Endpoint Privilege Management is the control that finally retires standing local admin without breaking the people who occasionally need it. It does that by treating elevation as a per-task, policy-governed, logged decision rather than a permanent grant, and that reframing is why I put it first among everything the Intune Suite now includes.
Every security framework in circulation asks you to remove standing administrative rights from ordinary users, and almost no estate manages it. The reason is never that the objective is wrong. It is that removing admin rights breaks the small, legitimate set of things people occasionally have to do, and the helpdesk cost of the fallout is worse than the risk it was meant to close. Endpoint Privilege Management exists to break that deadlock, and now that it arrives in Microsoft 365 E5 it is available to a great many organizations that had written the problem off as unsolvable.
The problem it actually solves
Standing local admin is the largest unresolved risk on most managed fleets, and it is unresolved because the two obvious answers are both bad. Leave users as administrators and you accept that every piece of malware runs with the user’s full rights, that lateral movement is trivial, and that the endpoint is one phishing click away from being fully owned. Take admin away cleanly and you inherit a stream of tickets every time someone needs to install a printer driver, update a line-of-business tool that self-updates from user space, or run a legitimate utility that insists on elevation. Most organizations quietly choose the first failure because the second one is visible and constant, and so admin rights persist for years past the point anyone would defend them.
Endpoint Privilege Management refuses the choice. Users run as standard, and specific tasks elevate by policy. The standing grant goes away, the legitimate work still happens, and the difference between those two outcomes is where all the value sits.
How it works, and why that matters
The mechanism is more careful than “run this as admin,” and the care is the point. When an approved application elevates, Endpoint Privilege Management runs that specific process with the rights it needs, most often under an isolated virtual account rather than by handing the user administrative membership. The user stays a standard user. Nothing is added to the local Administrators group. Only the one process that satisfied a rule is elevated, and it is elevated for that run, not granted a standing right it can reuse or that malware can inherit.
That distinction is the whole architecture. Making someone a local admin grants a durable, ambient capability that applies to everything they and every process they launch will ever do. Elevating a process through Endpoint Privilege Management grants a scoped, momentary capability to one known piece of software and records that it happened. It is the difference between giving someone the master key to the building and opening one specific door for them, once, on request, with the event written down. This is also why it sits so cleanly inside a Zero Trust posture: there is no standing privilege to assume, inherit, or abuse.
It elevates the task, not the person, and it writes down that it did.
The elevation types are a spectrum of control
Where Endpoint Privilege Management earns its keep as a design tool is that elevation is not a single behavior. It is a spectrum, and you place each application on it according to how much trust the task deserves and how much friction you are willing to impose. At the permissive end, automatic elevation runs a known, trusted application elevated with no user interaction at all, which suits the internal tool you have vetted and want to disappear from the support queue entirely. In the middle, user-confirmed elevation requires the person to deliberately choose to run with elevated access, and you can demand a business justification, a Windows authentication, or both before it proceeds, which turns a silent risk into a recorded, intentional act. At the controlled end, support-approved elevation holds the request until an administrator approves it, after which the user gets a bounded window to proceed, which is the right posture for powerful or rarely-needed tasks you are not willing to pre-authorize.
Two more behaviors round out the model and are worth knowing exist. A deny rule explicitly prevents a file from elevating at all, which lets you carve exceptions out of a broader allow. And an elevate-as-current-user option runs the process under the signed-in account rather than the isolated virtual account, for the applications that genuinely need the user’s own profile and context to work. You also decide how child processes behave, whether they must satisfy their own rule, are denied elevation wholesale, or inherit the parent’s elevated context, and that setting matters more than it looks, because a permissive child-process choice can quietly undo the discipline of the rule that spawned it.
Reporting is the migration path, not an afterthought
The part that makes an Endpoint Privilege Management rollout tractable is that it tells you what your users are actually elevating before you have written a single rule. Its reporting distinguishes managed elevations, the ones your policies granted, from unmanaged ones, the elevations that happened because the user still held admin rights the old way. That distinction is the readiness map for taking admin away. You watch what people elevate, you see which applications and publishers account for the bulk of it, and you author rules for the legitimate majority before you remove the standing rights that were quietly covering everything. Done in that order, the migration to standard users is a measured sequence rather than a leap, and the dashboard that shows you frequently elevated, approved, and denied applications is the instrument you steer by. Treating the reporting as the plan, rather than as something you glance at after enforcing, is the difference between a smooth cutover and a wave of tickets.
Where it runs, and where it does not
Be honest with yourself about scope before you plan around it, because Endpoint Privilege Management is a Windows control and only a Windows control. It covers current Windows 11 and the last servicing Windows 10 builds on 64-bit hardware, including Arm64, on devices that are Entra joined or Entra hybrid joined and managed by Intune or co-managed with Configuration Manager. It extends to single-session Azure Virtual Desktop and to Windows 365 Cloud PCs, which matters if your privileged work has moved into hosted desktops. It does not cover multi-session Azure Virtual Desktop, and it does not cover macOS at all. If your least-privilege problem lives on the Mac, this is not the tool that solves it, and you should not let the Suite’s licensing tempt you into assuming otherwise. Knowing the boundary keeps Endpoint Privilege Management framed as what it is, the answer to standing admin on Windows endpoints, rather than a general privilege-management platform it does not claim to be.
How it is licensed
Endpoint Privilege Management is an advanced capability that sits on top of base Intune. Since the July 2026 change it is included in Microsoft 365 E5, which is the route that put it in reach of so many tenants that had never bought it deliberately, and it remains available through the Intune Suite bundle or as a standalone add-on for estates that are not on E5. The same carve-out I raised in the Suite overview applies here without exception: this rides on Microsoft 365 E5, not on Enterprise Mobility and Security E5, so confirm which one you actually hold before you build a standard-user program on the assumption that you own it. I cover the full licensing picture in the anchor for this phase and in the licensing article, and the short version is that a large number of organizations already have Endpoint Privilege Management and have not turned it on.
Of everything the Suite now includes, this is the capability I would adopt first, because standing local admin is the single largest gap it can close and because Endpoint Privilege Management closes it without the operational pain that has protected that gap for years. It is also, precisely because it changes who can do what on every managed device, a control that demands designed elevation rules and a clear owner rather than a hurried rollout. Adopt it deliberately, lead with the reporting, and take admin away in the order the data tells you to. That is how a problem every framework has flagged and almost no estate has fixed finally becomes one you have actually closed.
This article now has a three-part implementation companion: [12.2.1] Implementing EPM, [12.2.2] Piloting EPM: Building Rules From Requests, and [12.2.3] Rolling Out and Operating EPM.
Intune Deployment Guide · Phase 12: The Intune Suite
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