1 https://www.1337x.tw/
2 getintopc
3.https://filecr.com/
4.haxnode
1 https://www.1337x.tw/
2 getintopc
3.https://filecr.com/
4.haxnode
https://youtu.be/Y66aWGg2EQo
Ransomware attacks are a significant threat, especially to older systems like those running Windows 7. Here are steps to secure your network and systems from potential ransomware attacks using FortiGate Firewall 401E and other measures:
A. Enable Advanced Threat Protection:
AntiVirus:
Web Filtering:
Application Control:
Intrusion Prevention System (IPS):
B. Configure Firewall Policies:
Segment the Network:
Create Specific Rules:
C. Enable SSL Deep Packet Inspection (DPI):
D. Enable Logging and Monitoring:
A. Install Anti-Ransomware Software:
B. User Education and Training:
C. Regular Backups:
A. Network Access Control (NAC):
B. Email Security:
C. Disable SMBv1:
D. Restrict Admin Privileges:
E. Disable Macros:
By following these steps and leveraging the capabilities of your FortiGate Firewall 401E, you can significantly reduce the risk of ransomware attacks on your Windows 7 PCs and overall network.
https://www.youtube.com/watch?v=N0BIqICzUZo
Group Policy Management Console (GPMC) Open Karein:
New Group Policy Object Banayein:
GPO ko Edit Karein:
Windows Update Settings Configure Karein:
Computer Configuration -> Policies -> Administrative Templates -> Windows Components -> Windows Update path follow karein.Configure Automatic UpdatesSpecify intranet Microsoft update service locationNo auto-restart with logged on users for scheduled automatic updates installationsConfigure Automatic Updates policy select karein.Configure Automatic Updates Policy:
Configure Automatic Updates policy ko double-click karein.GPO Settings Save Karein:
GPO ko Apply Karein:
Is tarah se aapne successfully 1000 users ke liye Windows Update band karne ki GPO policy configure kar li hai apne Windows Server 2012 Active Directory environment mein.
To allow an IT officer to join client computers to the domain but restrict their ability to delete objects in Active Directory (AD), you can create a custom delegation in AD with specific permissions. Here’s how you can do it:
Open Active Directory Users and Computers (ADUC)
Win + R, type dsa.msc, and press Enter.Delegate Control to the IT Officer
Computers or a specific OU).Delegation of Control Wizard
Choose Tasks to Delegate
Specify Permissions
Validated write to DNS host nameValidated write to service principal nameWrite account restrictionsThis PC, selecting Properties, and then Change settings under Computer name, domain, and workgroup settings.Change, select Domain, and enter the domain name.Since the IT officer only has permissions to create and not delete computer objects, they will be unable to delete computers from the AD. The permissions granted are specific to creating and managing computer accounts without the ability to remove them.
By following these steps, you can ensure that the IT officer has the necessary permissions to join computers to the domain while preventing them from deleting any objects in Active Directory.
How to map network drives with Group Policy
How to map network drives with Group Policy
In earlier days, system administrators relied only on logon scripts to map networking drives, a complex and time-consuming process. To eradicate these hindrances, sysadmins rely on Group Policy to map network drives. In this article, we’ll learn why Group Policy is preferred and how you can map networking drives with GPO.
Why use Group Policy drive mapping
Using Group Policy to map network drives helps you to:
Avoid the hassle of scripting
Save time and effort by running scripts in the background
Accelerate the login process without having to reboot or restart the system
Improve scalability as it is robustly integrated with Active Directory
Enhance pliability while managing drive by using item-level targeting to apply preference settings to either group or individual user and computer
Steps to map a network drive using Group Policy on Windows Server 2012 R2
1. Open Group Policy Management in Active Directory
Open Server Manager > Tools > Group Policy Management.
or
Open Run command window > Type gpmc.msc > click Ok.
2. Create a new GPO to map the drive
Right-click on the OU in which you have created the user account, then click Create a GPO in this domain and link it here…
In the New GPO window, enter a new name to identify the policy.
3. Modify the GPO settings
Right-click on the newly created GPO and choose Edit.
Click User configuration > Preferences > window settings > Right click on Drive Maps > New > Mapped Drives.
4. Configure drive properties
In the General tab, configure the settings below:
Choose one of the following options from the Action dropdown list box
Create: To create new mapped drive for the users.
Replace: To replace the existing mapped drive and if there is no drive in existence, it will create a new mapped drive.
Update: To modify the existing mapped drive’s configuration; if not, it creates a new mapped drive.
Delete: To delete a particular mapped drive for the user.
Location: Enter the path to the drive to be mapped.
Reconnect: Enable this check box to reconnect automatically irrespective of policy removal.
