Standing privileges

Standing privileges are always-on access rights assigned to an identity (human or NHI) that persist beyond the moment they’re needed. Instead of being granted briefly for a specific task, these permissions remain active in the background: an admin role used for day-to-day work, a long-lived API key on a build server, or a service account with broad rights in production. 

Because standing privileges are continuously available, any compromise of that identity can translate immediately into lateral movement and high-impact actions. Standing privileges differ from ordinary entitlements by their permanence and blast radius: they are not time-bound, often span many systems, and can override safeguards such as logging or policy controls.

How does it affect identity security?

Standing privileges are the opposite of least privilege and a frequent accelerator of breach impact. In modern cloud and SaaS estates, they accumulate on both users and workload identities as teams copy roles across environments, forget to down-scope access after projects end, or leave long-lived keys in automation. 

A resilient program replaces permanent access with Just-in-Time (JIT) access, tying elevation to a verified ticket, peer approval, and step-up verification via phishing-resistant MFA. The strategic goal is Zero Standing Privileges (ZSP) so admin-level rights exist only for minutes, not months. 

To get there at scale, organizations rely on Cloud Infrastructure Entitlements Management (CIEM) to discover and right-size cloud permissions and Identity Governance and Administration (IGA) to certify owners, justifications, and renewal cadences for risky roles. 

Because many powerful permissions are held by bots and pipelines, treat non-human identities as first-class: prefer short-lived, narrowly scoped tokens, rotate secrets automatically, and centralize secrets management to eradicate hard-coded credentials. 

Within a Zero Trust architecture, prevention is paired with Identity Threat Detection and Response (ITDR) to continuously watch for signals of abuse, sudden role assumptions, off-hours privilege grants, mass data exports, or disabled logging, so you can revoke tokens, break sessions, and roll keys at machine speed. The practical hallmark of mature identity security is simple: high-risk actions are specific, owner-approved, auditable, and time-boxed; everything else is denied by default.

Case study

In 2022, a threat actor gained access to Uber’s internal environment and, according to the company’s public updates and independent reporting, located a script containing credentials for a privileged access management system. 

Those credentials unlocked broader internal resources because they represented permanent, high-authority access: a textbook example of standing privileges combined with hard-coded secrets. 

Uber’s response emphasized rotating credentials, strengthening MFA, removing embedded secrets, tightening role scoping (controls that align with least privilege, JIT elevation), and a ZSP objective to reduce the blast radius even if a credential is exposed.

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