Integrating Okta with Cloud Suite PAS

Okta is a cloud-based identity and access management (IAM) platform that is widely used by organizations. By integrating Delinea Cloud Suite Privileged Access Service (PAS) with Okta, organizations can manage user authentication, access control, and privilege management across the entire IT infrastructure from a centralized platform.

The integration allows for single sign-on (SSO) between Okta and Delinea PAS, which means that users can authenticate themselves once through Okta and gain access to Delinea PAS without the need for additional login credentials. This simplifies the user experience and eliminates the need for users to remember multiple sets of login details.

Moreover, the integration enables user provisioning from Okta to Delinea PAS, meaning that when a user is created, updated, or deactivated in Okta, the integration synchronizes the user information with Delinea PAS. This ensures that user accounts in Delinea PAS are always up-to-date and aligned with the user identities managed in Okta.

Delinea PAS leverages Okta's identity management capabilities to enforce access control and role-based permissions. Administrators can define roles and groups in Okta and map them to the appropriate access levels and permissions in Delinea PAS. This ensures that users in Okta are granted the appropriate level of privileged access within Delinea PAS based on their assigned roles.

To add an extra layer of security to user authentication, Okta offers robust multi-factor authentication (MFA) capabilities. The integration allows organizations to enforce MFA for accessing Delinea PAS, ensuring that privileged accounts are protected with an additional authentication factor such as SMS, push notifications, or authenticator apps.

In summary, the integration between Okta and Delinea PAS provides a streamlined and secure solution for managing user authentication, access control, and privilege management across the entire IT infrastructure.

To learn more about this integration, click here.