0
Sam
AD can be installed with and without CD.
if you are installing AD on 2003 or 2000 server. you will need the CD.
And if you are installing AD on 2008 you don't have to..jus type the command "dcpromo" and continue from there.
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What do you need to use to install active directory on server core computers?
DCPROMO Unattended Installation
What do you need to install Active Directory on a Server Core computer?
Assuming you already have the Server Core running you need to add the role, as you would in other versions of Server 2008.
Which server hosts active directory?
windows 2000 and above like 2k3 all editions, 2k8 with requisite Hardware. we need to make it Domain controller for active directory to work. We install AD to make it DC.
What type server do you need to host active directory?
windows 2000 and above like 2k3 all editions, 2k8
I want create a domain in server?
Look up active directory. But you'll need to know how to set-up, implement and fully understand DNS first. You cant have an active directory without successfully setting up dns on the server beforehand. And look into DHCP too, it will make life alot easier.
What file system Windows 2003 server use?
NTFS. Note: We can install windows server 2003 fat32 format. but security and policy will not work. also we can not install active directorey. if we want installation of active directorey then need NTFS format partion.
What command performs an automated installation of the domain controller role?
In Windows Server 2008, unlike previous server operating Systems, there is an additional step that needs to be taken before running DCPROMO to promote the server to Domain Controller and installing Active Directory on it. This step is the installation of Active Directory Domain Services (AD-DS) role on the server.(dcpromo ad-ds) The AD-DS role is what enables the server to act as a Domain Controller, but you will still need to run DCPROMO from the run.
What must at least one DNS server support when running Active Directory on your network?
, basically it must support dynamic updates and SRV records. So it's possible to run the DNS server also on non-Microsoft implementations of DNS like BIND. But when you use Microsoft DNS (built in Windows Server operating systems), you don't need to care whether it supports Active Directory - it simply does.
What dns solution supports secure dynamic dns?
Active Directory-Integrated DNS Active Directory-integrated DNS enables Active Directory storage and replication of DNS zone databases. Windows 2000 DNS server, the DNS server that is included with Windows 2000 Server, accommodates storing zone data in Active Directory. When you configure a computer as a DNS server, zones are usually stored as text files on name servers - that is, all of the zones required by DNS are stored in a text file on the server computer. These text files must be synchronized among DNS name servers by using a system that requires a separate replication topology and schedule called a zone transfer However, if you use Active Directory-integrated DNS when you configure a domain controller as a DNS name server, zone data is stored as an Active Directory object and is replicated as part of domain replication. note-icon Note Only DNS servers that run on domain controllers can load Active Directory-integrated zones. To use DNS integration within Active Directory, assign the zone type Active Directory-integrated when you create the zone.Objects that represent zone database records are created in the Microsoft DNS container within the System container (visible in the Advanced Features view in Active Directory Users and Computers), and the contents are replicated to all domain controllers in the domain. When you have Active Directory-integrated DNS zones, all Active Directory domain controllers that run Windows 2000 DNS server and are appropriately configured function as primary name servers. When DNS data is stored in Active Directory, each DNS zone is an Active Directory container object (class dnsZone ). The dnsZone object contains a DNS node object (class dnsNode ) for every unique name within that zone. These unique names include the variations assigned to a specific host computer when it functions, for example, as a primary domain controller or as a Global Catalog server. The dnsNode object has a dnsRecord multivalue attribute that contains a value for every resource record that is associated with an object's name. When other non-Windows 2000 DNS servers are already in place and Active Directory domains represent only part of the overall DNS namespace, standard zone transfer still can be used to synchronize zone data between Active Directory and other DNS servers When Windows 2000 DNS server is installed on at least one domain controller and has Active Directory-integrated zones, the zone data is always replicated to every domain controller in the domain. How DNS integrates with Active Directory When you install Active Directory on a server, you promote the server to the role of a domain controller for a specified domain. When completing this process, you are prompted to specify a DNS domain name for the Active Directory domain for which you are joining and promoting the server. If during