KCC
The KCC is a built-in process that runs on all domain controllers and generates replication topology for the Active Directory forest. The KCC creates separate replication topologies depending on whether replication is occurring within a site (intrasite) or between sites (intersite). The KCC also dynamically adjusts the topology to accommodate new domain controllers, domain controllers moved to and from sites, changing costs and schedules, and domain controllers that are temporarily unavailable.
The KCC is a built-in process that runs on all domain controllers and generates replication topology for the Active Directory forest. The KCC creates separate replication topologies depending on whether replication is occurring within a site (intrasite) or between sites (intersite). The KCC also dynamically adjusts the topology to accommodate new domain controllers, domain controllers moved to and from sites, changing costs and schedules, and domain controllers that are temporarily unavailable.
How do you view replication properties for AD?
By using Active Directory Replication Monitor.
Start–> Run–> Replmon
By using Active Directory Replication Monitor.
Start–> Run–> Replmon
What are sites What are they used for?
One or more well-connected (highly reliable and fast) TCP/IP subnets. A site allows administrators to configure Active Directory access and replication topology to take advantage of the physical network.
One or more well-connected (highly reliable and fast) TCP/IP subnets. A site allows administrators to configure Active Directory access and replication topology to take advantage of the physical network.
Name some OU design considerations?
OU design requires balancing requirements for delegating administrative rights – independent of Group Policy needs – and the need to scope the application of Group Policy. The following OU design recommendations address delegation and scope issues:
Applying Group Policy An OU is the lowest-level Active Directory container to which you can assign Group Policy settings. Delegating administrative authority usually don’t go more than 3 OU levels
OU design requires balancing requirements for delegating administrative rights – independent of Group Policy needs – and the need to scope the application of Group Policy. The following OU design recommendations address delegation and scope issues:
Applying Group Policy An OU is the lowest-level Active Directory container to which you can assign Group Policy settings. Delegating administrative authority usually don’t go more than 3 OU levels
http://technet.microsoft.com/en-us/library/cc783140.aspx
What are FMSO Roles? List them.
Fsmo roles are server roles in a Forest
There are five types of FSMO roles1-Schema master
2-Domain naming master
3-Rid master
4-PDC Emullator
5-Infrastructure master
Fsmo roles are server roles in a Forest
There are five types of FSMO roles1-Schema master
2-Domain naming master
3-Rid master
4-PDC Emullator
5-Infrastructure master
Logical Diagram of Active Directory ?, What is the difference between child domain & additional domain Server?
Well, if you know what a domain is then you have half the answer. Say you have the domain Microsoft.com. Now microsoft has a server named server1 in that domain, which happens to the be parent domain. So it’s FQDN is server1.microsoft.com. If you add an additional domain server and name it server2, then it’s FQDN is server2.microsoft.com.
Now Microsoft is big so it has offices in Europe and Asia. So they make child domains for them and their FQDN would look like this: europe.microsoft.com & asia.microsoft.com. Now lets say each of them have a server in those child domains named server1. Their FQDN would then look like this: server1.europe.microsoft.com & server1.asia.microsoft.com..
Well, if you know what a domain is then you have half the answer. Say you have the domain Microsoft.com. Now microsoft has a server named server1 in that domain, which happens to the be parent domain. So it’s FQDN is server1.microsoft.com. If you add an additional domain server and name it server2, then it’s FQDN is server2.microsoft.com.
Now Microsoft is big so it has offices in Europe and Asia. So they make child domains for them and their FQDN would look like this: europe.microsoft.com & asia.microsoft.com. Now lets say each of them have a server in those child domains named server1. Their FQDN would then look like this: server1.europe.microsoft.com & server1.asia.microsoft.com..
What are Active Directory Groups?
Groups are containers that contain user and computer objects within them as members. When security permissions are set for a group in the Access Control List on a resource, all members of that group receive those permissions. Domain Groups enable centralized administration in a domain. All domain groups are created on a domain controller.
In a domain, Active Directory provides support for different types of groups and group scopes. The group type determines the type of task that you manage with the group. The group scope determines whether the group can have members from multiple domains or a single domain.
Groups are containers that contain user and computer objects within them as members. When security permissions are set for a group in the Access Control List on a resource, all members of that group receive those permissions. Domain Groups enable centralized administration in a domain. All domain groups are created on a domain controller.
In a domain, Active Directory provides support for different types of groups and group scopes. The group type determines the type of task that you manage with the group. The group scope determines whether the group can have members from multiple domains or a single domain.
Group Types
* Security groups: Use Security groups for granting permissions to gain access to resources. Sending an e-mail message to a group sends the message to all members of the group. Therefore security groups share the capabilities of distribution groups.
