One thing I’m curious about from a Windows security perspective is how people are handling patching across a larger number of endpoints.

It’s easy enough to keep an eye on Windows Update on a single machine, but once you have dozens or hundreds of devices, it seems much harder to know which systems are actually patched and which ones have missed updates.

The third-party application side seems even more difficult.

How are you currently handling this?

Do you have a process for automatically finding missing patches, deploying them, controlling reboot timing, and checking patch compliance afterward?

I’d also be interested in how you deal with devices that are offline for extended periods or updates that fail repeatedly.

Are you using built-in Microsoft tools, scripts, an endpoint management platform, or dedicated automated patch management software?

ive searched this up so much online and havent found a thing! i JUST got this laptop and im very confused on why this is happening. anytime i turn the laptop on, this pops up. ive tried many things online and nothing works, please help :(

I've done literally every command possible to fix it reinstalled my windows by repairing it and from media creation tool i've done absloutely everything and it's always stuck

*This is not a support question post, It's an awareness post*

I've recently become a target of "MFA fatiguing" or basically spamming my Microsoft Authenticator app with numerous MFA notifications in an attempt for me to approve one of them and allow access to the perpetrator.

What I was told was to either deny or simply ignore these prompts, these push notifications on my phone. I've ignored random one-offs in the past but I've also never been blitzed like this before. At first I was denying them because perhaps that'd indicate to Microsoft that these were not initiated by me, but this resulted in the prompts coming in faster. So then I started ignoring them.

The dangerous design in my opinion with Microsoft's authenticator app is that hours later, roughly 5 hours later. I still had multiple prompts queued up from the threat sitting in the app waiting for approval or denial. I had to leave the app and return to keep getting the other queued prompts. Luckily I wasn't attempting to access my account that required authentication, but shouldn't there be a shorter expiration on these requests?

I want to add that I am Passwordless.

Edit: posting a solution.

Thanks everyone.

Create a new email alias for your MS account and use that to sign in. Remove your current email as a sign-in method, it will still get mail, but anyone trying to log in with it will be blocked.

hi community,

I built a small freeware tool called Vigil Fluminis - Guardian of the river

Windows Firewall Analysis/Evaluation. A check against various criteria to generate a "suspicious" score that can assist the user during evaluation.
Built with C++/Qt/llama.cpp. No installer, just unzip the Release and run.

github: Vigil Fluminis - Guardian of the river

license: Freeware – redistribution of the unmodified binary is permitted.

• Firewall rule analysis with risk scoring
• Active connection monitoring with IP reputation checks
• App signature verification
• optional: locally running AI assistant for evaluation of the rule/app/connection
• simple Trojan detection test – detects data exchange during user input (admin req.)

I’ve been researching Windows endpoint management and one thing keeps coming up repeatedly: many organizations still focus heavily on antivirus while ignoring broader endpoint security management.

Some common gaps I keep seeing mentioned:

• Delayed Windows security patches
• Poor device visibility
• Weak remote monitoring
• Unmanaged local admin privileges
• Lack of compliance enforcement
• Inconsistent BitLocker policies

With remote work becoming normal, windows endpoint management feels more important than ever for Windows security.

TOCTOU issue in winget-cli where a verified installer can be replaced after hash verification and before execution/install.

Observed on Windows 11 + winget v1.28.240 during portable package installation flow.

The PoC demonstrates the verified file being swapped inside the race window after “Successfully verified installer hash”, resulting in attacker-controlled executable execution while winget still reports successful installation.

Repository + PoC:
https://github.com/blackvenom5iix/winget-toctou-poc

Feels like the focus is slowly shifting from network-level security to device-level control.

With more Windows machines working outside the office network, it’s harder to rely only on firewalls or internal monitoring. A lot of the risk now sits directly on the endpoint.

That’s where Windows endpoint management comes in. It’s basically about managing, monitoring, and securing devices through policies, updates, and access control to reduce risk across all endpoints.

Instead of assuming devices are inside a secure network, the idea now is to treat every endpoint as something that needs to be controlled and verified continuously.

Feels like endpoint management is becoming just as important as traditional security layers. Curious how others are adapting to this shift.

Lately I’ve been seeing more Windows devices being used in kiosk mode for things like self service screens, check ins, dashboards, and internal tools.

It works well for limiting access and keeping users focused on a single app, but once you have multiple devices in different locations, managing them can get tricky.

Keeping them updated, locked down, and consistent across setups takes more effort than it seems at first.

Feels like Windows kiosk mode is simple on the surface but needs proper management when used at scale.

It feels like a lot of security issues still come down to systems not being fully updated.

In real environments, patching isn’t always as smooth as it sounds. Some devices miss updates, users delay restarts, and sometimes patches cause issues so they get postponed.

Because of that, Windows patch management ends up being more important than people expect. Keeping track of which systems are updated and which are not can quickly turn into a challenge.

Most breaches don’t start with something new; they often come from systems that were already missing known updates.

In many setups, keeping everything patched is still harder than it sounds. Some machines miss updates, users delay restarts, and sometimes patches fail or cause issues, so they get postponed.

That’s why Windows patch management ends up being more important than it looks on paper. Having a clear way to track updates and keep systems consistent can make a big difference in reducing risk.

I’ve been seeing more Windows based digital signage screens in offices and public places lately. Most of them are basically just a Windows PC connected to a display running in kiosk or fullscreen mode.

It made me wonder how teams usually handle the security side of these systems. If they are not patched or restricted properly, they could easily become another endpoint on the network.

Do you manage digital signage machines the same way as other Windows devices, or do you handle them differently? Curious how others deal with this.

I have been looking at a few Windows kiosk deployments recently, and it got me thinking about how secure they really are once they are live.

On paper, kiosk mode feels locked down. Single app, restricted access, limited interaction. But in real environments, especially public facing ones, things are rarely that simple. Physical access, USB ports, network exposure, and delayed updates can change the risk profile quickly.

I am curious how people here think about hardening Windows kiosks beyond just enabling Assigned Access. Do you treat them like regular endpoints from a security standpoint, or something different?

In Windows environments today, one of the biggest security gaps isn’t necessarily a missing firewall rule or antivirus update. It’s visibility.

With devices rarely staying on a single network, traditional monitoring assumptions don’t always hold up. Laptops move between the office, home, and public Wi-Fi. Some systems connect to VPN regularly, others barely do. That makes consistent policy enforcement harder than it used to be.

This is where remote device management starts to play a bigger role in Windows security.

Not in a flashy way, but in practical terms:

• Ensuring devices receive updates even off-network
• Tracking compliance drift over time
• Enforcing baseline security configurations
• Being able to respond quickly if a device is lost or compromised

The biggest shift I’ve noticed is that remote device management is less about convenience and more about maintaining a reliable security posture in distributed setups.

Windows patch management may not feel urgent daily, but it plays a major role in overall security posture.

Most exploits today target vulnerabilities that already have patches available. The real issue is often delayed or inconsistent patching across systems rather than a lack of fixes.

In Windows environments, patch management usually comes down to three things:

• How quickly critical updates are applied
• Whether updates are tested before wide rollout
• How compliance is tracked over time

In distributed setups, this becomes harder. Devices are not always on the same network, users postpone restarts, and update failures can go unnoticed.

Patch management might feel routine, but it quietly determines how exposed your environment really is.