Local cloud and SaaS accounts expose the identity governance gap

At a glance

What this is: This is an analysis of why local accounts in cloud and SaaS apps create identity governance gaps, and how posture-based detection and remediation can reduce that risk.

Why it matters: It matters because local accounts often sit outside standard IAM lifecycle controls, leaving IAM and security teams with hidden privilege, weak authentication coverage, and incomplete offboarding.

By the numbers:

• 97% of NHIs carry excessive privileges, increasing unauthorised access and broadening the attack surface.
• Only 5.7% of organisations have full visibility into their service accounts.
• 91.6% of secrets remain valid five days after the targeted organisation is notified, showing a critical gap in remediation procedures.

👉 Read Okta's analysis of local account risk in cloud and SaaS apps

Context

Local accounts are identities created directly inside a cloud or SaaS application instead of being governed through a central identity provider and lifecycle process. That matters for IAM because these accounts can bypass consistent MFA, access review, and offboarding controls, leaving security teams with fragmented ownership and incomplete visibility across the application estate.

The operational problem is familiar to most enterprises: central identity policy exists on paper, but downstream apps still accumulate exceptions. In that sense, local account sprawl is a governance failure, not just a configuration issue. For teams already tracking NHI risk, the pattern rhymes with unmanaged service accounts and other identities that persist outside the normal control plane.

The control question is therefore not whether local accounts exist, but how quickly teams can find them, classify their risk, and remove or constrain them without breaking business workflows. That starting position is common in complex environments and should be treated as a normal enterprise condition rather than an edge case.

Key questions

Q: How should security teams handle local accounts in cloud and SaaS apps?

A: Security teams should inventory local accounts continuously, classify them by ownership and privilege, and apply tiered remediation. High-risk accounts should be disabled or replaced with IdP-managed identities, while lower-risk accounts may be constrained with MFA, password reset, and tighter monitoring. The goal is to eliminate unmanaged exceptions, not just document them.

Q: Why do local accounts create more IAM risk than centrally managed identities?

A: Local accounts often bypass centralized MFA, session policy, lifecycle automation, and access review. That makes them harder to offboard, easier to overlook, and more likely to retain excessive privileges. When ownership is unclear, they become durable access paths that security teams cannot govern with normal IAM processes.

Q: What is the difference between local account cleanup and full identity governance?

A: Local account cleanup is a focused remediation effort aimed at removing app-specific identity exceptions. Full identity governance is broader and covers provisioning, review, monitoring, and deprovisioning across the entire identity estate. Cleanup can reduce immediate risk, but governance is what prevents the same sprawl from returning.

Q: When should a local account be disabled instead of remediated in place?

A: Disable a local account when it is unused, unowned, or tied to a role that should already be covered by centralized identity. Remediate in place only when business dependencies are confirmed and the account still needs temporary access. The decision should follow risk, criticality, and replacement feasibility, not convenience.

Technical breakdown

Why local accounts break centralized identity controls

Local accounts sit inside the application boundary, so the app becomes the authority for authentication and sometimes authorization. That weakens the normal enterprise chain of control: the IdP may enforce policy for the human user, but the app-local identity can evade those rules. The result is a split brain between central identity governance and downstream access reality. In practice, this creates gaps in MFA enforcement, password policy consistency, session revocation, and deprovisioning. It also makes review evidence harder to assemble because ownership and entitlement history are often stored in different systems.

Practical implication: Treat every app-local identity as an exception that needs explicit ownership, policy mapping, and retirement criteria.

How posture-based discovery changes the control model

Identity posture management is the shift from static inventory to continuous control validation. Instead of only asking whether an account exists, the program asks whether the account is protected, used, privileged, and still justified. That means correlating account state with login methods, downstream app policy, privilege scope, and business context. The important change is prioritization: not every local account is equally risky, so the team needs signals that identify which ones are externally reachable, overprivileged, or tied to critical systems. This is the same control logic practitioners apply to NHI governance, just inside SaaS and cloud applications.

Practical implication: Build risk scoring around usage, privilege, and policy coverage before choosing between disable, constrain, or replace actions.

What automated remediation needs to do safely

Remediation for local accounts is not one-size-fits-all because some accounts can be disabled immediately while others support active business processes. A practical workflow needs multiple response options: remove privileged permissions, reset credentials, enforce MFA where the app supports it, replace the account with an IdP-managed identity, or disable it after access review. The technical requirement is change orchestration, not just detection. Automation should preserve evidence, notify owners, and stage changes so that service disruption is avoided where dependencies exist. Without that, security teams will keep discovering issues but fail to close them at scale.

Practical implication: Use workflow-driven remediation with approval, evidence capture, and rollback paths for high-value local accounts.

Threat narrative

Attacker objective: The attacker aims to use app-local identity gaps to gain durable access that bypasses centralized IAM controls and enables data theft or operational abuse.

