Higher education IAM and PAM are lagging modern campus risk

At a glance

What this is: This is an analysis of why higher education IAM and PAM are lagging modern campus risk, with the source arguing that static controls and manual attestation no longer match today’s threat profile.

Why it matters: It matters because campuses manage large, distributed user populations and privileged systems, so identity governance has to support fast provisioning, frequent review and stronger access boundaries across human and privileged accounts.

By the numbers:

• The education sector experienced 1,075 incidents and 851 confirmed breaches involving the disclosure of authenticated data in 2024, according to Bravura Security.

Context

Higher education identity programmes are under strain because campus access models still assume slower change, more centralised systems and less attacker interest than universities now face. As institutions expand digital services, the gap between who can access what and who should be able to access it keeps widening across students, staff, researchers and third parties.

In this article, Bravura Security argues that IAM and PAM must work together if universities want to reduce identity-based exposure, manual attestation drift and privileged access risk. The central problem is governance, not just tooling: static passwords, slow review cycles and fragmented access processes do not fit a campus environment that is more distributed, more regulated and more exposed to credential abuse.

Key questions

Q: What breaks when higher education still depends on manual access attestation?

A: Manual attestation breaks when access changes faster than the review cycle. In higher education, that means approvals can quickly become stale, leaving outdated permissions in place after a role change, enrolment change or project end. The control still produces paperwork, but it no longer reflects the live risk state that auditors and security teams need to manage.

Q: Why do IAM and PAM need to be managed together in universities?

A: IAM defines who should have access, while PAM limits what elevated access can do and for how long. In universities, privileged rights often outlive the task or role that justified them, which creates a standing access problem. Managing both together reduces the chance that one compromised account becomes a broad institutional incident.

Q: How do campuses know whether their identity reviews are actually effective?

A: They should check whether review outcomes match current access, current roles and current business need. If certifications are completed on schedule but rights still lag behind staffing, enrolment or project changes, the control is not effective. In practice, effectiveness shows up as timely removal, fewer stale entitlements and fewer exceptions carried forward.

Q: How should colleges and universities sequence identity governance before broader Zero Trust controls?

A: Colleges and universities should use identity governance and administration as an early foundation, then extend into broader identity and access management and privileged access controls. IGA helps automate provisioning, role management, and access certification, which can build momentum quickly. But it is only one layer of a complete strategy, so teams should treat it as the starting point, not the endpoint, of identity security.

Technical breakdown

Why campus access models break under distributed identity sprawl

Higher education environments combine large user turnover, shared services, research systems and privileged administrative access across many departments. That creates identity sprawl, where the number of accounts, entitlements and privileged pathways grows faster than the ability to govern them. When campuses rely on static passwords and manual request or review flows, the result is stale access and uneven enforcement across systems. The security problem is not just authentication. It is lifecycle control over who retains access, for how long, and under what review discipline.

Practical implication: map where access is created, reused and left in place too long, then treat those points as governance failure zones.

Why manual attestation and role review go stale so quickly

Attestation is only useful when the review reflects current access and current business need. In fast-moving university environments, that assumption breaks quickly because student status changes, project access shifts and staff responsibilities evolve across terms and semesters. Once reviews lag the actual access state, certification becomes a retrospective compliance exercise rather than a control. IAM automation matters here because it can align rights assignment, removal and role review with real operational change instead of waiting for periodic manual intervention.

Practical implication: shorten the time between access change and review, and stop using periodic attestation as the primary evidence of control effectiveness.

How IAM and PAM work together in Zero Trust campus design

Zero Trust assumes access should be authenticated and continuously re-evaluated rather than trusted because a user or device is already inside the network. In higher education, that model is difficult without both IAM and PAM because user identity, device trust and privileged activity all have to be governed together. IAM handles who gets access and under what conditions, while PAM limits how elevated access is granted, used and monitored. The architectural point is that Zero Trust fails if privileged pathways remain static while general user access is modernised.

Practical implication: design Zero Trust around both identity governance and privileged access boundaries, not around network segmentation alone.

Threat narrative

Attacker objective: The attacker seeks access to authenticated data, privileged information or operational disruption that can be monetised or used for broader intrusion.

1. Entry begins with phishing or stolen credentials, which the article identifies as common methods used to gain unauthorized account access in education.
2. Escalation follows when the attacker moves from ordinary account access into privileged information or broader authenticated data exposure because access controls are too static or too slow to react.
3. Impact lands as ransomware, system intrusion or disclosure of authenticated data, which the article says drove a large share of incidents in the sector.

Breaches seen in the wild

• Uber breach 2022: A contractor's stolen password and MFA fatigue gave a Lapsus$-linked attacker Uber's internal tools; Uber rotated keys to many services.
• BeyondTrust breach 2024: A stolen BeyondTrust Remote Support API key let a China state-sponsored actor reset accounts and reach US Treasury workstations in 2024.