* Distribution groups: Distribution groups are used for sending e-main messages to groups of users. You cannot grant permissions to security groups. Even though security groups have all the capabilities of distribution groups, distribution groups still requires, because some applications can only read distribution groups.
* Security groups: Use Security groups for granting permissions to gain access to resources. Sending an e-mail message to a group sends the message to all members of the group. Therefore security groups share the capabilities of distribution groups.
* Distribution groups: Distribution groups are used for sending e-main messages to groups of users. You cannot grant permissions to security groups. Even though security groups have all the capabilities of distribution groups, distribution groups still requires, because some applications can only read distribution groups.
Group Scopes
Group scope normally describe which type of users should be clubbed together in a way which is easy for there administration. Therefore, in domain, groups play an important part. One group can be a member of other group(s) which is normally known as Group nesting. One or more groups can be member of any group in the entire domain(s) within a forest.
* Domain Local Group: Use this scope to grant permissions to domain resources that are located in the same domain in which you created the domain local group. Domain local groups can exist in all mixed, native and interim functional level of domains and forests. Domain local group memberships are not limited as you can add members as user accounts, universal and global groups from any domain. Just to remember, nesting cannot be done in domain local group. A domain local group will not be a member of another Domain Local or any other groups in the same domain.
* Global Group: Users with similar function can be grouped under global scope and can be given permission to access a resource (like a printer or shared folder and files) available in local or another domain in same forest. To say in simple words, Global groups can be use to grant permissions to gain access to resources which are located in any domain but in a single forest as their memberships are limited. User accounts and global groups can be added only from the domain in which global group is created. Nesting is possible in Global groups within other groups as you can add a global group into another global group from any domain. Finally to provide permission to domain specific resources (like printers and published folder), they can be members of a Domain Local group. Global groups exist in all mixed, native and interim functional level of domains and forests.
* Universal Group Scope: these groups are precisely used for email distribution and can be granted access to resources in all trusted domain as these groups can only be used as a security principal (security group type) in a windows 2000 native or windows server 2003 domain functional level domain. Universal group memberships are not limited like global groups. All domain user accounts and groups can be a member of universal group. Universal groups can be nested under a global or Domain Local group in any domain.
Group scope normally describe which type of users should be clubbed together in a way which is easy for there administration. Therefore, in domain, groups play an important part. One group can be a member of other group(s) which is normally known as Group nesting. One or more groups can be member of any group in the entire domain(s) within a forest.
* Domain Local Group: Use this scope to grant permissions to domain resources that are located in the same domain in which you created the domain local group. Domain local groups can exist in all mixed, native and interim functional level of domains and forests. Domain local group memberships are not limited as you can add members as user accounts, universal and global groups from any domain. Just to remember, nesting cannot be done in domain local group. A domain local group will not be a member of another Domain Local or any other groups in the same domain.
* Global Group: Users with similar function can be grouped under global scope and can be given permission to access a resource (like a printer or shared folder and files) available in local or another domain in same forest. To say in simple words, Global groups can be use to grant permissions to gain access to resources which are located in any domain but in a single forest as their memberships are limited. User accounts and global groups can be added only from the domain in which global group is created. Nesting is possible in Global groups within other groups as you can add a global group into another global group from any domain. Finally to provide permission to domain specific resources (like printers and published folder), they can be members of a Domain Local group. Global groups exist in all mixed, native and interim functional level of domains and forests.
* Universal Group Scope: these groups are precisely used for email distribution and can be granted access to resources in all trusted domain as these groups can only be used as a security principal (security group type) in a windows 2000 native or windows server 2003 domain functional level domain. Universal group memberships are not limited like global groups. All domain user accounts and groups can be a member of universal group. Universal groups can be nested under a global or Domain Local group in any domain.
What are the types of backup? Explain each?
Incremental
A “normal” incremental backup will only back up files that have been changed since the last backup of any type. This provides the quickest means of backup, since it only makes copies of files that have not yet been backed up. For instance, following our full backup on Friday, Monday’s tape will contain only those files changed since Friday. Tuesday’s tape contains only those files changed since Monday, and so on. The downside to this is obviously that in order to perform a full restore, you need to restore the last full backup first, followed by each of the subsequent incremental backups to the present day in the correct order. Should any one of these backup copies be damaged (particularly the full backup), the restore will be incomplete.
Incremental
A “normal” incremental backup will only back up files that have been changed since the last backup of any type. This provides the quickest means of backup, since it only makes copies of files that have not yet been backed up. For instance, following our full backup on Friday, Monday’s tape will contain only those files changed since Friday. Tuesday’s tape contains only those files changed since Monday, and so on. The downside to this is obviously that in order to perform a full restore, you need to restore the last full backup first, followed by each of the subsequent incremental backups to the present day in the correct order. Should any one of these backup copies be damaged (particularly the full backup), the restore will be incomplete.
