ITDR keys for detecting privilege escalation paths and shadow admins

At a glance

What this is: This article explains how privilege escalation paths and shadow admins hide administrative risk inside everyday IAM estates.

Why it matters: It matters because IAM teams need to detect where privilege can expand unexpectedly, especially when service, human, or cloud accounts hold rights that are difficult to see in normal review cycles.

Context

Privilege escalation paths are the sequences of accounts, permissions, and configurations that let a less privileged identity reach more sensitive access. In IAM programmes, those paths are dangerous because they are often indirect, and therefore easy to miss in standard entitlement reviews.

Shadow admins are hidden or unauthorised administrative identities that can act on critical systems without formal ownership. For identity governance, the problem is not only that privilege exists, but that it can exist outside the normal control model, across human, NHI, and infrastructure accounts.

Soffid frames the issue as a detection and response problem rather than a pure administration problem, which matches how privilege risk behaves in practice. If teams cannot map escalation paths and hidden admin access in near real time, they are governing access that has already drifted beyond visibility.

Key questions

Q: What breaks when privilege paths are hidden from IAM reviews?

A: When privilege paths are hidden, recertification sees only the account list, not the routes that let access expand into administrative control. That means a programme can approve apparently safe entitlements while the real escalation path remains untouched. The failure is structural: visibility is missing at the point where privilege becomes dangerous, so review outcomes do not reflect actual reach.

Q: Why do shadow admins create more risk than ordinary over-privileged accounts?

A: Shadow admins are dangerous because the organisation may not recognise them as administrative at all, so they escape normal review, ownership, and offboarding processes. They can perform high-impact actions while remaining outside the control model that should govern privileged access.

Q: How can security teams measure whether local privilege escalation risk is actually controlled?

A: Track whether any privileged process executes from user-modifiable directories, whether ACLs on management paths are restrictive, and whether detections exist for script or DLL replacement between validation and load. If you cannot answer those three questions quickly, the control is not operating reliably.

Q: What is the difference between a shadow admin and a formally assigned administrator?

A: A formally assigned administrator has documented ownership, approved scope, and traceable governance. A shadow admin has administrative effect without that accountability, even if the account looks legitimate in the directory or cloud console. The difference is not technical capability alone, but whether the organisation can justify, monitor, and revoke the access cleanly.

Technical breakdown

How privilege escalation paths emerge in IAM estates

Privilege escalation paths form when permissions, inheritance, trust relationships, or misconfigurations let an identity move from a lower-value account to a higher-value role. The article points to both vertical escalation, where access increases in level, and horizontal escalation, where access at a similar level becomes a springboard into more sensitive systems. In practice, the risk is not just one overprivileged account but the sequence connecting accounts, applications, and infrastructure. That sequence often stays hidden until someone maps it end to end.

Practical implication: identify the account-to-account and domain-to-domain routes that can turn ordinary access into administrative reach.

Why shadow admins are harder to see than ordinary privileged users

Shadow admins are administrative identities or account relationships that exist outside the expected administration model. They may have been created through delegated rights, local configuration, third-party management, or historical exceptions, then forgotten. Because they can still perform administrative actions, they often look legitimate to tooling that only checks whether an account works, not whether it should still exist. That makes them especially problematic in hybrid estates where ownership and oversight are fragmented.

Practical implication: verify who can actually administer critical objects, not just who appears in the privileged access catalogue.

Why real-time identity threat detection changes the control model

Identity threat detection and response shifts the problem from periodic review to continuous observation and response. That matters because privilege escalation and shadow admin activity often unfold faster than recertification or manual audit cycles can catch them. Real-time mapping exposes route changes, unusual privilege use, and hidden access patterns that would otherwise sit inside logs without context. In IAM terms, detection becomes part of governance rather than a separate security layer.

Practical implication: pair privileged access management with continuous route monitoring so privilege drift is visible before it becomes operationally entrenched.

Threat narrative

Attacker objective: The objective is to convert ordinary access into administrative control over critical systems and data.

1. Entry begins when an attacker or insider starts from a low-privilege account, a leaked credential, or an account with inherited access that looks ordinary on the surface.
2. Escalation occurs when misconfigurations, excessive permissions, or hidden trust relationships let that identity move into a higher-privilege role or a shadow admin path.
3. Impact follows when the elevated identity can read sensitive data, alter accounts, or change system settings without immediate detection.

Breaches seen in the wild

• Sourcegraph breach 2023: A site-admin token left in a Sourcegraph commit for 47 days let an attacker become admin and offer free access to its APIs and LLM via a proxy.

