How To Lock A Zip File Windows 7
Louann Tandy
You can set your PC to lock automatically when the screen saver pops up. Go to Control Panel > Appearance & Personalization > Change screen saver and then check the box for On resume, display logon screen. You can also set a time for how long your PC should wait before starting the screen saver. Now, when you exit out of the screensaver, you'll need to enter your system password to get back in.
In an enterprise organization, IT administrators enforce policies on their corporate devices to keep the devices in a compliant state and protect the OS by preventing users from changing configurations and creating config drift. Config drift occurs when users with local admin rights change settings and put the device out of sync with security policies. Devices in a noncompliant state can be vulnerable until the next sync and configuration reset with the MDM. Windows 11 with config lock enables IT administrators to prevent config drift and keep the OS configuration in the desired state. With config lock, the OS monitors the registry keys that configure each feature and when it detects a drift, reverts to the IT-desired state in seconds.
Secured-core configuration lock (config lock) is a new secured-core PC (SCPC) feature that prevents configuration drift from secured-core PC features caused by unintentional misconfiguration. In short, it ensures a device intended to be a secured-core PC remains a secured-core PC.
After a secured-core PCs reaches the desktop, config lock will prevent configuration drift by detecting if the device is a secured-core PC or not. When the device isn't a secured-core PC, the lock doesn't apply. If the device is a secured-core PC, config lock locks the policies listed under List of locked policies.
Config lock is designed to ensure that a secured-core PC isn't unintentionally misconfigured. You keep the ability to enable or disable SCPC features, for example, firmware protection. You can make these changes with group policies or MDM services like Microsoft Intune.
Whenever you leave your computer unattended, you should either turn it off or manually activate the screen lock that requires you to enter your password to resume working. You should manually lock your screen even if your device is configured for an automatic screenlock after a set number of minutes. Locking your display screen will protect the information stored on or accessible from your device.
When you manually lock your screen, the computer is continuing to run in the background, so you don't need to close out of documents or apps. You are just putting the display to sleep. You'll be able to quickly unlock the screen when you return, without restarting your computer.
Hi all! Just got my K10 Pro red switch, it's pretty amazing! One question though, is it possible to set one of the keys to "lock" windows? I was using some HP stock keyboard that has this function, but seems like I can't find anything similar in the VIA settings.
Usually I develop in Java but now I need to write an app that will block the whole computer's screen every X minutes for Y minutes. It needs to make a break (I want to have a similar app in Windows like in Linux).
So I suggest I need to use C++ and User32.dll to achieve it? Am i right? (I don't want to develop an application in C#). Could anybody give me an idea which methods to use to lock the screen, I'm a newby in WinAPI developing.
Thank you!
We are small IT department, and we are getting put on patrol to lock user's computers. We are now expected to be the police and walk the floors looking for unlocked computer. When we find the unlocked computer, we are to lock it, take the user's name and report them.
Perhaps there is a solution based on an rfid chip users could carry with them which causes the PC's to lock if it is out of a certain range but even if so, paying for it from a non-profit business like yours is probably unlikely.
I agree with you that this is a supervisor task and shouldn't be given to you. The fact that you've set it to auto lock at 10 mins is pretty decent from a risk perspective. I mean, by the time you walk over to an unlocked cubicle, 10 minutes may have passed.
I guess the biggest question is whether only staff are allowed in this office, or are non-staff also in this area? The reason I ask is purely from a risk perspective, unlocked machines mean that an unauthorised person can gain access to information. Locking the machine is one thing, but if you have locked doors, and vigilant staff, then it does greatly reduce the risk.
A cost-effective measure could be giving everyone reminders or little posters on which keys to press to lock their machine when they walk away from it. Sometimes a bit of awareness and training is all you need. Then you can conduct spot audits as and when to satisfy the powers that be.
I do too. I use the dynamic lock. I proposed it as an option but got pushed back because people don't want to pair their phone to their laptop. I wish it worked with something besides a phone. Something like a Bluetooth tag so something.