Drive letter: Assign a letter for the drive.
Label as: Assign a suitable name for the drive (e.g., SharedDrive).
Connect as: Use either current user account credentials or credentials of different accounts.
Hide/Show this drive: Choose whether you want to hide or show the mapped drive in windows explorer.
Hide/Show all drives: Choose whether you want to hide or show all the drives (mapped and physical) in windows explorer.
Click Apply and then, Ok to save the settings.
In the Common tab, configure these additional settings:
Choose Item-level targeting, and click Targeting.
In the Targeting Editor window, click New Item.
Choose Security Group among the items listed.
Click … and enter the name of the security group.
Click Ok to close the Targeting Editor window.
Click Apply and then Ok to close the Drive properties.
To check if the policy is applied, you can run gpupdate in command prompt, and as soon as the GPO is updated, you can find the mapped drive in File Explorer.
Mapping network drives with GPO for individual users
If you want to map network drive for individual users, you need to create a folder with your user’s logon name or sAMAccountName in the file server and then, follow the below steps:
In Group Policy management console, create a GPO and link it to domain.
Right-click on the newly created GPO > Edit.
In the Group Policy management editor,
Click User configuration > preferences > windows settings.
Right-click on Drive maps > New > Mapped drives.
In the new drive properties, choose an action ( e.g., Update) and enter a file server path with %UserName%, as the user’s logon name. Fill in the other fields, then click Apply and Ok.
Observations and tips
Once Group Policy is applied, the mapped drive will show up almost immediately. If it does not appear, you need to do either of the following:
Ensure the policy is promptly applied to the appropriate user account. You can do that by running “gpupdate/r” on the command prompt.
Ensure the given drive letter is not already used. The drive actions depend on the letter assigned, wherein, if the letter is already being used, the create, and update actions cannot be performed, and actions such as delete and replace could be used.
Final thoughts
We have learned how to map network drives using GPO and found it to be one of the easiest and simplest methods of mapping, unlike the regular logon scripts which require scripting knowledge and experience. Also, the item-level targeting is helpful for focusing on individual users, enabling you to manage them efficiently.
Before we dive into the nitty-gritty of resetting your router, it's important to understand the different types of resets and when to use them.
A soft reset involves simply turning your router off and on again. This can often resolve minor issues without changing any of your settings. A factory reset, on the other hand, erases all custom settings and returns the router to its original state.
You might want to consider a factory reset if:
Before you reset your router, make sure to:
Now that we've covered the basics, let's walk through the process of resetting your WiFi router.
The reset button is typically a small, recessed button on the back or bottom of your router. It's often labeled "Reset" or "RST".
During the reset process, you'll notice the LED lights on your router changing. This is normal and indicates that the reset is in progress.
After resetting your router, you'll need to reconfigure it. Here's what to do:
Look for a new WiFi network with the default name (usually printed on the router). Connect to this network using the default password.
Open a web browser and enter your router's IP address (often 192.168.0.1 or 192.168.1.1). Log in using the default username and password (usually "admin" for both).
Once logged in, you can:
Sometimes, things don't go as smoothly as we'd like. Here are some common issues you might encounter and how to solve them:
If your router doesn't seem to be working after a reset, try unplugging it for a full minute before plugging it back in. This can help clear any residual power and allow for a fresh start.
Double-check that you're using the correct default network name and password. If you're still having trouble, try connecting via an Ethernet cable to access the router settings.
You may need to contact your internet service provider to reset your connection on their end. Some providers require you to register your router's MAC address after a reset.
If you have a TP-Link router, you have a couple of additional options for resetting:
Log into your router's admin panel and look for a "Reset" or "Restore Factory Defaults" option in the settings menu.
Some TP-Link routers can be reset using the TP-Link Tether mobile app. Look for a reset option in the app's settings.
Resetting your WiFi router doesn't have to be a daunting task. With these steps, you can troubleshoot many common internet issues and get back online quickly. Remember to keep your router's firmware updated for optimal performance and security. If you continue to experience problems after a reset, it may be time to contact your internet service provider or consider upgrading to a new router.
You don't need to reset your router regularly. Only do it when you're experiencing persistent issues or want to start with a clean slate.
A factory reset will erase all settings, including those from your ISP. You may need to contact your provider to reconfigure these settings.
Some modern routers allow for remote resets through their mobile apps or web interfaces. Check your router's manual for this feature.
The actual reset process takes about 10-15 seconds, but your router may take 2-3 minutes to fully restart and become operational again.
In some cases, yes. Resetting can clear up memory issues and refresh your connection, potentially improving speed. However, if you're consistently experiencing slow speeds, contact your ISP.