this process, a DNS server authoritative for the domain that you specified either cannot be located on the network or does not support the DNS dynamic update protocol, you are prompted with the option to install a DNS server. This option is provided because a DNS server is required to locate this server or other domain controllers for members of an Active Directory domain. Once you have installed Active Directory, you have two options for storing and replicating your zones when operating the DNS server at the new domain controller: * Standard zone storage, using a text-based file. Zones stored this way are located in .Dns files that are stored in the systemroot\System32\Dns folder on each computer operating a DNS server. Zone file names correspond to the name you choose for the zone when creating it, such as abc.com.dns if the zone name was "abc.com." * Directory-integrated zone storage, using the Active Directory database. Zones stored this way are located in the Active Directory tree under the domain or application directory partition. Each directory-integrated zone is stored in a dnsZone container object identified by the name you choose for the zone when creating it. Benefits of Active Directory integration For networks deploying DNS to support Active Directory, directory-integrated primary zones are strongly recommended and provide the following benefits: * Multimaster update and enhanced security based on the capabilities of Active Directory. In a standard zone storage model, DNS updates are conducted based upon a single-master update model. In this model, a single authoritative DNS server for a zone is designated as the primary source for the zone. This server maintains the master copy of the zone in a local file. With this model, the primary server for the zone represents a single fixed point of failure. If this server is not available, update requests from DNS clients are not processed for the zone. With directory-integrated storage, dynamic updates to DNS are conducted based upon a multimaster update model. In this model, any authoritative DNS server, such as a domain controller running a DNS server, is designated as a primary source for the zone. Because the master copy of the zone is maintained in the Active Directory database, which is fully replicated to all domain controllers, the zone can be updated by the DNS servers operating at any domain controller for the domain. With the multimaster update model of Active Directory, any of the primary servers for the directory-integrated zone can process requests from DNS clients to update the zone as long as a domain controller is available and reachable on the network. Also, when using directory-integrated zones, you can use access control list (ACL) editing to secure a dnsZone object container in the directory tree. This feature provides granulated access to either the zone or a specified RR in the zone. For example, an ACL for a zone RR can be restricted so that dynamic updates are only allowed for a specified client computer or a secure group such as a domain administrators group. This security feature is not available with standard primary zones. Note that when you change the zone type to be directory-integrated, the default for updating the zone changes to allow only secure updates. Also, while you may use ACLs on DNS-related Active Directory objects, ACLs may only be applied to the DNS client service. * Zones are replicated and synchronized to new domain controllers automatically whenever a new one is added to an Active Directory domain. Although DNS service can be selectively removed from a domain controller, directory-integrated zones are already stored at each domain controller, so zone storage and management is not an additional resource. Also, the methods used to synchronize directory-stored information offer performance improvement over standard zone update methods, which can potentially require transfer of the entire zone. * By integrating storage of your DNS zone databases in Active Directory, you can streamline database replication planning for your network. When your DNS namespace and Active Directory domains are stored and replicated separately, you need to plan and potentially administer each separately. For example, when using standard DNS zone storage and Active Directory together, you would need to design, implement, test, and maintain two different database replication topologies. For example, one replication topology is needed for replicating directory data between domain controllers, and another topology would be needed for replicating zone databases between DNS servers. This can create additional administrative complexity for planning and designing your network and allowing for its eventual growth. By integrating DNS storage, you unify storage management and replication issues for both DNS and Active Directory, merging and viewing them together as a single administrative entity. * Directory replication is faster and more efficient than standard DNS replication. Because Active Directory replication processing is performed on a per-property basis, only relevant changes are propagated. This allows less data to be used and submitted in updates for directory-stored zones.
What is the Active Directory of Windows server?
