Search is the most immediately visible productivity feature in this flight. When any text is copied, a small paste gleam appears in the taskbar Search box. Click it and the copied text is pasted into Search immediately, launching an online/local lookup.
Why this is useful:
  • Saves repetitive keystrokes — handy for developers, support agents, researchers, and students who frequently copy error codes, phrases, or references to search.
  • Low friction and discoverable — the visual affordance is simple and intuitive.
Enterprise and privacy considerations:
  • Clipboard sensitivity: Many organizations place clipboard content under Data Loss Prevention (DLP) rules. Any integration that surfaces clipboard content to a system-level search UI must be evaluated against DLP policies and compliance controls.
  • Telemetry and cloud exposure: Administrators should confirm whether pasted clipboard content is used locally only or passed to cloud services (for example, to provide web search results). Until telemtry and handling guarantees are published for specific flows, treat clipboard-to-search affordances as potential exfiltration vectors for sensitive data.
  • Mitigations: DLP solutions and group policy can be used to restrict clipboard behavior, disable certain search affordances, or block the “get the latest updates” toggle for production devices.

Voice Typing: fine-grained timing control for Copilot+ PCs​

For Copilot+ devices—machines with on-device NPU capabilities and hardware-qualified for Microsoft’s local model experiences—this build introduces a Wait time before acting setting for Voice Typing. Timing presets range from instantaneous to several seconds, allowing people who pause while dictating (or have speech patterns that include deliberate pauses) to avoid unwanted immediate actions.
Practical impacts:
  • Improves accessibility for users with varied speech rhythms.
  • Reduces false positives and accidental command execution when dictating.
Constraints:
  • This control is currently scoped to Copilot+ hardware in the initial flights. Availability on non‑Copilot devices depends on Microsoft’s gating and hardware support changes.
  • The setting adjusts local decision logic that decides whether recognized speech should be executed as a command. On Copilot+ PCs this runs locally where possible, improving latency and privacy.

Proactive Memory Diagnostics: triage after a bugcheck​

A notable reliability experiment is Proactive Memory Diagnostics: when Windows detects an unexpected restart (bugcheck), sign-in may present a prompt suggesting scheduling a quick Windows Memory Diagnostic on the next reboot. The scan is intended to be short (typically under five minutes) and to report back if it detects memory errors.
Benefits:
  • Faster triage: quick identification of potential RAM faults reduces time-to-diagnosis for crashes that tie to memory corruption.
  • User-friendly flow: the scan runs at boot and returns results via notification.
Limitations and risks:
  • False positives and noise: the initial flight triggers on all bugcheck codes while Microsoft studies correlations; this may generate high volume scans across fleets and create noise for IT teams.
  • Platform exclusions: initial rollout excludes Arm64 devices, systems protected by Administrator Protection, and BitLocker volumes without Secure Boot.
  • Warranty and replacement implications: the diagnostics are triage-level and should not be treated as a warranty trigger without manual confirmation by vendor diagnostics.
Operational guidance:
  • Pilot in a small fleet and monitor how many scans are scheduled per bugcheck to determine noise levels.
  • Coordinate with vendor diagnostic channels before using results to inform hardware replacements.

Rollout mechanics, gating, and user scope​

KB5067109’s features are delivered via Microsoft’s enablement/servicing model and are subject to Controlled Feature Rollout (CFR). Important rollout mechanics:
  • Toggle-based opt-in: Insiders who enable Settings > Windows Update > Get the latest updates as they are available receive staged features more quickly.
  • Server-side gating: Microsoft can flip features on per-device through server flags, so two identical machines may see different behavior.
  • Hardware and license gating: Several features are tied to Copilot+ hardware or Microsoft 365 entitlements (for Copilot-driven experiences).
  • Regional gating: Some features (or their fuller behavior) may be restricted by region (for example, EEA-related adjustments).
These mechanics minimize update churn and keep package sizes small, but they increase the complexity of validating behavior across an environment.

Security, privacy, and manageability analysis​

Clipboard-to-search risks​

  • Clipboard content can contain passwords, tokens, personal data, or confidential corporate content. Linking clipboard content to an easily-invoked system search surface raises the possibility of accidental or deliberate exposure.
  • Until Microsoft clarifies telemetry and cloud handling specifics for Copy & Search, organizations should treat it as a potential DLP concern.
Recommended actions:
  • Update DLP policies to monitor or block clipboard-to-search flows where appropriate.
  • Consider disabling the experimental “get the latest updates” toggle for production devices until behavior and telemetry are documented.
  • Train help desk and end users about the new affordance to reduce accidental usage with sensitive data.

