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Privileged access audit, UAE

Count your administrators. Then count the service accounts, the vendor logins and the local accounts on every server.

A privileged access audit finds every path to elevated capability, not only the ones in the directory. The list that matters includes service accounts nobody owns, vendor accounts nobody reviews, local accounts nobody has changed, and the automation credentials sitting in a script somewhere.

Book a privileged access auditSee what we look for
Privileged access audit for UAE organisations
  • Every pathNot only directory administrators
  • CIS 5, 6 and 8Accounts, access control, audit logging
  • Service accountsThe population nobody has an owner for
  • Break-glassVerified by signing in, not by reading
What we examine

Seven privileged populations, and only the first is usually counted.

Account management is control 5 in the CIS Critical Security Controls at version 8.1, access control management is control 6, and audit log management is control 8. Between them they describe what a privileged access audit is measuring. The difficulty is never the standard, it is finding every population the standard applies to.

Directory administrators, which everybody counts

Global administrators, domain administrators, and the tiers below them. This is the population organisations can produce on request, and it is usually larger than the person producing it expects once nested groups are expanded. It is also the only population most organisations review, which is why the audit rarely stops here.

Service accounts, which almost nobody owns

Accounts created for an application, a backup job, an integration or a migration, frequently with more privilege than the task required and passwords that have not changed since creation. The audit question is not how many exist, it is how many have a named owner who can say what would break if the password were rotated.

Local accounts on servers and appliances

Local administrator accounts on Windows servers, root and sudo on Linux, and the built-in accounts on network devices, storage, hypervisors, backup systems and building management. They are outside the directory, so they are outside every directory-based review, and they are frequently the same password across a whole estate.

Vendor and support access

Accounts issued to a supplier for support, a remote access tool installed for a project, and the standing credentials somebody gave an integrator years ago. This population is usually undocumented, usually still active, and represents a privilege path through an organisation whose own controls you do not manage.

Cloud and platform privilege beyond the directory

Subscription owners, resource-level role assignments, key vault access, application registrations with high consent, service principals and managed identities with more permission than their workload needs. A directory administrator list says nothing about who can delete a production resource group, and increasingly that is the more consequential question.

Standing versus elevated on demand

The audit does not only count who has privilege, it records whether they hold it permanently or activate it when needed. Permanent assignment is the norm in most organisations and is the finding that most improves the risk position when changed, because it converts a persistent target into a time-bound one.

Whether any of it is logged and looked at

Audit log management is control 8, and privileged activity is the specific case where it matters most. The questions are whether privileged sign-ins and actions are logged, whether the logs are retained long enough to investigate, and whether anybody would notice an unexpected one. The third question is the one that usually fails.

The population nobody can name an owner for

Service accounts are the largest privileged population and the least governed.

Every organisation can produce a list of administrators. Very few can produce a list of service accounts with an owner against each.

  • They are created for a purpose, given the privilege that made the task work rather than the privilege the task required, and then never revisited because revisiting them risks breaking whatever they run.
  • They frequently have passwords that have not changed since creation, precisely because nobody can say with confidence what would stop working. That is the same asymmetry that stops firewall rules being removed, applied to credentials.
  • They are also the accounts least likely to be covered by multifactor authentication, most likely to be excluded from conditional access, and most likely to appear in a script, a scheduled task or a configuration file that somebody can read.
  • The audit output that changes this is not a count. It is a list with a named owner against each account, a statement of what it does, and a rotation plan for the ones where the owner can confirm the impact. Producing that list is most of the work and all of the value.
Ask us to inventory your service accounts
How we approach it

Four things that make this more than an administrator list.

Producing a list of directory administrators takes minutes and is the least useful version of this work. The value is entirely in the populations that are harder to enumerate and easier to ignore.

We inventory service accounts and chase every owner

This is the largest privileged population in most organisations and the least governed. The output that matters is not a count, it is a list with a named owner, a stated purpose and an assessment of what rotation would break. Producing that requires talking to application teams rather than querying a directory.

We look outside the directory, where the estate actually lives

Server local accounts, Linux sudoers, network device credentials, hypervisor and storage consoles, backup systems, database logins and building management. None of these appear in a directory review, all of them confer privilege, and several of them confer more privilege than any directory role because they sit beneath it.

