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However, many LDAP clients use one of two standards to encrypt LDAP communications: LDAP over SSL on port 636, or LDAP with StartTLS on port 389. By default, LDAP communications using port 389 are unencrypted. LDAP-aware applications (LDAP clients) typically access LDAP servers using Transmission Control Protocol (TCP) port 389. How you enable LDAPS on AWS Managed Microsoft AD

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If using the automated deployment, the ability to deploy the Microsoft Public Key Infrastructure Quick Start.īefore going into specific deployment steps, I am going to give you a high-level overview of deploying LDAPS, some general background on CA deployment models, and explain how to apply these models when deploying a Microsoft CA to enable LDAPS on AWS Managed Microsoft AD.

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Launching Windows PowerShell with administrative privileges.

Launching and using Microsoft Windows Server Manager.

Logging in to an Amazon EC2 for Windows Server instance using Remote Desktop Protocol (RDP).

Creating an Amazon EC2 for Windows Server instance and seamlessly joining it to your AWS Managed Microsoft AD domain.

Assumptionsįor this post, I assume you are familiar with the following:

#AWS EMAIL SERVER FOR WEBSITE MANUAL#

This post covers three options to deploy the PKI architecture: automated deployment, manual deployment, or cross-forest PKI enrollment using an existing on-premises PKI infrastructure. In this post, I show you how to enable server-side LDAPS for your AWS Managed Microsoft AD directory. Note: To enable LDAPS communications between AWS applications, such as Amazon Workspaces or Amazon Chime, and your self-managed AD, use client-side LDAPS support in AWS Managed Microsoft AD. After you have enabled LDAPS, AWS Managed Microsoft AD can encrypt communications with LDAPS-enabled Windows applications, Linux computers that use Secure Shell (SSH) authentication, and applications such as Jira and Jenkins. To enable server-side LDAPS, you need to add a Microsoft Enterprise Certification Authority (CA) server to your AWS Managed Microsoft AD domain and configure certificate templates for your domain controllers. This helps you protect PII and other sensitive information exchanged with AWS Managed Microsoft AD over untrusted networks. Many commercial and homegrown applications use Active Directory’s (AD) LDAP service to read and write sensitive information about users and devices, including personally identifiable information (PII). You can encrypt the Lightweight Directory Access Protocol (LDAP) communications between your applications and AWS Directory Service for Microsoft Active Directory, also known as AWS Managed Microsoft AD.

November 26, 2019: We’ve updated the language in this post to reflect new client-side LDAPS support in AWS Managed Microsoft AD. March 29, 2021: We’ve updated this post to include two additional options for deploying the Microsoft Certificate Authority architecture: 1) using the Microsoft Public Key Infrastructure Quick Start to automate the process and 2) using your existing on-premises PKI infrastructure.Īugust 5, 2020: We’ve made numerous updates to this post to better reflect best practices around Microsoft Certificate Authority deployments. January 10, 2022: We’ve updated this post with various minor edits.