Proactive Memory Diagnostics — operational noise vs. value​

  • The broad initial trigger (every bugcheck) risks generating many triage scans for unrelated crashes.
  • Large fleets could see considerable follow-up notification volume.
Recommended actions:
  • Pilot Proactive Memory Diagnostics in a small test pool and evaluate the ratio of true positives to noise.
  • Integrate results into existing incident workflows and ensure vendor diagnostic confirmation before hardware RMA actions.

Staged rollouts and support friction​

  • Uneven feature exposure complicates end-user support and documentation. Support teams cannot assume feature parity across devices.
  • This increases the burden on help desks to verify feature presence on a per-user basis rather than relying on version numbers alone.
Recommended actions:
  • Update runbooks and triage scripts to include feature-check steps (e.g., How to verify whether Copy & Search is enabled).
  • Communicate the staged rollout behavior proactively to internal support teams.

Deployment checklist and pilot plan (recommended)​

  • Identify pilot fleet (5–10 devices) that represent common hardware profiles (consumer, business, Copilot+ and non-Copilot).
  • Enable the “Get the latest updates as they are available” toggle on pilot devices to receive staged features.
  • Validate user-facing behaviors:
  • Verify Device Cards and the About page layout.
  • Test Settings search flyout scrolling and inline toggles.
  • Try Copy & Search across productivity apps and measure the behavior.
  • Test Voice Typing wait-time presets on any Copilot+ hardware in the pilot.
  • Force a controlled bugcheck in lab environments (where safe) to validate Proactive Memory Diagnostics flow and logging behavior.
  • Review telemetry and logs for:
  • Number of scheduled memory diagnostics after bugchecks.
  • Search interactions that used the clipboard affordance (if telemetry exposes this).
  • Assess DLP implications:
  • Run DLP rules against clipboard content scenarios and confirm whether the clipboard affordance triggers any alerts.
  • Update internal documentation and support scripts.
  • Roll out to a larger ring based on pilot feedback, applying configuration and policy adjustments as necessary.

Known issues to watch (practical summary)​

  • Early flights may show display or multi-monitor anomalies—for example, Click to Do hints appearing on all monitors simultaneously.
  • Some accessibility interactions with preview features like Recall and Click to Do are limited.
  • Taskbar or Start menu inconsistencies: some Insiders have reported Start not opening on click in certain situations while the Windows key still works.
  • Platform exclusions: Proactive Memory Diagnostics is not supported on certain hardware and disk protection configurations in the initial rollout.
  • Feature parity: the same KB/build number may deliver different experiences depending on server-side feature flags, hardware, account type, and region.

Critical assessment: strengths and trade-offs​

Strengths​

  • The update focuses on practical productivity gains—small interaction removals like Copy & Search and quick Settings flyout actions add up to meaningful time savings.
  • Settings polish and Device Cards reduce friction for non-technical users and make troubleshooting faster.
  • Voice Typing timing control improves accessibility and reflects an understanding of diverse user needs.
  • Proactive Memory Diagnostics, if tuned correctly, can shorten diagnostic cycles for hardware issues.

Trade-offs and risks​

  • The staged enablement model produces inconsistent UX across fleets, complicating support and documentation.
  • Clipboard integration with Search raises data protection concerns that enterprises must evaluate before broad enablement.
  • Proactive diagnostic noise can overwhelm IT if the trigger logic remains broad.
  • Hardware and license gating (Copilot+ and Microsoft 365) creates heterogeneity in capabilities across devices and users.

Final takeaways and recommendations​

KB5067109 is emblematic of Microsoft’s current Windows 11 cadence: ship tightly scoped, productivity-focused refinements via Insider channels; measure telemetry; then iterate. For end users, the changes will make everyday tasks slightly quicker and Settings easier to navigate. For IT teams, the update is manageable but requires attention to policy and rollout mechanics.
Actionable next steps for IT and power users:
  • Pilot KB5067109 in a controlled group and validate each feature against policy constraints.
  • Review and update DLP and conditional access rules to account for clipboard-driven affordances.
  • Prepare support documentation that explains the staged rollout model and how to verify feature presence per device.
  • Treat Proactive Memory Diagnostics as triage—confirm findings with vendor diagnostics before taking hardware replacement actions.
Microsoft’s continued emphasis on micro-optimizations—search shortcuts, inline Settings actions, better diagnostic prompts—shows a pragmatic focus on shaving everyday friction. These are the kinds of changes that won’t make headlines but can measurably improve daily workflows for many users, provided organizations account for the manageability and privacy implications that accompany clipboard and diagnostic integrations.

Source: Windows Report Windows 11 KB5067109 Introduces Device Cards in Settings & Revamps Start Menu Design
 

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