Download ((LINK)) Microsoft Azure Ad Connect Health Agent For Sync

When implemented, Azure AD Connect Health agent sends monitoring data from on-premises to the cloud and the data is visible from Azure AD Connect Health blade. In practical, in hybrid identity architecture most of the critical components health state can be viewed from single blade (slightly depends on scenario).

After enabling Lockdown on a domain controller running Server 2012R2, Microsoft's Synchronization Service Manager application included with Azure AD Connect would not function correctly. I was also experiencing the Microsoft Azure AD Sync service failing and restarting when opening the Azure AD Connect application. Within the Synchronization Service Manager application, the ADDS Delta import would show with status of success when trying to sync, but the Azure AD connector's delta import would show a status of stopped-server.

Download Microsoft Azure Ad Connect Health Agent For Sync

Download File 🔥 https://tlniurl.com/2y2DLG 🔥

Many system administrator monitor their Active Directory infrastructure via tools such as SCOM, Event viewer, Performance monitor or even third party application monitors. When the requirement of the Active Directory infrastructure is to grow to meet certain demands, so to grows the cost and effort put forward to monitor the newly increased AD infrastructure. This becomes more complex in a hybrid infrastructure deployment. Enabling Azure AD integration with on-premises AD provides a reliable and productive identity platform to adhere to said organizations needs.. It also however increases the importance of maintaining a healthy on-premises AD infrastructure and sync service in order to achieve this goal.

Down here:

-us/azure/active-directory/hybrid/how-to-connect-health-agent-install#outbound-connectivity-to-the-azure-service-endpoints

we aren't certain which ports must be opened for the first 4 "General public" endpoints:

.blob.core.windows.net

.aadconnecthealth.azure.com

.servicebus.windows.net - Port: 5671 (This endpoint isn't required in the latest version of the agent.)

.adhybridhealth.azure.com/

We have AD Sync connect on a Windows 2008R2 server which no longer syncs to Azure/365. We are unable to fix the issue and syncing has completely stopped. What is the best method left for me to convert all live users with a 365 subscriptions from on-premise account to cloud accounts?

You can sign in to the Azure portal and navigate to the Azure Active Directory Connect Servers section. It will show the new AAD Connect server as healthy, and the old AAD connect server as unhealthy. Remove the old AAD Connect server.

Recently a new option for AD sync is in preview Azure AD Connect cloud provisioning, Azure AD Connect Cloud Provisioning can run in a tenant already using Azure AD Connect Sync, Support for synchronizing to an Azure AD tenant from a multi-forest disconnected Active Directory forest environment. This is currently not possible with AD connect. and many organizations are struggling with this.

To enable connectivity of the AD FS infrastructure for AAD Connect Health, lightweight agents are deployed to the AD FS token and proxy servers with auditing enabled to utilize the activity for managing AD FS infrastructure.

The AAD Connect Health agent for sync is typically installed on the server you have deployed the AAD Connect Sync service. However, this is typically not the same server as your AD FS server, so you will need to plan and implement installing the agents on the desired AD FS servers.

Azure AD sends password validation requests to Windows Server AD. One or more PTA agents are deployed on-premises to facilitate this. If used without password hash synchronization, PTA doesn't work with Azure AD Domain Services, Azure AD Connect Health, or the leaked credentials feature in Azure Identity Protection.

If you have more than one on-premises AD forest, you can synchronize them all using a single Azure AD Connect sync server. Azure AD Connect will try to consolidate on-premises users so that they are only represented once in Azure AD. If you have multiple disconnected AD forests, Azure AD Connect cloud provisioning agents can act as a bridge.

Azure AD Connect Health uses an on-premises agent to send information to the cloud. IT can then monitor the on-premises identity infrastructure using an online portal to maintain a reliable connection to Azure. But if you choose pass-through authentication, Azure AD Connect Health isn't able to monitor the PTA agents, which could lead to reliability issues.

Microsoft has made it easy for you to integrate your on-premises AD forests with Azure AD. Azure AD Connect is simple to set up if you opt for Microsoft's recommended authentication method, which is password hash synchronization. The express install option does all the heavy lifting if you don't need to customize settings. PTA is more complex to configure and you should deploy at least three PTA agents for high availability. And while Azure AD Connect can help simplify deploying ADFS, you should consider using PTA if possible.