We test the break-glass accounts by using them

Microsoft guidance for emergency access accounts is specific: two or more, cloud-only on the onmicrosoft.com domain, phishing-resistant authentication different from normal administrative accounts, permanent active rather than eligible in Privileged Identity Management, excluded from blocking Conditional Access policies, alerted on, and validated at least every ninety days. We check by signing in rather than by reading the configuration.

We ask whether anybody would notice, not only whether it is logged

Audit log management is control 8, and privileged activity is where it matters most. Logging privileged sign-ins is common. Retaining those logs long enough to investigate is less common. Having somebody who would notice an unexpected privileged sign-in at three in the morning is rare, and it is the question that separates a control from a record.

Where this matters most

Six UAE situations where a privileged access audit changes the picture.

Privileged access is the shortest path between an attacker and everything that matters, which is why it is the population attackers target and the population organisations most consistently under-count.

A regulated firm asked to evidence privileged access control

Most regulatory frameworks expect privileged access to be restricted, justified, monitored and periodically reviewed. Answering that with a directory administrator list covers a fraction of the privileged estate. A full audit produces the answer for every population, which is what the question actually asks even when it does not say so.

A group that has grown by acquisition

Each acquisition brings its own directory, its own service accounts, its own vendor relationships and its own local account conventions. Integration typically adds cross-domain trust or synchronisation without anybody auditing what privilege that grants. The combined privileged picture is almost never assembled unless somebody deliberately does it.

An organisation with heavy supplier and integrator involvement

Vendor accounts, support access and remote access tools installed for projects accumulate steadily and are removed rarely. Each represents privilege in your environment held by an organisation whose own controls you do not manage, which makes it both a security question and a third-party risk question at the same time.

An operator with technology outside the IT estate

Building management, access control, plant systems and facilities technology are networked, privileged over things that matter physically, and almost never in scope for an identity review. They frequently run default credentials because nobody in IT considers them their responsibility and nobody in facilities considers them a security asset.

An organisation that has just had an identity incident

After a compromise, the immediate question is what that account could reach. The broader question is what else has similar reach, and answering it requires the full privileged inventory rather than the administrator list. That work is usually commissioned after an incident and is far cheaper before one.

A business implementing just-in-time privileged access

Moving from standing to on-demand privilege requires knowing what standing privilege exists first, including the populations that cannot be moved because they are service accounts or appliance logins. The audit is the necessary predecessor, and it usually reveals that the human administrators are the easy part of the problem.

Three positions

How UAE organisations understand their privileged access.

The middle column is the common one and it is genuinely better than nothing. It answers the question for the directory and leaves every other privileged path unexamined.
Directory administrators known
Full privileged access auditYes
Directory administrators reviewedYes
No privileged access reviewNo
Service accounts inventoried with owners
Full privileged access auditYes
Directory administrators reviewedNo
No privileged access reviewNo
Local and appliance accounts covered
Full privileged access auditYes
Directory administrators reviewedNo
No privileged access reviewNo
Vendor access documented
Full privileged access auditYes
Directory administrators reviewedNo
No privileged access reviewNo
Cloud resource privilege included
Full privileged access auditYes
Directory administrators reviewedRarely
No privileged access reviewNo
Standing versus on-demand recorded
Full privileged access auditYes
Directory administrators reviewedNo
No privileged access reviewNo
Credential age known
Full privileged access auditYes
Directory administrators reviewedPartly
No privileged access reviewNo
Break-glass accounts tested
Full privileged access auditYes
Directory administrators reviewedNo
No privileged access reviewNot applicable
Privileged activity monitored
Full privileged access auditYes
Directory administrators reviewedLogged only
No privileged access reviewNo
Answer to who could do the most damage
Full privileged access auditYes
Directory administrators reviewedPartial
No privileged access reviewNo
Feature
Full privileged access audit
Directory administrators reviewed
No privileged access review
Directory administrators known
YesYesNo
Service accounts inventoried with owners
YesNoNo
Local and appliance accounts covered
YesNoNo
Vendor access documented
YesNoNo
Cloud resource privilege included
YesRarelyNo
Standing versus on-demand recorded
YesNoNo
Credential age known
YesPartlyNo
Break-glass accounts tested
YesNoNot applicable
Privileged activity monitored
YesLogged onlyNo
Answer to who could do the most damage
YesPartialNo
The questions per account

Nine questions, asked of every privileged account we find.

