Akku PAM vs iRaje PAM

iRaje PAM's credential model relies on a centralised vault with scheduled credential rotation. Passwords are stored, rotated on a configurable schedule, and injected at session time. While this is a meaningful improvement over static credentials, the password persists in the vault between sessions and is reused until the next rotation cycle.

AkkuArka generates a fresh credential at the point of every access request — for every target type. Depending on how the administrator configured the target during onboarding, that means a new password, a new user with scoped permissions, or a new SSH key. The credential is injected silently by AkkuReka, exists only for the duration of the session, and ceases to exist the moment the session closes. There is nothing stored between sessions. Nothing to steal between uses. Nothing to rotate.

iRaje PAM follows a centralised deployment model that requires connectivity to the PAM server from target systems. For organisations managing infrastructure in isolated networks, this creates the familiar choice: open the network or deploy a full PAM stack inside every protected zone.

AkkuReka's worker model dials out. No inbound ports required on workload networks. For isolated networks, air-gapped environments, and private VPCs, a single lightweight agent operates inside the zone with outbound connections only. No product stack, no credentials stored on the agent host between operations.

For banks, hospitals, manufacturers, and government environments where security teams will not approve inbound firewall rules into sensitive zones, this is the difference between a PAM deployment that proceeds and one that stalls.

iRaje PAM is fully browser-based — privileged sessions are rendered inside the web browser. This delivers an agentless experience for end users but concentrates session rendering on the PAM server and can introduce performance overhead under load, particularly for high-resolution RDP sessions or heavy terminal activity.

Akku PAM takes a different approach. Users access the Akku portal through a browser, but connections to target systems happen via native clients — Windows RDP client for remote desktops, SSH client for Linux servers, database clients for PostgreSQL, MySQL, and MongoDB. AkkuReka proxies the connection transparently. The Akku portal handles management and access control; the native client handles the actual session — eliminating the single-server rendering bottleneck of fully browser-based architectures.

iRaje PAM does not highlight Kubernetes session access as a native capability. AkkuReka includes Kubernetes as a built-in target — controlled, session-gated, fully recorded access to K8s clusters for DevOps and cloud-native engineering teams.

iRaje PAM is a dedicated PAM solution. For organisations needing IAM capabilities — SSO across SaaS applications, adaptive MFA across all workforce access, full identity lifecycle management — a separate IAM product is typically required. This means two products to deploy, integrate, and maintain in sync, with the risk that an offboarded user retains access somewhere because someone forgot to update the second system.

Akku PAM is built on Akku IAM. They share one identity store, one policy engine, and one audit log. The same identity that governs a user's SaaS application access governs their privileged infrastructure access. Remove a user from Akku IAM and their privileged access is revoked everywhere, at that moment, with no separate PAM offboarding step.

iRaje PAM deployments typically require expert involvement for setup, integration, and configuration. This is appropriate for enterprise rollouts but introduces lead time and external dependency that mid-market organisations often cannot absorb.

Akku PAM is self-serve. IT teams configure the platform, deploy the AkkuReka worker, and begin managing privileged sessions within days — no specialist implementation required, no mandatory consulting engagement.