ACTIVE DIRECTORY IS A CENTRALIZED DATABASE ...WHICH IS USED IN DOMAIN FOR ADMINISTRATIVE PURPOSES.. An active directory is a directory structure used on Microsoft Windows based computers and servers to store information and data about networks and domains. It is primarily used for online information and was originally created in 1996 and first used with Windows 2000.An active directory (sometimes referred to as an AD) does a variety of functions including the ability to provide information on objects, helps organize these objects for easy retrieval and access, allows access by end users and administrators and allows the administrator to set security up for the directory. An active directory can be defined as a hierarchical structure and this structure is usually broken up into three main categories, the resources which might include hardware such as printers, services for end users such as web email servers and objects which are the main functions of the domain and network. It is interesting to note the framework for the objects. Remember that an object can be a piece of hardware such as a printer, end user or security settings set by the administrator. These objects can hold other objects within their file structure. All objects have an ID, usually an object name (folder name). In addition to these objects being able to hold other objects, every object has its own attributes which allows it to be characterized by the information which it contains. Most IT professionals call these setting or characterizations schemas. Depending on the type of schema created for a folder, will ultimately determine how these objects are used. For instance, some objects with certain schemas can not be deleted, they can only be deactivated. Others types of schemas with certain attributes can be deleted entirely. For instance, a user object can be deleted, but the administrator object can not be deleted. When understanding active directories, it is important to know the framework that objects can be viewed at. In fact, an active directory can be viewed at either one of three levels, these levels are called forests, trees or domains. The highest structure is called the forest because you can see all objects included within the active directory. Within the Forest structure are trees, these structures usually hold one or more domains, going further down the structure of an active directory are single domains. To put the forest, trees and domains into perspective, consider the following example. A large organization has many dozens of users and processes. The forest might be the entire network of end users and specific computers at a set location. Within this forest directory are now trees that hold information on specific objects such as domain controllers, program data, system, etc. Within these objects are even more objects which can then be controlled and categorized Active Directory in Windows Server 2003The Active Directory is the one of the important part of Windows Server 2003 networking .First need to know and understand Active directory . How does it work? It makes information easy for the administrator and the users. You can use the Active Directory to design a organization's structure according to the requirement . If you are using the Active Directory then you can scale active directory from a single computer to a single network or to many networks. In active directory you can include every object server and domain in a network.Logical ComponentIn the organization you set up in Windows Server 2003 and the organization you set up in Exchange Server 2003 are the same and the same is the case with Windows 2000 and Exchange 2000 as well. Now i am going to tell you it's advantage one user administrator manage all aspects of user configuration. These logical constructs which are described in the following subsections allow you to define and group resources so that they can be located and administered by the name rather than by physical location.ObjectsObject is the basic unit in the Active Directory. It is a apocarpous named set of features that represents something adjective such as a user , printer and the application. A user is also an object. In Exchange a user's features include its name and location , surrounded by other things.Organization UnitOrganization Unit is a persona in which you can keep objects such as user accounts, groups, computer, printer . applications and other (OU). In organization unit you can assign specific permission to the user's. organization unit can also be used to create departmental limitation.DomainsDomains is a group of computers and other resources that are part of a network and share a common directory database .Once a server has been installed , you can use the Active Directory Wizard to install Active Directory in order to install Active directory on the first server on the network , that server must have the access to a server running DNS (Domain Name Service). If you don't have install this service on your server then you will have to install this service during the Active Directory installation.. == == Active Directory in Windows Server 2003The Active Directory is the one of the important part of Windows Server 2003 networking .First need to know and understand Active directory . How does it work? It makes information easy for the administrator and the users. You can use the Active Directory to design a organization's structure according to the requirement . If you are using the Active Directory then you can scale active directory from a single computer to a single network or to many networks. In active directory you can include every object server and domain in a network.Logical ComponentIn the organization you set up in Windows Server 2003 and the organization you set up in Exchange Server 2003 are the same and the same is the case with Windows 2000 and Exchange 2000 as well. Now i am going to tell you it's advantage one user administrator manage all aspects of user configuration. These logical constructs which are described in the following subsections allow you to define and group resources