Credential consolidation for human access: what IAM teams should weigh

At a glance

What this is: This is a vendor analysis of credential sprawl and centralized credential management, with the key finding that fragmented MFA and lifecycle handling create both operational friction and security exposure.

Why it matters: It matters to IAM practitioners because credential consolidation changes how teams handle access recovery, lifecycle events, and privileged access across human, device, system, and application identities.

By the numbers:

• Only 20% have formal processes for offboarding and revoking API keys, and even fewer have procedures for rotating them.
• 96% of organisations store secrets outside of secrets managers in vulnerable locations including code, config files, and CI/CD tools.
• 79% of organisations have experienced secrets leaks, with 77% of these incidents resulting in tangible damage.

👉 Read Axiad's blog post on managing multiple credentials from a single platform

Context

Credential sprawl is a governance problem as much as an end-user convenience problem. When badges, tokens, device logins, and application access all sit in separate systems, access review, deprovisioning, and recovery become harder to coordinate across the identity lifecycle.

For IAM teams, the issue is not whether credentials are necessary. The issue is whether the programme can keep pace with multiple assurance levels, privileged accounts, and temporary access without creating gaps that lead to weak recovery practices or unmanaged persistence.

Key questions

Q: How should security teams reduce credential sprawl without weakening MFA?

A: Security teams should consolidate lifecycle management, not weaken assurance. Keep MFA enforcement intact, remove ad hoc recovery paths that bypass controls, and make the platform responsible for issuance, revocation, and role changes across every credential class. The goal is fewer fragmented workflows, not fewer checks.

Q: Why do multiple credentials create more risk in enterprise environments?

A: Multiple credentials increase risk because each one adds its own lifecycle, recovery process, and revocation path. That fragmentation makes it easier for access to persist after role changes or offboarding and creates more opportunities for support-driven bypasses. The result is weaker governance even when the authentication tools are technically strong.

Q: What do IAM teams get wrong about centralized credential platforms?

A: They often assume centralization automatically improves control. In practice, the platform only helps if it preserves high-assurance policies for privileged and regulated access, while also handling deprovisioning and role changes consistently. Otherwise, centralization becomes a convenience layer over the same fragmented governance.

Q: When should organisations prioritise credential lifecycle management over login convenience?

A: They should prioritise lifecycle management whenever users hold more than one credential, privileged access exists, or role changes and offboarding are frequent. Convenience matters, but it cannot come at the expense of revocation quality or recovery security. If lifecycle is weak, access risk remains even when sign-in feels simpler.

Technical breakdown

Why fragmented credential lifecycles create access risk

A fragmented credential estate means every credential type follows its own issuance, reset, expiry, and revocation path. That creates uneven enforcement of assurance, especially when users hold multiple MFA devices and the help desk is asked to restore access quickly. Temporary passwords and ad hoc recovery flows become attractive because they shorten downtime, but they also bypass the stronger controls the MFA stack was meant to enforce. The architectural weakness is not authentication itself. It is the lack of a unified lifecycle model across all credentials tied to the same identity.

Practical implication: map every credential type to a single lifecycle owner and eliminate recovery paths that bypass MFA assurance.

Centralized identity credential management for users, devices, and systems

Centralized credential management is useful when the organization has to govern many credential classes at once, including user access, device login, system credentials, and application access. The value is operational consistency: one control plane for issuance, lifecycle changes, and deprovisioning. But centralization only helps if it also preserves the security requirements of the highest-risk use cases, such as privileged access and regulated environments. Without that discipline, the platform becomes a convenience layer on top of fragmented governance rather than a true control point.

Practical implication: require the centralized platform to enforce the same assurance rules across standard and privileged credentials.

Why lifecycle management matters more than single sign-on convenience

Single sign-on reduces login friction, but it does not solve what happens when a person changes role, loses a device, or leaves the company. The source article points to lifecycle management as the hard part: credentials must be adjusted, revoked, or replaced across multiple platforms and assurance levels. That is why access governance is inseparable from credential management. If lifecycle handling remains fragmented, the organization may reduce user pain without reducing residual access risk.

Practical implication: test whether role change and offboarding workflows actually revoke all dependent credentials, not just the primary login.

Breaches seen in the wild

• Salesloft OAuth token breach — hackers stole OAuth tokens to access Salesforce data via Salesloft.
• Shai Hulud npm malware campaign — Shai Hulud campaign: npm malware exposed secrets on GitHub.

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

NHI Mgmt Group analysis

Credential sprawl is a governance failure, not just an inconvenience. When users need separate credentials for the workstation, enterprise apps, mobile access, and privileged accounts, identity control becomes distributed across too many systems. That distribution creates inconsistent assurance, slower revocation, and more exceptions for the help desk to manage. The practitioner conclusion is simple: credential count is a governance metric, not just an end-user annoyance.