Read and download The State of NHI & AI Agent Breach Report 2026, covering 200+ breaches impacting Non-Human Identities including AI Agents.

NHI Mgmt Group analysis

Higher education IAM failures are governance failures before they are technology failures. The article’s core issue is not that campuses lack tools, but that their access models still assume slower institutional change than the sector now experiences. Manual review cycles, static passwords and fragmented ownership leave universities unable to keep pace with term-based churn, distributed systems and privileged access growth. The practitioner conclusion is that identity governance has to be designed around campus motion, not campus tradition.

Manual attestation becomes compliance theatre when access changes faster than review cycles. The article’s warning is that certification can look rigorous while still approving stale access after the environment has already shifted. That is a lifecycle problem, not a reporting problem. The implication for practitioners is that review cadence, ownership and removal workflows must be tied to actual access events, otherwise the control records history instead of governing risk.

Zero Trust in higher education is incomplete without privileged access governance. The article correctly treats network security as only one part of the answer, because authenticated users and devices are not the full risk surface. Privileged activity still needs tighter scope, stronger review and better separation from routine access. The field should stop treating PAM as a specialist add-on and start treating it as a core Zero Trust dependency for campuses.

Campus identity programmes need a named concept: access review decay. In this context, access review decay is the point at which review artefacts stop reflecting live privilege because the environment changes faster than attestation and manual administration can track. The article demonstrates that this decay is already visible in higher education, where automation and faster governance loops are needed to keep controls relevant. The practitioner conclusion is to measure whether reviews still correspond to current access, not whether they were completed on schedule.

Higher education should treat vendor and third-party access as part of the same identity problem. The article points to external risk through digital ecosystems, which means universities are not only governing students and staff. They are also governing suppliers, service connections and privileged integrations that expand the attack surface. The implication is that campus IAM and PAM strategy must extend beyond internal accounts to the full access ecosystem.

From our research library:

• Only 36% of health IT leaders say their organisation applies a privileged access strategy consistently across the enterprise, according to Ponemon Institute research.

What this signals

Access review decay: universities often complete certification on paper after the access state has already changed in practice. That creates a governance gap where control evidence looks current but no longer reflects live privilege, so identity teams need event-linked review rather than calendar-driven attestation.

Higher education programmes should treat PAM as a core control for distributed campus risk, not a niche tool for administrators. When routine and privileged access are managed separately, campuses can reduce the blast radius of stolen credentials while also improving how Zero Trust is operationalised across mixed user populations.

For practitioners

• Formalise access lifecycle ownership Assign clear owners for joiner, mover and leaver decisions across students, staff, researchers and contractors so access does not drift between departments.
• Replace periodic attestation with event-linked review Trigger access reviews when roles, enrolment status or project assignments change, rather than relying on slow scheduled certification cycles.
• Separate privileged access from routine access Use PAM to isolate elevated admin functions, require stronger approval paths for privileged actions and reduce standing admin exposure.
• Build Zero Trust from identity outward Start with network and inventory audits, then connect device trust, user authentication and privileged access boundaries into one governance model.
• Extend governance to third-party and vendor access Track external accounts, service connections and supplier privileges as part of the same lifecycle process used for internal identities.

Key takeaways

• Higher education is exposed to identity-driven attacks because campus access models still rely too heavily on static controls and slow governance cycles.
• The article points to phishing, stolen credentials and ransomware as the dominant patterns, with 1,075 incidents and 851 confirmed breaches involving authenticated data in 2024.
• Universities need tighter IAM, stronger PAM and faster lifecycle review if they want access controls to keep pace with distributed campus risk.

Key terms

• Access Review Decay: The point at which an access review no longer matches the live state of permissions because identities, roles or projects changed after the review began. In campus environments, this usually appears when manual attestation cycles lag operational reality and produce stale governance evidence.
• Identity Sprawl: Identity sprawl is the uncontrolled growth of identities, entitlements, and credentials across an environment. For NHIs, it usually appears when automation creates accounts faster than governance teams can inventory, review, and remove them. The result is hidden access, weak accountability, and a wider attack surface.
• Dynamic Privileged Access Governance: Dynamic privileged access governance is the practice of applying access controls that adapt to changing cloud conditions, user context, and task requirements. It replaces static, long-lived entitlements with policies that can issue, monitor, and revoke privilege in a way that better matches the pace of cloud operations.
• Zero Trust Campus Design: An access model that assumes no user or device should be trusted solely because it is already inside the network. In practice, it requires continual authentication, tighter authorization and privileged access boundaries that hold across academic, administrative and research environments.

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