Differential
A cumulative backup of all changes made after the last full backup. The advantage to this is the quicker recovery time, requiring only a full backup and the latest differential backup to restore the system. The disadvantage is that for each day elapsed since the last full backup, more data needs to be backed up, especially if a majority of the data has been changed.
A cumulative backup of all changes made after the last full backup. The advantage to this is the quicker recovery time, requiring only a full backup and the latest differential backup to restore the system. The disadvantage is that for each day elapsed since the last full backup, more data needs to be backed up, especially if a majority of the data has been changed.
What is the SYSVOL folder?
The Windows Server 2003 System Volume (SYSVOL) is a collection of folders and reparse points in the file systems that exist on each domain controller in a domain. SYSVOL provides a standard location to store important elements of Group Policy objects (GPOs) and scripts so that the File Replication service (FRS) can distribute them to other domain controllers within that domain.
You can go to SYSVOL folder by typing : %systemroot%/sysvol
The Windows Server 2003 System Volume (SYSVOL) is a collection of folders and reparse points in the file systems that exist on each domain controller in a domain. SYSVOL provides a standard location to store important elements of Group Policy objects (GPOs) and scripts so that the File Replication service (FRS) can distribute them to other domain controllers within that domain.
You can go to SYSVOL folder by typing : %systemroot%/sysvol
What is the ISTG Who has that role by default?
The first server in the site becomes the ISTG for the site, The domain controller holding this role may not necessarily also be a bridgehead server.
The first server in the site becomes the ISTG for the site, The domain controller holding this role may not necessarily also be a bridgehead server.
1. Can a workstation computer be configured to browse the Internet and yet NOT have a default gateway?
If we are using public ip address, we can browse the internet. If it is having an intranet address a gateway is needed as a router or firewall to communicate with internet.
2. What is CIDR?
CIDR (Classless Inter-Domain Routing, sometimes known as supernetting) is a way to allocate and specify the Internet addresses used in inter-domain routing more flexibly than with the original system of Internet Protocol (IP) address classes. As a result, the number of available Internet addresses has been greatly increased. CIDR is now the routing system used by virtually all gateway hosts on the Internet’s backbone network. The Internet’s regulating authorities now expect every Internet service provider (ISP) to use it for routing.
3. What is DHCP? What are the benefits and drawbacks of using it?
DHCP is Dynamic Host Configuration Protocol. In a networked environment it is a method to assign an ‘address’ to a computer when it boots up.
Advantages
All the IP configuration information gets automatically configured for your client machine by the DHCP server.
If you move your client machine to a different subnet, the client will send out its discover message at boot time and work as usual. However, when you first boot up there you will not be able to get back the IP address you had at your previous location regardless of how little time has passed.
Disadvantage
Your machine name does not change when you get a new IP address. The DNS (Domain Name System) name is associated with your IP address and therefore does change. This only presents a problem if other clients try to access your machine by its DNS name.
4. How do you manually create SRV records in DNS?
To create SRV records in DNS do below steps: -
Open DNS
Click on Zone —– Select domain abc.local ——-
Right Click to domain and go to Other New Records——
And choose service location (SRV)
5. Name 3 benefits of using AD-integrated zones.
Benefits as follows
a. you can give easy name resolution to ur clients.
b. By creating AD- integrated zone you can also trace hacker and spammer by creating reverse zone.
c. AD integrated zoned all for incremental zone transfers which on transfer changes and not the entire zone. This reduces zone transfer traffic.
d. AD Integrated zones suport both secure and dmanic updates.
e. AD integrated zones are stored as part of the active directory and support domain-wide or forest-wide replication through application pertitions in AD.
6. How do I clear the DNS cache on the DNS server?
Go to cmd prompt and type “ipconfig/flushdns” without quotes
7. What is NAT?
NAT (Network Address Translation) is a technique for preserving scarce Internet IP addresses. For more details go to Microsoft link
8. How do you configure NAT on Windows 2003?
For above answer go to below link
Configure NAT
9. How to configure special ports to allow inbound connections?
a. Click Start, Administrative Tools, and then click Routing and Remote Access to open the Routing and Remote Access management console.
b. Locate the interface that you want to configure.
c. Right-click the interface and then select Properties from the shortcut menu.
d. Click the Special Ports tab.
e. Under Protocol, select TCP or UDP and then click the Add button.
f. Enter the port number of the incoming traffic in Incoming Port.
g. Select On This Address Pool Entry, and provide the public IP address of the incoming traffic.
h. Enter the port number of the private network resource in Outgoing Port.
i. Enter the private network resource’s private IP address in Private Address.
j. Click OK.
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