ITDR keys for detecting privilege escalation paths and shadow admins

At a glance

What this is: This is an IAM-focused analysis of how ITDR helps surface privilege escalation paths and shadow admins by mapping access in real time and exposing hidden administrative relationships.

Why it matters: It matters because identity teams cannot govern what they cannot see, and hidden privilege paths undermine NHI, human, and third-party access controls alike.

By the numbers:

• Lack of credential rotation is cited as the top cause of NHI-related attacks by 45% of organisations, followed by inadequate monitoring and logging (37%) and over-privileged accounts (37%).

👉 Read Soffid's analysis of privilege escalation paths and shadow admins

Context

Privilege escalation is the point where an identity with limited access gains more authority than it should have, either vertically into higher privilege or horizontally into adjacent accounts and systems. In IAM programmes, the problem is not only the elevation event itself, but the hidden permission chains, inherited roles, and unmanaged administrative accounts that make escalation possible in the first place.

Soffid's article focuses on ITDR as a visibility layer for those hidden paths, especially where privileged accounts, service accounts, and shadow administrators blur the boundary between legitimate access and dangerous reach. That is a familiar governance problem: the account exists, the access is active, and the organisation discovers the risk only after the path has already been used or abused.

Key questions

Q: What breaks when privilege escalation paths are not visible in IAM programmes?

A: When privilege paths are invisible, teams certify accounts instead of relationships, which leaves indirect access routes untouched. Attackers exploit those routes to move from low-value identities to sensitive systems without triggering ordinary account-level reviews. The result is a governance blind spot, not just a monitoring gap.

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 tell whether ITDR is actually reducing escalation risk?

A: ITDR is working when it changes decisions, not when it only produces alerts. Look for fewer standing elevated accounts, faster removal of unnecessary admin rights, and PAM actions triggered by risky path discovery. If the visibility never reaches enforcement, the programme remains descriptive rather than protective.

Q: Who should own hidden administrative access when shadow admins are discovered?

A: Ownership should sit with the team that can explain why the access exists and revoke it if needed, usually the system owner with identity governance oversight. If no owner can justify the privilege, the account should be treated as ungoverned access until proven otherwise.

Technical breakdown

Privilege escalation paths in IAM

Privilege paths are the sequence of permissions, group memberships, ACLs, application entitlements, and trust relationships that let an identity move from one level of access to another. They are not always direct. In many environments, the escalation route emerges from an inherited role, a misconfigured group, or a low-privilege account that can act through a higher-trust system. ITDR tools make these paths visible by correlating identity data with access relationships across cloud and on-premise environments.

Practical implication: map the paths, not just the accounts, when prioritising privilege reviews.

Shadow admins and hidden administrative access

Shadow admins are identities with administrative capability that sits outside the normal governance model, often because they were created informally, inherited from an old process, or embedded in a third-party or technical workflow. They can perform high-risk actions without appearing in standard admin inventories, which makes them harder to audit than obvious privileged accounts. The security issue is not merely excess privilege, but privilege that escapes routine ownership and review.

Practical implication: reconcile administrative rights against ownership, not just directory group membership.

ITDR, PAM, and zero trust for privileged identities

ITDR is most effective when it feeds PAM and zero-trust decisions with live identity telemetry. PAM reduces standing privilege, while zero trust assumes access must be continuously verified rather than trusted because an account is internal. For privileged identities, that means monitoring for unusual route changes, inactive but still-authorised accounts, and access patterns that suggest escalation paths are being assembled in real time.

Practical implication: connect ITDR alerts to PAM controls so standing privilege can be constrained when risky routes appear.

Threat narrative

Attacker objective: The attacker aims to convert ordinary identity access into durable administrative control over critical systems and data.

1. Entry occurs when attackers obtain stolen or leaked credentials and begin from a low-privilege identity that still has enough access to explore internal relationships.
2. Escalation follows when misconfigurations, over-privileged accounts, or hidden trust paths let that identity gain higher system privileges or move horizontally into more sensitive roles.
3. Impact arrives when the attacker reaches critical assets, performs unauthorised administrative actions, or creates persistent hidden access through shadow admin rights.

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

Privilege escalation paths are a governance graph problem, not just an access problem. The article correctly centres visibility because the real risk sits in how permissions connect, not in any single account standing alone. In practice, IAM teams fail when they review identities one by one and miss the relationship structure that allows low-trust access to reach critical systems. Practitioner conclusion: govern the path, not only the principal.

Shadow admins are the clearest example of administrative access without accountability. These identities can exist inside the environment while remaining outside the normal ownership and review cycle. That is not simply poor hygiene, it is a control failure in the administrative registry itself. Practitioner conclusion: if you cannot assign a business owner and lifecycle state to an admin, you do not truly control that admin.