so that they can be located and administered by the name rather than by physical location.ObjectsObject is the basic unit in the Active Directory. It is a apocarpous named set of features that represents something adjective such as a user , printer and the application. A user is also an object. In Exchange a user's features include its name and location , surrounded by other things.Organization UnitOrganization Unit is a persona in which you can keep objects such as user accounts, groups, computer, printer . applications and other (OU). In organization unit you can assign specific permission to the user's. organization unit can also be used to create departmental limitation.DomainsDomains is a group of computers and other resources that are part of a network and share a common directory database .Once a server has been installed , you can use the Active Directory Wizard to install Active Directory in order to install Active directory on the first server on the network , that server must have the access to a server running DNS (Domain Name Service). If you don't have install this service on your server then you will have to install this service during the Active Directory installation.. An active directory is a directory structure used on Microsoft Windows based computers and servers to store information and data about networks and domains. It is primarily used for online information and was originally created in 1996 and first used with Windows 2000.An active directory (sometimes referred to as an AD) does a variety of functions including the ability to provide information on objects, helps organize these objects for easy retrieval and access, allows access by end users and administrators and allows the administrator to set security up for the directory. An active directory can be defined as a hierarchical structure and this structure is usually broken up into three main categories, the resources which might include hardware such as printers, services for end users such as web email servers and objects which are the main functions of the domain and network. It is interesting to note the framework for the objects. Remember that an object can be a piece of hardware such as a printer, end user or security settings set by the administrator. These objects can hold other objects within their file structure. All objects have an ID, usually an object name (folder name). In addition to these objects being able to hold other objects, every object has its own attributes which allows it to be characterized by the information which it contains. Most IT professionals call these setting or characterizations schemas. Depending on the type of schema created for a folder, will ultimately determine how these objects are used. For instance, some objects with certain schemas can not be deleted, they can only be deactivated. Others types of schemas with certain attributes can be deleted entirely. For instance, a user object can be deleted, but the administrator object can not be deleted. When understanding active directories, it is important to know the framework that objects can be viewed at. In fact, an active directory can be viewed at either one of three levels, these levels are called forests, trees or domains. The highest structure is called the forest because you can see all objects included within the active directory. Within the Forest structure are trees, these structures usually hold one or more domains, going further down the structure of an active directory are single domains. To put the forest, trees and domains into perspective, consider the following example. A large organization has many dozens of users and processes. The forest might be the entire network of end users and specific computers at a set location. Within this forest directory are now trees that hold information on specific objects such as domain controllers, program data, system, etc. Within these objects are even more objects which can then be controlled and categorized.Microsoft Active Directory Domain Services are the foundation for distributed networks built on Windows 2000 Server, Windows Server 2003 and Microsoft Windows Server 2008 operating systems that use domain controllers.
What are several of the largest advantages of using active directory integrated zones as a type for a larger organization?
The main zone types used in Windows Server 2003 DNS environments are primary zones and Active Directory-integrated zones. Both primary zones and secondary zones are standard DNS zones that use zone files. The main difference between primary zones and secondary zones is that primary zones can be updated. Secondary zones contain read-only copies of zone data.An Active Directory-integrated zone can be defined as an improved version of a primary DNS zone because it can use multi-master replication and the security features of Active Directory. The zone data of Active Directory-integrated zones are stored in Active Directory.Active Directory-integrated zones are authoritative primary zones.A few advantages that Active Directory-integrated zone implementations have over standard primary zone implementations are:Active Directory replication is faster, which means that the time needed to transfer zone data between zones is far less.The Active Directory replication topology is used for Active Directory replication, and for Active Directory-integrated zone replication. There is no longer a need for DNS replication when DNS and Active Directory are integrated.Active Directory-integrated zones can enjoy the security features of Active Directory.The need to manage your Active Directory domains and DNS namespaces as separate entities is eliminated. This in turn reduces administrative overhead.When DNS and Active Directory are integrated; the Active Directory-integrated zones are replicated, and stored on any new domain controllers automatically. Synchronization takes place automatically when new domain controllers are deployed
How do you install iConomy for a Minecraft server?
You will need a CraftBukkit server (see link below) with a compatible build to install the plugin.
