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To migrate users from source.local to destination.local, I need a migration computer that I join to the destination.local domain on which I will run ADMT. In this example, I have a Source domain called source.local that’s running in a 10.0.0.0/16 network range, and I want to migrate my users, groups, and computers to a destination domain in AWS Managed Microsoft AD called destination.local that’s running in a network range of 192.168.0.0/16. This account has most of the permissions required to manage your domain, and all the permissions required to complete this migration. AWS creates the admin user account and delegates administrative permissions to the account for an organizational unit (OU) in the AWS Managed Microsoft AD domain. To perform the migration, I will use the admin user account from my AWS Managed Microsoft AD.
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Similarly, the options you might select in ADMT will vary based on what you are trying to accomplish. Customers with single domain forests may be able to migrate in fewer steps. For example, you may want to migrate an OU at a time. Large customers with complex source domains or forests may have more complex processes involved to map users, groups, and computers to the single OU structure of AWS Managed Microsoft AD. This example migration will be for a fairly simple use case. The source will be an on-premises domain. In this post I will migrate user and computer objects, as well as passwords, to a new AWS Managed Microsoft AD directory.
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The blog post assumes you are familiar with AD and how to use the Remote Desktop Protocol client to sign and use EC2 Windows instances. I will show how to use ADMT and PES to migrate objects including users (and their passwords), groups, and computers.
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The source of the objects can be your self-managed AD running on EC2, on-premises, co-located, or even another cloud provider. In this blog, I will show you how to migrate your existing AD objects to AWS Managed Microsoft AD. With AWS Managed Microsoft AD, you can join Amazon EC2 and Amazon RDS for SQL Server instances to a domain, and use AWS Enterprise IT applications, such as Amazon WorkSpaces, and AWS SSO with Active Directory users and groups. AWS Managed Microsoft AD enables you to take advantage of built-in Active Directory features, such as Group Policy, trusts, and single sign-on and helps make it easy to migrate AD-dependent workloads into the AWS Cloud. AWS provides operational management of the domain controllers and you use standard AD tools to administer users, groups, and computers. This enables you to migrate AD objects and encrypted passwords for your users more easily.ĪWS Managed Microsoft AD, a managed service built on actual Microsoft Active Directory.
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You can now use the Active Directory Migration Toolkit (ADMT) along with the Password Export Service (PES) to migrate your self-managed AD to AWS Directory Service for Microsoft Active Directory, also known as AWS Managed Microsoft AD.
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This makes migration difficult and necessitates manual effort for a large part of the migration that can cause operational and security challenges when migrating to a new directory. A common approach using the CSVDE utility doesn’t migrate attributes such as user passwords. Frequently they are unsure how to make the migration easy. Post Source – Danny Jenkins | Customers often ask me how to migrate their on-premises Active Directory (AD) domain to AWS so they can be free of the operational management of their AD infrastructure.