When it comes to the sync engine itself consists of two namespaces that store the identity information which is the Connect Space (CS) Which is connected to a connected directories (CD) in this case a Connect Directory can be either Active Direcetory or Azure AD Connect. Data coming from the Connected Directory is syncronized into the Metaverse (MV).

Having this feature enabled will give you insight and email notification if the sync has stopped. Even if you have an active/passive Azure AD Connect it will not automatically failover if something happens to the Azure AD connect server.

If you are using Passtrough Authentication as well. and that has been defined within Azure AD Connect configuration an authentication agent will automatically be installed and enabled as part of Azure AD connect. Now as mentioned above with the Active/Passive for the sync engine this does not apply to the passtrough authentication agent since this works in Active/Active.

And it is important that these machines are scaled properly to handle authentication requests. A single Authentication Agent can handle 300 to 400 authentications per second on a standard 4-core CPU, 16-GB RAM server. It is however important that the first authentication agent is installed directly on the Azure AD connect server.

I really hope that in the future Microsoft will be able to create an Azure AD availability group or group of sync engines like we have with the passtrough authentication agents. Since Azure AD Connect now with passtrough is becoming a more crucial part of the infrastructure for hybrid identity, but still missing an important aspect that ADFS had which was high-availbility.

The Azure AD Connect upgrade is successful. You see the message Upgrade from Azure Active Directory sync has finished successfully. Click Exit. This completes the Azure AD connect upgrade.

Situation: The client is use Microsoft azure AadSyncService. They get this warning: The Health Agent(s) running on one or more servers is not connected to the Health Service and the Health Service is not receiving the latest data from this server. The last data processed by the Health Service is older than 2 Hours.

Your network contains an Active Directory forest named adatum.local. The forest contains 500 users and uses adatum.com as a UPN suffix.

You deploy a Microsoft 365 tenant.

You implement directory synchronization and sync only 50 support users.

You discover that five of the synchronized users have usernames that use a UPN suffix of onmicrosoft.com.

You need to ensure that all synchronized identities retain the UPN set in their on-premises user account.

What should you do?

The question states that only five of the synchronized users have usernames that use a UPN suffix of onmicrosoft.com. Therefore the other 45 users have the correct UPN suffix. This tells us that the adatum.com domain has already been added to Office 365 as a custom domain.

The forest is named adatum.local and uses adatum.com as a UPN suffix. User accounts in the domain will have adatum.local as their default UPN suffix. To use adatum.com as the UPN suffix, each user account will need to be configured to use adatum.com as the UPN suffix.

Any synchronized user account that has adatum.local as a UPN suffix will be configured to use a UPN suffix of onmicrosoft.com because adatum.local cannot be added to Office 365 as a custom domain.

Therefore, the reason that the five synchronized users have usernames with a UPN suffix of onmicrosoft.com is because their accounts were not configured to use the UPN suffix of contoso.com.

Reference:

-us/office365/enterprise/prepare-a-non-routable-domain-for-directory-synchronization

Your company has on-premises servers and a Microsoft Azure Active Directory (Azure AD) tenant.

Several months ago, the Azure AD Connect Health agent was installed on all the servers.

You review the health status of all the servers regularly.

Recently, you attempted to view the health status of a server named Server1 and discovered that the server is NOT listed on the Azure Active Directory Connect

Servers list.

You suspect that another administrator removed Server1 from the list.

You need to ensure that you can view the health status of Server1.

What are two possible ways to achieve the goal? Each correct answer presents a complete solution.

NOTE: Each correct selection is worth one point.

question states that another administrator removed Server1 from the list. To view the health status of Server1, you need to re-register the AD Connect Health

Sync Agent. You can do this manually by running the Register-AzureADConnectHealthSyncAgent cmdlet. Alternatively, you can reinstall the Azure AD

Connect Health agent. The Azure AD Connect Health agent is registered as part of the installation.

Reference:

-us/azure/active-directory/hybrid/how-to-connect-health-agent-install ff782bc1db