When Intune Endpoint Privilege Management Wins, and When It Does Not

I strip local admin rights wherever I can. On most fleets I run, the users are already standard, and that is exactly the goal.

But there are always a few exceptions. One team with a niche application. One installer IT cannot repackage and push through Intune fast enough. CAD users who need to elevate for their tooling depending on the project they are on this week, then drop back down the next.

That last mile is where least privilege gets hard. You do not want to hand back full local admin for two apps and a handful of users. You want those specific tasks to elevate, and nothing else.

That is exactly the gap Microsoft Intune Endpoint Privilege Management fills. I have run it across production tenants, compared it head to head with the usual market players, and this post is the honest version of what I found.

What Intune Endpoint Privilege Management actually is

Intune Endpoint Privilege Management, or EPM, lets a standard user run a specific task with elevated rights, without being a local administrator.

You define which signed files or tasks may elevate. The elevation runs through the EPM agent, often inside an isolated virtual account, so the elevated process never touches the user profile. (but you also have the option to run it as the current user)

You get four rule behaviours: automatic, user confirmed, support approved and deny.

One thing to be clear about up front. EPM is endpoint least privilege. It is not a full Privileged Access Management platform. It does not vault credentials, rotate secrets or record privileged sessions on servers. Keep that scope in mind for the comparison below.

Why local admin rights are still the real problem

The danger is rarely the estate you already cleaned up. It is the few exceptions you left in place so one or two teams could keep working.

Those exceptions are still standing local admin. Microsoft’s own 2025 Digital Defense Report found that the large majority of ransomware attacks touched remote management tooling on endpoints. Local admin is what turns a foothold into a full compromise, and one exempt user is enough.

So the real task is not removing admin. It is closing those last exceptions without flooding the service desk. That is the whole point of an elevation solution: keep users standard, elevate the handful of tasks that genuinely need it, and log every one.

Who you are actually comparing it against

If you only compare EPM to the full PAM giants, you are comparing the wrong things. Here is the honest landscape in the endpoint least privilege category.

• CyberArk and BeyondTrust ship mature endpoint privilege products inside broader PAM platforms. Deep policy engines, years of rule tuning, and coverage well beyond Windows. CyberArk holds the largest PAM mindshare in the market.
• Delinea offers endpoint least privilege with a mid market friendly footprint, sitting next to its secret and server PAM tooling.
• Admin By Request is consistently praised for ease of deployment and a clean user experience, with cross platform coverage.
• ThreatLocker approaches elevation through its application control and ringfencing story, so it appeals to teams already running allowlisting.

None of these are bad tools. Several are excellent. The right question is not which is best in the abstract. It is which one fits the estate you already run.

Where Intune Endpoint Privilege Management is genuinely differentiated

This is where I land in favour of Intune Endpoint Privilege Management for a Microsoft first fleet, and why.

No new infrastructure, no second console. EPM rides the Intune agent and lives in the Microsoft Intune admin center you already operate. There is no separate appliance, no extra policy server, no new agent stack to patch and certify. For a lean team that matters more than any feature checkbox.

Native identity and device context. Rules target Entra ID groups. They sit beside your compliance policies, your Settings Catalog, and the rest of your endpoint posture in one place. You are not stitching another product into your identity layer.

Threat context built into the approval decision. When a support approved request lands, you can analyse the file with Security Copilot, backed by Microsoft Defender Threat Intelligence, before you approve or deny. The risk signal sits right next to the request. No other vendor wires endpoint elevation into the same threat graph as your XDR.

Sensible elevation model. Automatic for trusted tooling, user confirmed for everyday tasks, support approved for the long tail, deny for known bad. Reusable settings groups hold your signing certificates once and flow updates to every rule that references them.

It is now part of the licence you already buy. More on that below, but the short version: the budget fight is largely gone.

Where the alternatives still lead

I will not pretend EPM wins on everything. It does not.

Platform coverage. EPM is Windows only today. If you need least privilege on macOS or Linux endpoints, BeyondTrust, CyberArk and Admin By Request cover ground EPM does not.

Track record. These platforms have a decade of references. EPM is newer. For a heavily regulated buyer that history still counts for something.

