Microsoft Intune Endpoint Privilege Management (EPM) for Small Businesses in Berlin

One of the highest-impact security improvements any small business can make is removing local administrator rights from standard user accounts. When users run as local admins, any malware they execute — by opening a malicious attachment, clicking a phishing link, or visiting a compromised website — inherits those admin privileges and can install software, modify system files, and persist across reboots. Microsoft Intune Endpoint Privilege Management (EPM) lets you remove persistent local admin rights without asking users to submit IT tickets every time they need to install an update or run a legacy application.

The Problem with Local Admin Rights

In most small businesses, users are local administrators on their laptops because it was simpler to set up that way, or because a specific application required admin rights when it was first deployed years ago. The result is that the entire device — all its files, registry keys, services, and installed software — can be modified by anything running in the user’s session, including ransomware, credential stealers, and remote access trojans.

Removing local admin rights is consistently ranked among the most effective mitigations in frameworks like ASD Essential Eight and NIST CSF. But the practical barrier is the disruption it causes: users who routinely install software updates, run IT diagnostic tools, or use legacy applications that incorrectly require admin rights find their productivity blocked every time they encounter an elevation request.

How EPM Works

Endpoint Privilege Management solves this by separating the concept of “trusted application that needs elevation” from “trusted user who should have permanent admin rights.” EPM policies, deployed through Intune, define specific executables — identified by file hash, publisher certificate, or file path — that are permitted to run with elevated privileges even when the user is a standard account. When the user launches that application, Windows temporarily elevates just that process without giving the user a persistent admin token.

EPM operates through two elevation models. In automatic elevation, approved applications run with elevation transparently — the user sees no prompt. This is appropriate for IT-managed tools like software agents, endpoint management utilities, and scheduled maintenance tasks that need elevation as part of their normal operation. In user-confirmed elevation, the user is shown a prompt explaining that the application will run with elevated privileges and asking them to confirm. This model is appropriate for applications where you want user awareness that an elevation is occurring — installing a printer driver, running a setup wizard — without blocking the task entirely.

Support-Approved Elevation

EPM also supports a support-approved elevation workflow, where users can request elevation for an application that isn’t in the approved policy. The request is sent to an IT administrator for approval through Intune, and the approval is time-limited — typically valid for a single session or a 24-hour window. This gives you a controlled mechanism for handling the occasional legitimate elevation request without granting permanent admin rights.

All elevation events — automatic, user-confirmed, and support-approved — are logged in Intune with full context: which executable was elevated, by which user, on which device, at what time, and whether the elevation was automatic or required user confirmation. This audit trail supports security incident investigations and compliance reporting under frameworks that require evidence of privileged access controls.

Building the Elevation Policy

Before deploying EPM, you need to understand what applications in your environment currently require elevation. The Windows “Elevation Required” process audit — which logs all processes that requested UAC elevation — gives you this data. Intune’s EPM reporting also includes an “unmanaged elevation” view that shows you elevation requests on devices where EPM is deployed but no policy covers the specific executable. This data-driven approach lets you build an accurate elevation policy before removing admin rights, rather than discovering exceptions reactively after users are blocked.

Common elevation requirements in small business environments include: Windows Updates for drivers and firmware (handled automatically by Windows Update for Business), software installation wizards for IT-managed applications (better addressed by Intune app deployment), and legacy line-of-business applications that incorrectly write to HKEY_LOCAL_MACHINE or C:\Program Files. The last category often benefits from application packaging — repackaging the legacy app to install per-user rather than per-machine, eliminating the elevation requirement entirely.

EPM and Microsoft Defender for Endpoint

EPM integrates with Microsoft Defender for Endpoint’s attack surface reduction rules. When an elevated process is launched through EPM, MDE’s attack surface reduction rules still apply to that process — an elevated process cannot disable Windows Defender, cannot inject into other processes, and cannot access credential stores even with the temporarily elevated token. This defence-in-depth approach means that even if an attacker tricks a user into initiating an EPM elevation for a legitimate-looking application, MDE’s behavioural detections continue to monitor that process for malicious activity.

Licensing and Deployment

Endpoint Privilege Management is included in Microsoft Intune Plan 2 and Microsoft Intune Suite add-ons. It is not included in base Intune (Plan 1) or Microsoft 365 Business Premium out of the box. For small businesses that already use Microsoft 365 Business Premium or Microsoft 365 E3, adding the Intune Suite licence — currently priced at approximately €10 per user per month — unlocks EPM along with several other advanced Intune capabilities including Remote Help, Tunnel for MAM, and Advanced Endpoint Analytics.

Deployment follows a standard Intune policy rollout: create an EPM policy in the Intune admin center, assign it to a pilot group of devices, validate the elevation rules against your application inventory, then expand to all managed devices. The EPM agent is part of the standard Intune management extension and requires no separate installation. User communications should explain the change clearly — most users accept the transition positively once they understand that specific applications they rely on are already approved for elevation and will continue to work without change.

For Berlin SMBs pursuing security certifications, compliance frameworks, or cyber insurance policies that require evidence of least-privilege enforcement, EPM provides a direct, auditable control — with reports showing which users were elevated, for which applications, and for how long — that satisfies the technical requirements without creating the IT support burden that historically made least-privilege enforcement impractical for small teams.