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Your server passwords shouldn't be in a spreadsheet. They shouldn't be in a team chat. They shouldn't exist in any form that a user can read, copy, or share.
AkkuArka is where every privileged credential originates. When a session is requested, AkkuArka generates a fresh credential for that session — a new password, a new user, or a new SSH key, depending on how the target system is configured. The credential is injected silently into the session by AkkuReka. No user ever sees it. No spreadsheet holds it. No team chat contains it. When the session ends, the credential ceases to exist. There is nothing to rotate, nothing to revoke, nothing left behind
Most organisations manage server credentials the same way: a password is set during provisioning and rarely changed. It gets shared with whoever needs it, saved in .env files, pasted into team chats, stored in shared documents. When someone leaves, the password lives on.
This isn't carelessness. It's the result of managing infrastructure at scale without the right tooling. Static credentials are the path of least resistance, until they become the path of greatest risk.
Six layers of credential control, working automatically from the moment AkkuArka is live.
AkkuArka is the central engine through which every privileged credential is generated and issued. When a session is requested, AkkuArka generates the credential — encrypted, scoped to the session, and passed directly to AkkuReka for injection. There is no local credential storage on target systems, no per-server password management, no distributed credential sprawl. One place. One point of control.
The most common privileged access failure modes, eliminated by design.
Credential theft from static passwords
A password that never changes is a credential that, once compromised, grants indefinite access.
Shared database credentials
Shared service account passwords embedded in configs and used across teams are one of the most persistent security risks in any infrastructure. AkkuArka eliminates them entirely — every session generates its own credential, so there is no shared password to embed, share, or compromise.
Insider risk from credential sharing
When no one needs to know the password, no one can share it. AkkuArka eliminates the attack surface that comes from credentials living in human memory, shared documents, or team communication tools.
Offboarding gaps
When an employee or contractor leaves, access is revoked through Akku IAM instantly. Because server credentials are managed by AkkuArka and injected by AkkuReka, there is nothing to manually revoke at the server level. The gap between HR offboarding and IT revocation is eliminated.
Audit failure on credential management
AkkuArka's issuance records, session logs, and centralised audit trail provide the evidence directly.
AkkuArka does not operate in isolation. It is one half of the Akku PAM architecture, working in concert with AkkuReka, the zero-trust session proxy.
AkkuArka holds the credential. AkkuReka controls the session. Together they ensure that privileged access to your infrastructure is always governed, always recorded, and always credential-safe, from the moment a session is requested to the moment it ends.
Learn how AkkuReka works
AkkuArka directly addresses credential management requirements across:
Akku PAM is built for IT and security teams who need clear answers about how privileged access works, what the product does, and what it means for your infrastructure and compliance posture.
If you have a question that isn't covered here, please and we will be happy to address your queries.