Hidden privilege is what happens when standing access outlives the process that created it. The problem is often not malicious intent but accumulated exception handling, old group assignments, and technical accounts that were never brought back under governance. This is where NHI and human IAM overlap: both fail when privilege persists beyond its intended purpose. Practitioner conclusion: treat stale elevated access as a lifecycle defect, not an isolated alert.

ITDR becomes valuable only when it closes the loop between detection and enforcement. Mapping escalation paths is useful, but the operational gain comes when those paths trigger PAM restriction, access review, or identity quarantine before abuse continues. That makes ITDR a governance instrument, not just a monitoring layer. Practitioner conclusion: align identity telemetry with response authority, or visibility will remain informational only.

Privilege path visibility is the named control gap here: access can be present, but the organisation still cannot see the sequence that makes it dangerous. That gap matters across service accounts, employee accounts, and third-party technical identities because escalation behaviour looks similar even when the actor type differs. Practitioner conclusion: build route-level governance into identity operations, not just periodic certification.

From our research:

• 85% of organisations lack full visibility into third-party vendors connected via OAuth apps, according to The State of Non-Human Identity Security.
• Lack of credential rotation is cited as the top cause of NHI-related attacks by 45% of organisations, with inadequate monitoring and logging and over-privileged accounts each named by 37%.
• That visibility gap is why NHI Lifecycle Management Guide is the right next step for teams trying to control privilege sprawl before escalation paths are exploited.

What this signals

Privilege path visibility will increasingly become a board-level identity metric. Teams that cannot show which identities can reach which critical systems will struggle to defend their PAM and IGA posture in audits or incidents. The practical shift is toward route-based evidence, not just access lists, especially where service accounts and delegated admin rights are involved.

Hidden administrative access is a lifecycle failure as much as an access failure. If a privileged identity has no clear owner, no review cadence, and no revocation trigger, it is already outside governance even if it still functions normally. The operational signal is to connect review outcomes to the actual administrative registry and not rely on static directory views alone.

With 1.5 out of 10 organisations highly confident in securing NHIs, per The State of Non-Human Identity Security, most identity programmes still lack the visibility needed to spot hidden escalation routes before they are used. That makes path intelligence, not just account inventory, the next maturity threshold for NHI and IAM teams.

For practitioners

• Inventory privilege paths, not just privileged accounts Build an identity graph that shows how roles, groups, ACLs, and application entitlements connect accounts to sensitive systems. Prioritise accounts that can bridge domains, because those routes often matter more than the accounts with obvious administrator labels.
• Reconcile shadow admins against named ownership Require every administrative identity to have a business owner, technical owner, and lifecycle state. Remove or quarantine any account that cannot be tied to an accountable team, including inherited accounts in legacy directories and application layers.
• Tie ITDR signals to PAM enforcement When a risky path or unusual elevation pattern appears, restrict standing privilege through PAM rather than waiting for a manual review cycle. Use ITDR to drive response, not just reporting, so escalation paths are interrupted while they are active.
• Review inactive and unnecessary privilege as a path builder Focus on dormant accounts, over-privileged service identities, and stale administrator rights because these are the conditions that let escalation paths form quietly. The useful question is not whether the account is used today, but whether it can still reach something it should not.

Key takeaways

• This article shows that privilege escalation is usually built through access relationships, not a single compromised account.
• The evidence points to hidden administrative access and shadow admins as the main governance failure, because they sit outside normal ownership and review.
• The control that matters most is route visibility tied directly to PAM response, so escalation paths can be interrupted while they are still forming.

Key terms

• Privilege Escalation Path: A privilege escalation path is the sequence of identities, permissions, and trust relationships that lets an account move from limited access to higher-impact systems. In practice, the path is often hidden across groups, roles, ACLs, and inherited rights, which is why route visibility matters more than account counts alone.
• Shadow Admin: A shadow admin is an identity with administrative power that is not governed through the organisation's normal privileged access processes. The account may be real, active, and highly capable, but it sits outside ownership, review, and revocation discipline, which makes it especially risky in both human and machine identity environments.
• Identity Graph: An identity graph is a relationship map showing how users, service accounts, roles, applications, and resources connect through permissions and trust. It helps security teams see indirect access routes, hidden escalation opportunities, and dormant privilege that would be missed by simple account-level reporting.
• ITDR: Identity threat detection and response is the use of identity telemetry to spot suspicious behaviour and trigger containment actions. It becomes materially useful when it connects detection to enforcement, such as privilege restriction, account quarantine, or access review escalation, rather than producing alerts alone.

What's in the full article

Soffid's full article covers the operational detail this post intentionally leaves for the source:

• Real-time ITDR mapping methods for tracking privilege paths across cloud and on-premise systems
• Examples of shadow admin detection using logs, ACL analysis, and privileged access controls
• The way Soffid says its ITDR layer integrates with AM, PAM, PM, and IGA modules
• Operational claims about reduced administrative burden and faster response workflows

👉 The full Soffid article covers real-time mapping, shadow admin detection, and integrated ITDR response.

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 building or maturing an identity security programme, it is worth exploring.