As if you asking about the cam function.... if I am not wrong, Dell Precision have something that locks the machine or perform some tasks if it does not detect "your eyes" looking at the screen for some time. But all of my users wanted to have that function turned off as
- cannot detect eyes if they using certain glasses (blue light, transition, polarized etc)
- cannot use 2nd screen as most of time eyes will be 2nd screen
It's not what you asked for, but what about blanking the screen after 30 seconds and then locking after 10 minutes?
It requires a little fancy footwork with group policy but it was a good compromise for us.
2. It doesn't wait until you go out of bluetooth range; instead it monitors the signal strength and notices when it drops indicating that the phone is moving away. It works beautifully for me - locks a couple of seconds after I'm out the door of the office, and I've never seen a false-positive lock.
Not sure what privacy laws are like where you live and work, but in Europe you'd be extremely unlikely to get away with using the camera like that.
My day-job is IT security, but I'd fight tooth and nail against such measures. There are far better and easier ways to do this: implement a GPO to lock the screen after 10 mins of no activity.
If users are moaning about that, ask them why they regularly spend more than 10 mins without using their computer.
Beyond that, it's an HR issue, not a technical one.
I use the bluetooth phone connection, and it works fine. We have a 10 minute lock. It was originally 2 minutes (as decreed by the head of security), and there was very nearly a riot. He relented to 10 minutes after threats were made :-)
you will have to have HR or your Compliance person handle this with management, IT is not the lock screen police, we have a 15 minute group policy, and we push the whole HIPPA violation of unattended computer that has access to information. If they force you to do it, just dont do your IT tasks and walk aound all day and lock screens, document it all and they can ask why isnt the IT work done and explain you were directed to do policy enforcement.
I would say this is more of a management issue as well. From an IT perspective, I can see where they might want to supplement policy with technical controls, but I'm not convinced there's an appropriate solution that applies here. I think the appropriate control isn't any kind of policing or enforcement, but rather cybersecurity awareness. I'm not against a GPO or other policy to enforce a lock screen after an acceptable/reasonable period of inactivity, but I think this primarily is addressed with training. For instance, many users don't know just how quickly malware can get loaded on a system, data can get exfiltrated, any number of nefarious payloads can compromise a system if left unattended. Just how accessible some of those tools are (RubberDucky from Hak5, etc.). It could be that this is being pushed down to IT enforcement because they recognized poor behavior from the users. Cybersecurity awareness training is a mechanism to correct user behavior. I would advocate for targeted training as the mechanism to correct the issue and get signoff. You might find you free up your time, and everyone's back to being productive.
We are going to be setting up the PCs to lock after 10 minutes of inactivity. But most of our PCs are at a retail front counter where that person might be in the back pulling an order. To make it easier on the end user to login we are looking to implement Windows Hello for Business. Then people will use biometric login to unlock their computer either with their face or finger.
Even if it were a big red button on their desk, they would know locking their computer just means more effort when they get back and they won't do it. They're making a choice not to do it, so that's the issue to overcome.
I also set 30 second grace period on the 5 minute screen lock. This gives people a little time when they notice in their peripheral vision the screen blank out to move the mouse to restart the countdown.
If you are using any type of electronic device (e.g. smartphone, laptop, or tablet) to access University of Chicago systems, you must have an automatic screen lock configured. If you are using a University-issued device, it will already be configured to meet this policy. If you are using a personal laptop, you will need to configure the automatic screen lock.
I have an Apple wireless keyboard without a separate numeric keypad. Nonetheless, the main part of the keyboard is disabled when numlock is engaged, so toggling it is even more important on this keyboard. As suggested in other answers, fn+shift+F6 toggles numlock.
Windows 10 and 11 both offer a Dynamic Lock feature that can automatically put your PC into lock mode. To pull off this trick, first pair your smartphone with Windows. Then, just walk away with your smartphone in hand or pocket.
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