Authentication and Authorization

This video provides an introductory overview of authentication and authorization within the Akeyless secrets management platform, detailing how the system securely governs access for both human and machine identities. It outlines the platform's core dual-layer security model, where every client request must first prove its identity to receive a short-lived session token (T-token) before passing through Akeyless's Role-Based Access Control (RBAC) engine to gain access to secrets.

For human access, the video highlights integration with enterprise Identity Providers via OIDC and SAML (such as Azure AD or Okta) to leverage Single Sign-On, Multi-Factor Authentication, and user claims for granular permissions. For machine identities, which include scripts, containers, and microservices, the platform categorizes access into Cloud IAM (keyless authentication for AWS, Azure, and GCP), application-level integrations (such as Kubernetes, JWT, Kerberos, and certificates), and native Akeyless options.

A central focus of the lesson is addressing the "Secret Zero" problem—the security risk of storing initial static keys or API credentials directly on a host. To eliminate this vulnerability, the video introduces Akeyless's patented Universal Identity (UID) technology, an auto-rotating token mechanism designed for on-premise and traditional server environments that ensures credentials are constantly refreshed, monitored, and kept secure without downtime.