1. Entry occurs when an attacker finds a local account that is not covered by central MFA or session controls and can be targeted with password guessing, credential stuffing, or stolen credentials.
2. Escalation follows when the compromised account has excessive privileges or clear ownership gaps, allowing the attacker to expand access without triggering normal identity governance checks.
3. Impact is unauthorized access to sensitive SaaS data or critical workflows, with the account remaining active because offboarding and monitoring are fragmented.

Breaches seen in the wild

• Azure Key Vault privilege escalation exposure — Azure Key Vault Contributor role misconfiguration enabled privilege escalation.
• Cisco DevHub NHI breach — IntelBroker exploited exposed Cisco credentials, API tokens and keys in DevHub.

Read our 52 NHI Breaches Analysis report for a comprehensive view of breaches impacting Non-Human Identities including AI Agents.

NHI Mgmt Group analysis

Local accounts are a governance blind spot, not a niche configuration problem. When identity teams centralize policy but leave app-local identities unmanaged, the control plane no longer matches reality. That mismatch is especially dangerous because local accounts often outlive the people or processes that created them. Practitioners should treat local account cleanup as a core IAM hygiene workstream, not an occasional audit task.

Identity posture management is the right lens because visibility without context does not reduce risk. Security teams need to know whether a local account is active, privileged, protected, and owned before they can decide what to do with it. That is the same logic that should govern NHI inventories. The practical conclusion is to move from discovery-first projects to risk-ranked remediation programs.

Automated remediation must be policy-driven or it will stall. Teams that only identify local accounts will continue to accumulate exceptions, while teams that define disable, constrain, replace, and review paths can reduce exposure without forcing all accounts into the same response. The discipline here is less about tooling choice and more about decision trees that match business criticality.

App-local identities and NHIs are converging into the same governance problem. Both are identities that can sit outside primary lifecycle controls, retain access longer than intended, and evade review when ownership is unclear. That convergence means IAM and security architects should design one governance model for all non-primary identities, then map controls to the different execution surfaces. The practitioner takeaway is to govern by risk class, not by identity label.

From our research:

• 97% of NHIs carry excessive privileges, increasing unauthorised access and broadening the attack surface, according to the Ultimate Guide to NHIs.
• Only 20% have formal processes for offboarding and revoking API keys, and even fewer have procedures for rotating them.
• The operational next step is to align local-account remediation with Ultimate Guide to NHIs , Lifecycle Processes for Managing NHIs so app-local identities follow the same retirement logic as other non-human identities.

What this signals

Local account sprawl signals that identity programs are still organized around systems of record rather than systems of access. That creates a measurable gap for security leaders because every unmanaged exception increases the number of identities that can outlive governance. With only 5.7% of organisations having full visibility into their service accounts, the broader lesson is that hidden identities are the default state, not an anomaly.

App-local accounts and NHIs are increasingly part of the same control problem. Both exist outside the cleanest parts of enterprise lifecycle management, both need ownership, and both become harder to retire once business workflows depend on them. Security teams should align IAM, SaaS governance, and NHI oversight into a single exception-management process rather than separate queues.

For practitioners

• Define ownership for every local account Assign a named business and technical owner to each app-local identity, and require review of privilege scope, last use, and replacement path.
• Enforce discovery across the application estate Continuously inventory cloud and SaaS apps for accounts created outside the IdP, then flag accounts with missing MFA, stale passwords, or no login telemetry.
• Create tiered remediation playbooks Use separate runbooks for immediate disablement, privilege reduction, credential reset, and IdP replacement so high-risk accounts can be handled without waiting for manual review.
• Tie local account review to access recertification Fold local accounts into periodic access review campaigns, and require evidence that each remaining account has a current purpose, owner, and compensating control.

Key takeaways

• Local accounts create an identity governance gap because they can bypass central policy, ownership, and lifecycle controls.
• Visibility alone is not enough because teams must know which accounts are active, privileged, and still justified before they act.
• Security programmes should combine discovery, prioritisation, and automated remediation to reduce local-account risk without creating operational drag.

Key terms

• Local Account: An account created directly inside an application rather than governed through a central identity provider. Local accounts often escape enterprise lifecycle controls, which makes them harder to review, secure, and retire consistently across cloud and SaaS environments.
• Identity Posture Management: A control approach that continuously checks whether identities are protected, owned, and still justified. It combines discovery with context so security teams can prioritize the accounts that create the most risk instead of treating every finding the same.
• Access Review: A periodic control in which teams validate whether a user or identity should still have access. For local accounts, access review is especially important because these identities often lack clear owners, central logging, and automatic offboarding paths.

Deepen your knowledge

Local account governance and NHI lifecycle control are core topics in our NHI Foundation Level course, the industry's only accredited NHI security programme. If you are building a programme to manage app-local identities and other unmanaged accounts, it is worth exploring.

This post draws on content published by Okta: local accounts in cloud and SaaS apps and identity posture management. Read the original.