Unrestricted elevation. EPM elevates by rule. You define a publisher, a certificate or a hash, or you handle the long tail through support approved. Sometimes that does not fit. A developer compiles a new binary on every build, so there is no stable hash and often no signature. They want to elevate anything on the spot, without waiting for approval. EPM does not offer that, and that is deliberate: open self elevation is exactly what least privilege is meant to stop. But it is a real gap for some teams. Admin By Request, for example, can grant a time boxed admin session where the user elevates whatever they need. For those use cases the alternatives win.

Be honest with yourself about which of these you actually need. For most Windows first estates, none of them are blockers. And for DEV enviroments you could for example run a seperate Windows 365 Cloud PC with admin rights in a none-connected Network.

How it lands for Enterprise, SMB and Government

Enterprise. If you already run the Microsoft security stack, EPM consolidates a tool you would otherwise buy and operate separately. Evaluate platform coverage and whether you also need full PAM. Where the answer is Windows least privilege, EPM is the path of least resistance.

SMB. This is the sweet spot. No appliance to stand up, no extra console to learn, and elevation reporting that a small team can actually keep on top of. The lower operational overhead matters more here than anywhere.

Government. Least privilege is increasingly a mandate, not a preference. EPM keeps the control plane inside the Microsoft cloud these tenants already run, aligns cleanly with Zero Trust, and audits every elevation. Confirm your environment and data residency requirements first, then assess.

What deployment looks like in practice

I will keep this short, because setup is not where EPM is hard. The thinking is the work, not the clicks.

One principle decides how the whole rollout feels. Aim for no admin rights as the default, never as something you take away later.

If you start a user with admin and then claw it back, they feel the loss and they complain. Start them standard and give them EPM to solve their own elevations, and they thank you instead.

The rollout is a short loop. You turn EPM on in audit mode, let the Elevation report show you what users actually run elevated, then build rules from that real data. Trusted signed tooling goes to Automatic, everyday tasks to User confirmed, and the long tail to Support approved. Only once your rules cover the common cases do you move people from local administrator to standard user.

That is the whole shape of it. You can find a great walkthrough/starter guide from Peter here: All about Microsoft Intune | Getting started with Endpoint Privilege Management

Testing and verification

First, prove the baseline. Confirm the pilot user is no longer a local administrator.

# Confirm the signed in user is a standard user, not a local admin
$me = "$env:USERDOMAIN\$env:USERNAME"
$admins = Get-LocalGroupMember -Group "Administrators" | Select-Object -ExpandProperty Name

if ($admins -contains $me) {
    Write-Output "Still a local admin. EPM cannot prove its value here yet."
} else {
    Write-Output "Standard user confirmed. Good baseline for EPM."
}

Then test an elevation end to end:

1. Right click a target file and choose Run with elevated access.
2. For a user confirmed or support approved rule, provide a business justification.
3. Confirm the task completes with elevation, then check the Elevation report under Endpoint security > Endpoint Privilege Management.
4. For a support approved request, open the request, analyse the file with Security Copilot, and approve or deny.

If the elevation shows in the report with the right file, user and justification, your loop is working.

If you also want to stop unwanted installers reaching the elevation prompt in the first place, pair EPM with application control.

The packaging change you should know about

Here is the part that changes the maths. Intune Endpoint Privilege Management is now included with Microsoft 365 E5, rather than sitting behind a separate premium add on.

The advanced Intune capabilities roll out through 2026, with the commercial list price change effective 1 July 2026. If you already pay for EPM as an add on, it folds into your E5 licence from that date.

For years the standalone cost was the reason pilots stalled. EPM ran around three US dollars per user per month on its own. The E5 inclusion absorbs that and more for a far smaller list price bump. The budget objection that killed so many evaluations is gone.

That alone is reason enough to evaluate it now, before your next renewal locks in.

If you run a Windows first fleet on Microsoft 365 E5, Intune Endpoint Privilege Management is the highest impact, lowest effort least privilege control you can turn on. No new infrastructure, native threat context, and now no extra licence. The honest caveat: if you need macOS, Linux or full PAM, keep your specialist tool and let EPM handle Windows. Start in audit mode, build from real data, then take admin rights away.