The audit produces an answer to each of these per account. Most organisations can answer the first two comfortably and struggle from the third onwards.
QuestionWhy it matters
Who is the named owner?An account with no owner cannot be reviewed, changed or retired
What is it for?Purpose determines whether the privilege level is proportionate
Does the privilege match the purpose?Most over-privilege is historic rather than deliberate
Is it standing, or activated on demand?Standing privilege is a persistent target
How does it authenticate?Phishing-resistant, multifactor, password only, or a key in a file
When did the credential last change?And does anybody know what rotation would break
When was it last used?Unused privileged accounts are the cheapest thing to remove
Is its activity logged?Audit log management is control 8, and privilege is the case that matters
Would anyone notice unexpected use?Logging without review is storage, not detection
How an engagement runs

Five steps, and step two takes longer than everything else.

Typically three to six weeks. Enumeration is fast where systems are accessible. Attributing ownership to service accounts is what determines the timeline, because it requires people rather than queries.
  1. 1

    Enumerate every privileged path, not only the directory

    Directory roles with nested groups expanded, server local administrators, Linux root and sudoers, database logins, network device accounts, hypervisor and storage consoles, backup systems, cloud subscription and resource roles, application registrations and service principals, and any facilities or operational technology in scope.

  2. 2

    Attribute ownership, especially for service accounts

    Working with application and platform teams to put a named owner and a stated purpose against every account. This is the slowest step and the one that determines whether the audit produces a decision list or a census. Accounts that end this step with no owner are themselves a finding.

  3. 3

    Assess proportionality, standing privilege and credential hygiene

    Whether the privilege level matches the purpose, whether it is held permanently or activated on demand, how it authenticates, when the credential last changed, and when the account was last used. Unused privileged accounts are the cheapest possible remediation and consistently the largest single category.

  4. 4

    Test break-glass and check monitoring

    Signing in to each emergency access account rather than reading its configuration, and verifying the alert fires. Then whether privileged sign-ins and actions are logged, retained long enough to investigate, and reviewed by somebody who would notice an unexpected one. That last question is the one that usually fails.

  5. 5

    Deliver a prioritised remediation plan with owners

    Unused accounts removed, over-privileged accounts scoped down, standing privilege converted to on-demand where the account type allows, credentials rotated where the owner can confirm impact, and vendor access documented and time-bounded. Each item with an owner, because a privileged access report without owners produces no change.

Straight answers

What organisations ask about privileged access audits.

That is the smallest part of it and the part organisations can produce themselves. The audit covers every path to elevated capability: service accounts, server local administrators, Linux root and sudo, database logins, network and storage device accounts, hypervisor consoles, backup systems, cloud resource roles, application registrations, vendor access, and credentials embedded in scripts and configuration.

Because they are the largest privileged population, the least governed, and the least likely to be covered by multifactor authentication or conditional access. They are typically created with the privilege that made something work rather than the privilege it required, and their credentials are rarely rotated because nobody can say with confidence what would break.

That is itself a finding and it needs a default decision agreed in advance. In our experience the right default for an unowned privileged account is a controlled disable and observe, treating restoration as easy and continued existence as the risk. Making that decision before the list arrives avoids a long argument about each individual account.

Yes, and increasingly that is where the more consequential privilege sits. Subscription and resource role assignments, key vault access, application registrations with high consent, service principals and managed identities all confer capability that a directory administrator list does not describe. Somebody who can delete a production resource group is privileged regardless of their directory role.

Standing privilege means the account holds the capability permanently. On-demand means it is activated when needed, for a limited period, often with approval and always with a record. Converting standing to on-demand does not reduce what somebody can do, it reduces the window in which a compromise of that account is useful, which is a substantial improvement for modest effort.

By signing in, yes, which is the only meaningful test. Microsoft guidance is specific: two or more accounts, cloud-only on the onmicrosoft.com domain, with phishing-resistant authentication different from your normal administrative methods, permanent active rather than eligible in Privileged Identity Management, excluded from Conditional Access policies that block sign-in, alerted on, and validated at least every ninety days.

It is in scope and it is one of the more uncomfortable sections of most reports. Support accounts issued years ago, remote access tools installed for a project and never removed, and integrator credentials that outlived the integration. Each is privilege in your environment held by an organisation whose controls you do not manage, which makes it a third-party risk finding as much as a technical one.