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

Privilege path visibility is now the control boundary, not a reporting nicety. The article describes a world where escalation risk sits in the connections between accounts, not just in the accounts themselves. That means governance built only on entitlements will miss how access becomes dangerous. The practical conclusion is that identity programmes must treat routes, not only roles, as first-class security objects.

Shadow admins represent governance debt, not just misconfiguration. An unauthorised administrator is evidence that the organisation has lost track of who can act with authority over critical objects. This is especially acute in hybrid environments where local, delegated, and inherited access can survive long after their business justification fades. The practitioner takeaway is that administrative accountability must be continuously re-established, not assumed.

ITDR is becoming the operational layer that connects IAM and response. The article correctly frames mapping and response as a single control loop because escalation paths only matter if they can be acted on quickly. When privileged routes are hidden, the issue is not just lack of visibility but lack of usable context for decision-making. Security teams should treat detection of privilege route changes as an operational trigger, not as a passive alert.

Unauthorised privilege reuse is the named concept this article exposes. Accounts, roles, and administrative paths are being reused beyond their intended ownership boundaries, which is why shadow admins and escalation chains are so difficult to govern. That pattern cuts across human accounts, service accounts, and cloud infrastructure, so the implication is that lifecycle control must extend to every identity type with administrative reach.

Access review processes are weakest when privilege is indirect. The article shows that a recertification process can approve visible accounts while the real risk sits in connected paths and hidden administrators. That is a structural blind spot, not a tuning problem. Practitioners should conclude that review programmes must be informed by privilege path analysis, or they will certify the wrong reality.

From our research library:

• 83% of privilege escalation incidents involved no CVE exploitation, according to Verizon's 2026 Data Breach Investigations Report.

What this signals

Privilege path analysis is becoming a prerequisite for credible identity governance. Traditional entitlement reviews answer who has access now, but they do not reliably expose how access can expand. Once routes between accounts and systems are hidden, the governance model starts certifying a simplified version of reality rather than the one attackers use.

Shadow admin discovery should be treated as an operational hygiene signal, not an exception hunt. If hidden administrators only appear during incident response, the organisation is already behind. The stronger pattern is continuous reconciliation between who can administer critical objects and who is supposed to hold that authority.

Privilege path visibility belongs alongside PAM and ITDR, not after them. PAM can restrict standing access, but it does not by itself reveal indirect escalation routes. ITDR becomes valuable when it turns those hidden relationships into observable events that identity teams can act on before misuse spreads.

For practitioners

• Map privilege escalation routes across domains Build route maps that show how low-privilege identities, inherited rights, and delegated permissions can converge on sensitive systems.
• Inventory shadow administrator access Compare administrative object ownership against effective permissions in Active Directory, cloud, and application layers to uncover hidden admins and orphaned rights.
• Monitor unusual privilege transitions in real time Alert on changes that create new escalation paths, especially when a non-administrative identity gains access to policy changes, account control, or key infrastructure.
• Tighten lifecycle controls for privileged identities Apply joiner-mover-leaver discipline, periodic revalidation, and removal of unused administrative rights across human and non-human identities.

Key takeaways

• Privilege escalation paths matter because the dangerous part is often the route between accounts, not the privileged account itself.
• Shadow admins are high-risk because they combine administrative reach with weak ownership and limited visibility.
• The control gap is visibility plus response speed: teams need to map escalation routes and detect hidden privilege changes before they harden into normal operations.

Key terms

• Privilege Escalation: An attack technique where a compromised identity, often an NHI with initially limited permissions, exploits vulnerabilities or misconfigurations to gain elevated access rights, typically leading to broader compromise.
• Shadow admin: A shadow admin is an account or role with elevated privileges that exists outside normal governance, monitoring, or approval workflows. These accounts often appear through cloud sprawl, delegated access, or temporary exceptions, and they create hidden pathways for misuse, accidental overreach, or compromise.
• Identity Threat Detection and Response: Identity threat detection and response is the practice of finding misuse of credentials, unusual access patterns, and compromised identities across human and machine actors. For NHIs, it relies on telemetry from code, vaults, cloud services, and pipelines to detect abuse early enough to contain it.
• Effective Privilege: Effective privilege is the real access an entity can exercise after inheritance, delegation, token scope, and connected-system trust are applied. It is often broader than the permissions shown in an identity repository, which is why runtime validation matters.

Deepen your knowledge

NHI governance, agentic AI identity, and machine identity lifecycle are core topics in our NHI Foundation Level course, the industry's only accredited NHI security programme. If you are responsible for identity security strategy or NHI governance in your organisation, it is worth exploring.