If I want all LAN clients to join the domain, do I need to enable the domain controller?

The concept of a domain (Active Directory) is not something that you use to control the Internet or anything, it implements all the resources within the network (computers, users, departments, shares, printers, group policies). Centralized management.

With domains, you must have one domain controller in your network, and in practice, for reliability, two computers are generally used.

In a domain environment, if a domain controller fails (for example, it is shut down, the network is interrupted, etc.), it is a very serious failure.

Domains and workgroups can exist at the same time, and the markup displayed is a small computer.

We generally don't say"The server controls the client", we say"The server manages the client"There are many ways to restrict it, such as through software policies, or through network protocols (on routers), etc., and usually domain administrators can see any file on your computer.

Hope mine helps you!

What you're talking about is a complete set of CS domain architecture.,It is recommended to check the information on the Internet.,This is a little bit of clear talk.,Basic knowledge.。

As companies attach great importance to computer security, more and more companies choose to add company computers to the domain control to control. How to quickly add a computer from the LAN to the company's domain? For details, please see how I introduced below!

First, open the computer you want to join the domain to and right-click on "Computer".

Click to enter the "Attributes" sensitive interface.

Select Computer Name, Domain, and Workgroup Settings, and then click Change Settings.

In the pop-up "System Properties", select "Computer Name" and click the "Change" button.

In the Computer Name Change dialog box that appears, select Affiliation from"groups"Change to "Domain".

Enter "your company's domain name" in the domain and click the "OK" button.

In the Windows Security dialog box that pops up, enter the username for which you have the permissions.

and passwords. Click OK.

Bridge Hand This is the successful addition to the domain.

end

It's not a domain environment that can be controlled by the gods. First of all, the controlled computer should open the "remote control" permission (right-click on my computer--- properties --- remote --- remote assistance, remote desktop are all checked), know the IP of the controlled computer, and then run MSTSC on your own computer, and then enter the IP of the computer you want to control in the pop-up window, click OK, and enter the user name and password of the controlled computer.

1. Another computer needs to be set up, and the remote remote desktop of my computer properties allows users to remotely connect to the front check.

2. On the computer, start the remote desktop connection of the program attachment through the lease and dispatch the loss message, and enter the name of the other party's computer. to connect.

3. It can only be done on the same LAN.

It is suggested that you can give it a try like this:

1.Runs on a workgroup computer"The IP of the domain computer", a dialog box should pop up asking for a domain username and password, for example"a\user1"where A is the domain name and user1 is the domain username.

2.If it runs"The IP of the domain computer"After receiving a prompt message saying"The network path could not be found", make sure that Exceptions for firewalls on domain computers is checked"File and printer sharing".

I don't think this problem has anything to do with domain controllers. 3.Enter Open Group Policy in the Run bar, and confirm that the guest account is enabled inside.

Join a guest in my computer that allows access from the network. Refuse to access my computer from the network, remove guest and everyone

1.First, make sure that there is no problem with the domain member DNS pointing. 2.After joining the domain, you need to log in with the domain user, and pay attention to the identity of the login. 3.You can check whether the local login is disabled by Group Policy.

To prompt, there is no wrong prompt to let everyone guess.

Hello, due to the number of words, I will give you a screenshot directly.

Looking forward to your praise and thank you.

Domain controllers and standalone servers are two types of devices that play different roles in a network environment. The main differences between them are as follows:

1.Function: A domain controller is a server that runs in a Windows domain and is responsible for managing and authenticating users, authorizing access, and centrally managing network resources.

It is the core device in the domain and provides user authentication and authorization services. A dedicated server is a server that runs independently, typically to host applications, store data, provide specific services, and so on.

2.Network management: A domain controller is a device used to establish and manage Windows domains, which can be used to centrally manage user accounts, computer accounts, group policies, etc., and provide centralized authentication and authorization control.

Standalone servers are typically deployed separately and do not depend on domain controllers, with independent management and configuration.

3.Access control: Domain controllers can control access to network resources through domain user accounts and group policy searches. Standalone servers, on the other hand, typically control access to resources through local user accounts and access control lists (ACLs) on the server.

4.Scalability and redundancy: Domain controllers can improve scalability and redundancy by adding multiple domain controllers to ensure high availability of domain services. A standalone server is typically a single instance that does not have the redundancy and scalability of a domain controller.

In general, a domain controller is a device used to centrally manage user identity and resource access control, while a standalone server is a server that runs independently to host a specific application or service. They differ in terms of functionality, network management, access control, and scalability.

Windows Server 2003, Standard Edition, Windows Server 2003, Enterprise Edition, or Windows Server 2003, Datacenter Edition servers in a domain may have one of two roles: Domain Controllers (which contain user accounts and other observers in a given domain in Active Directory multiple copies of the data match) and member servers (one copy of the Active Directory data that belongs to the domain, but does not contain the false front). (Servers that are part of a workgroup but not a domain are called standalone servers.)

Even after the installation is complete, you can change the role of the server back and forth between the two roles, the domain controller and the member server (or standalone server). However, it is recommended that you plan your domain before running the installer and change the role (and server name) of your server only if necessary.

Multi-domain controllers provide better support to users than a single domain controller. For multi-domain controllers, you have multiple copies of user account data and other Active Directory data; However, it is still important to perform regular backups, including automated system failure recovery backups, and to familiarize yourself with methods for recovering domain controllers. In addition, multiple domain controllers can work together to support domain controller functions, such as performing login authentication.

IP + Mac can only guarantee that the bound devices within the LAN can access the Internet. Non-bound devices cannot access the Internet.

However, newly connected devices can still access devices within the LAN.

If the router is binding, the router only recognizes the bound computer and allows them to access it through the router.

If the computer is binding, the computer only recognizes the computer to which it is bound. The computer is not accessible from an unbound computer.

2.Therefore, if you bind to the router, you can only restrict their access to the external network, and the internal network must be bound on each computer. It's troublesome.

3.As long as the new device is connected to the switch and knows the IP address range of the LAN, it can access the computer of the LAN.

4.The simplest is the physical limitations: do not connect to network cables, switches, routers, and wireless devices. It's just that you have to work harder.

Local Connections - Right-click - Properties - Advanced -