Where agentless machine secrets scanning is available it does much of this automatically, and it is a capability included in some cloud workload protection plans. Where it is not, targeted search across scheduled tasks, deployment scripts, configuration directories and automation platforms finds the majority. Both approaches consistently produce results nobody expects.

Unused privileged accounts, in volume. Accounts created for a project, a leaver, a migration or a supplier that still exist, still hold privilege, and have not been used in a year or more. They are the cheapest possible remediation, they require no design decision, and they are present in essentially every audit we run.

An access review recertifies whether people should still have what they have, on a schedule, and typically covers what the directory governs. A privileged access audit is a point-in-time examination of every privileged path including those the directory does not govern. Most organisations need the audit once to establish the picture and the review recurring to maintain it.

Primarily account management and access control management, which are controls 5 and 6 in the CIS Critical Security Controls at version 8.1, with audit log management at control 8 covering whether privileged activity is recorded and reviewed. Where you are measured against a different framework, findings are mapped to it as well.

The audit itself is read-only and does not. The remediation can, which is why sequencing matters: unused accounts first because removal is safe, then over-privilege reduction, then credential rotation only where an owner can confirm what depends on the credential. Rotating a service account password without knowing what uses it is how a privileged access project becomes an outage.

Three to six weeks for most organisations. Enumeration moves quickly where systems are accessible. Attributing ownership to service accounts is the constraint, because it requires conversations with application and platform teams rather than queries, and those conversations are the difference between a census and a decision list.

Before, in almost every case. A privileged access management deployment scoped from an incomplete inventory protects the accounts you knew about and leaves the rest. The audit is what tells you what needs onboarding, which populations cannot be onboarded because of what they are, and therefore what the tooling will and will not solve.

Yes, because the process determines whether the position stays clean after the audit. The questions are who can grant privilege, whether an approval is required, whether the grant is recorded with a reason, and whether anything expires. Where privilege can be granted by anybody with an administrative role, without approval or record, the estate returns to its previous state within a year regardless of how much is remediated now.

That is one of the more revealing checks. Directory accounts are usually disabled promptly because the leaver process covers them. Their local accounts on servers, their entries in sudoers files, their access on network devices, their cloud role assignments and any service accounts they created in their own name frequently survive, because none of those are part of the human resources leaver process. Cross-referencing leavers against every privileged population is quick and consistently productive.

We scope by the number of platforms and environments in scope and how many entities are involved. The service account ownership work is the variable, since it depends on how much documentation exists and how many teams need to be consulted. The initial enumeration is quick and usually establishes the real size before anything is committed.
Preparing for the audit

Fifteen sources of privileged access to include in scope.

Scoping to the directory alone produces a comfortable report. These are the places privilege actually lives, and the ones after the first five are where the findings are.

The obvious ones

  • Directory administrative roles
    With nested groups expanded.
  • Server local administrators
    Outside the directory, outside most reviews.
  • Linux root and sudo
    Including sudoers entries.
  • Database administrative accounts
    Frequently separate from the directory.
  • Network device accounts
    Often shared, often unchanged.

The ones that get missed

  • Service accounts across all platforms
    The largest population.
  • Application registrations and service principals
    Consent can exceed any human role.
  • Cloud subscription and resource roles
    Not visible in a directory role list.
  • Hypervisor and storage consoles
    Privileged over everything they host.
  • Backup system accounts
    Able to read or destroy everything.

The ones nobody mentions

  • Vendor and integrator accounts
    Usually standing, usually undocumented.
  • Remote access tools installed for projects
    Frequently still running.
  • Break-glass accounts
    Verified by signing in, not by reading.
  • Building and facilities systems
    Privileged, networked, and unowned.
  • Credentials in scripts and config files
    Machine secrets scanning finds these.
Related reading

The pages around this one.

Privileged Identity Management

The Microsoft mechanism for converting standing privilege to on-demand.

Learn more

Emergency access accounts

Break-glass design, and how the accounts are validated.

Learn more

Access rights review

The recurring recertification that maintains what the audit establishes.

Learn more
Next step

Ask for a list of your service accounts with an owner against each.

That request takes a minute to make and it is the single most revealing question in this whole area. In most organisations the list either does not exist or arrives with the owner column empty, and either answer is the reason to do the audit.

Book a privileged access auditCall +971 56 613 2743

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