![]() ![]() Since the account lookup uses keywords specified in the AAM entry, it means that you have two options:Ī. PK information stored in “My account settings.” This method allows administrators to create AAM entries within RDM, while each user sets their own PK details in their personal settings.However, it must be done by the users themselves. This is surely the simplest method, as you have a one-to-one relationship between users/keys/accounts. PK information stored as an entry which exists in the user’s private vault.As for the RDM side, again we support different methods of managing the PK: However, we have included basic instructions in our integration guide. Obviously, the best source for understanding this process is the CyberArk documentation. The first step in configuring the AAM is that you must issue a PK for each of your users, and then deploy them to their workstations. While all of this is happening, the password remains hidden from the user.ĬyberArk Application Access Manager (AAM) Configuration RDM uses the Privileged Account to launch a PSM Connection, connect to the PVWA, or launch a session supported by RDM.This means the user does not even know the password to their own privileged account! RDM obtains the details of a Privileged Account.It is configured as an “Application” object, which is essentially a user proxy used to query the Vault. The PK is used to authenticate against the CyberArk Vault.When a Privileged Account is required to launch a supported technology, RDM obtains the appropriate PK from the workstation (the PK must be held in the certificate store for the user).This gives the user a view into RDM content as per the permissions set in Role-Based Access Control. The user is authenticated to RDM with a Least Privilege Account.The following diagram illustrates this system: Once you have implemented CyberArk’s AAM, you will need to authenticate to RDM, regardless of which data source you are using. This module allows for Private Key (PK) authentication, which means that the whole Identification/Authentication phase is managed by your IT Department - thus rendering passwords completely unnecessary. To create a passwordless system, the only requirement is that you must implement CyberArk's Application Access Manager (AAM) as part of your organization’s CyberArk deployment. This completes the current round of improvements, and essentially allows organizations to go passwordless for their day-to-day workflows. Today, I’m happy to announce that the third entry type has been refreshed in RDM 2020.3. In Remote Desktop Manager (RDM) 2020.2, we refreshed two out of three CyberArk entry types in order to take advantage of their improved API. During the last few months, you may have noticed a heightened level of collaboration between Devolutions and CyberArk.
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