Temporary password recovery is a control bypass disguised as support. The article describes an urgent recovery path that restores access quickly, but also circumvents the very MFA and credential protections the programme relies on. That is a classic identity assurance trade-off. The practitioner conclusion is that recovery design must be treated as part of the security architecture, not as an operational afterthought.

Lifecycle management must cover deprovisioning as aggressively as provisioning. The article correctly notes that credentials need to be adjusted when a person changes roles and removed when they leave. Too many programmes focus on issuance and overlook revocation across separate credential platforms. The practitioner conclusion is that offboarding and role-change workflows must be tested against every credential class, including privileged access.

Centralization only helps when it preserves high-assurance controls. The useful part of a single platform is not the interface, it is the ability to keep FIPS, CMMC, and NIST SP 800-171 aligned while reducing fragmentation. That is where many credential programmes fail: they simplify the front end but leave the policy model inconsistent underneath. The practitioner conclusion is to judge consolidation by control consistency, not by user convenience alone.

Identity credential management now sits at the boundary of human IAM and NHI governance. The article mentions users, devices, systems, and applications in one operational model, which is where IAM teams increasingly need to think beyond human login flows. Once system and application credentials enter the same lifecycle discussion, the governance model starts to overlap with NHI discipline. The practitioner conclusion is to manage all credential classes as one identity estate, with different assurance rules but shared lifecycle accountability.

From our research:

• Only 20% have formal processes for offboarding and revoking API keys, and even fewer have procedures for rotating them, according to the Ultimate Guide to NHIs.
• Only 5.7% of organisations have full visibility into their service accounts, which shows how often identity governance loses sight of machine access before problems surface.
• The 52 NHI Breaches Analysis shows how incomplete lifecycle control turns access persistence into breach material.

What this signals

Credential consolidation will only reduce risk if lifecycle control is unified with it. IAM teams should expect more pressure to centralize login and recovery paths, but the real control question is whether the same platform can govern issuance, role change, and offboarding without policy drift. That is where a fragmented identity estate turns into a measurable risk, especially once privileged access and regulated workloads are in scope.

Access recovery is becoming a governance test, not a support feature. Any workflow that restores access by bypassing stronger authentication controls should now be treated as an exception requiring explicit review. As organizations adopt more credentials per user and per device, recovery design becomes a direct indicator of programme maturity, especially when identity estates include both human and machine access.

Identity lifecycle should now be assessed as one estate across humans and machines. The closer a programme gets to unified credential control, the more visible its real gaps become in deprovisioning, exception handling, and role-change governance. That makes lifecycle governance a shared discipline across human IAM and NHI management, rather than two separate operational tracks.

For practitioners

• Inventory every credential path Map badges, workstation logins, application tokens, privileged credentials, and recovery methods to one inventory so the team can see where lifecycle ownership is split across platforms.
• Remove ad hoc temporary password recovery Replace emailed temporary passwords with approved recovery workflows that preserve MFA assurance and record who approved the restoration of access.
• Test offboarding across all credential classes Run offboarding exercises that confirm credentials are revoked for users, devices, systems, and applications, not only the primary account used for daily login.
• Separate convenience from assurance decisions Require privileged and regulated use cases to retain stronger controls even when the organization adopts a centralized management platform for routine access.

Key takeaways

• Credential sprawl creates governance risk when each login method carries its own lifecycle, recovery, and revocation process.
• Support-driven recovery can undermine MFA assurance if temporary access is granted outside controlled workflows.
• Teams should judge credential consolidation by lifecycle consistency and privileged-access control, not by convenience alone.

Key terms

• Credential sprawl: Credential sprawl is the accumulation of many separate logins, tokens, badges, and recovery methods across one identity estate. It increases operational complexity because each credential has its own lifecycle, assurance level, and revocation path, making it harder to maintain consistent access control.
• Lifecycle management: Lifecycle management is the process of issuing, updating, rotating, and revoking credentials as identity needs change. In practice, it is where many programmes fail because provisioning is easier to automate than offboarding, especially when multiple systems manage access independently.
• Recovery workflow: A recovery workflow is the process used to restore access after a user loses a credential or is locked out. It matters because poorly designed recovery often becomes the weakest control in the stack, allowing temporary access that bypasses stronger authentication assurances.
• Privileged access: Privileged access is elevated access that can change security settings, manage systems, or expose sensitive data. It requires stricter assurance than routine login because compromise or misuse has a broader blast radius and usually involves multiple credentials or additional authentication devices.

Deepen your knowledge

Credential lifecycle management across users, devices, systems, and applications is a core topic in our NHI Foundation Level course, the industry's only accredited NHI security programme. If you are trying to unify governance across mixed identity estates, it is worth exploring.

This post draws on content published by Axiad: Manage all of your credentials from a single platform. Read the original.