Microsoft 365 Price Hikes and AI Defaults: How to Audit Your Fleet Before the Bill Arrives

If you manage IT for a mid-sized business or run an MSP, you likely saw the headlines coming out of Italy recently. Regulators are probing Microsoft over “AI-fueled” price hikes where subscribers allege they were defaulted onto more expensive plans with Copilot features attached.

For the sysadmin or MSP technician on the ground, this isn’t just a news story about corporate governance. It’s a potential nightmare scenario. You wake up to find your Office 365 budget has blown up because of an AI feature rollout you didn’t explicitly approve, or worse, you have end-users suddenly enabled with tools that violate your corporate data governance policies.

The immediate reaction is panic: Who has this enabled? Which machines are affected? How do I prove to the CFO that we didn’t authorize this upgrade?

And then comes the second wave of dread: you have to audit 500, 1,000, or 5,000 endpoints to find out.

The Problem: Tool Sprawl Makes Auditing Impossible

In a traditional IT environment, responding to a vendor-driven license change involves a chaotic shuffle between disconnected tools. You might have a monitoring system that tells you a server is down, but it can’t tell you what version of Office is installed on the CEO’s laptop.

To audit your fleet for a sudden change like this, you typically have to:

1. Log into your RMM console.
2. Export a list of endpoints.
3. Cross-reference that with your SaaS management portal or Active Directory.
4. Manually Remote Desktop (RDP) into a sampling of machines to verify the installed build or registry keys.

This process isn’t just slow—it’s prone to error. If your RMM and your monitoring data don’t talk to each other, you lack a single source of truth. You end up flying blind, relying on vendors to tell you what you’re paying for, rather than your own infrastructure telling you what is actually running.

By the time you’ve audited enough machines to file a dispute or revert changes, the billing cycle has already closed. The IT team looks unresponsive, the business loses money, and morale tanks.

How AlertMonitor Solves This: Unified RMM & Visibility

AlertMonitor is built to eliminate the friction between seeing an issue and fixing it. Because our RMM and infrastructure monitoring live in the same platform, you don’t need to export spreadsheets or switch tabs to handle a licensing audit.

When news breaks of a pricing change or a feature rollout you need to investigate, here is how the workflow changes in AlertMonitor:

1. Select Your Scope: Create a dynamic device group in AlertMonitor targeting “All Windows Workstations.”
2. Remote Execution: Use the built-in Script Runner to execute a compliance check across that entire group simultaneously.
3. Instant Feedback: The script results feed directly back into the AlertMonitor timeline alongside your CPU and memory metrics. You see a real-time list of which machines have the upgraded feature set and which don’t.

You don’t just get a static report; you get actionable intelligence. If you find that 30% of your fleet was unexpectedly upgraded to the Copilot-enabled SKU, you can immediately trigger a remediation script or generate a ticket in the integrated Helpdesk to flag those assets for review.

Practical Steps: Auditing Your 365 Deployment

You don’t have to wait for the regulators to sort this out. You can take control of your environment today by proactively auditing your Microsoft 365 installation status.

Step 1: Identify the Build and Channel

Run the following PowerShell script across your Windows endpoints using your RMM tool. In AlertMonitor, you can push this to thousands of machines in seconds and view the aggregated output in the console.

# Audit Office 365 Version and Update Channel
$officeRegPath = "HKLM:\SOFTWARE\Microsoft\Office\ClickToRun\Configuration"
 
if (Test-Path $officeRegPath) {
    $props = Get-ItemProperty -Path $officeRegPath
    $version = $props.VersionToReport
    $channel = $props.UpdateChannel
    $platform = $props.Platform
 
    Write-Output "Status: Installed | Version: $version | Platform: $platform | Channel: $channel"
} else {
    Write-Output "Status: Office 365 Click-to-Run registry path not found."
}

Step 2: Check for Copilot Integration (Windows 11)

If you are specifically looking to see if the AI integration is enabled on the OS level (which often accompanies the license changes), you can check the relevant policy keys:

# Check if Copilot is disabled via Policy
$copilotPath = "HKLM:\SOFTWARE\Policies\Microsoft\Windows\WindowsCopilot"
$turnOffCopilotPath = "HKCU:\SOFTWARE\Policies\Microsoft\Windows\WindowsCopilot"
 
$systemPolicy = if (Test-Path $copilotPath) { (Get-ItemProperty $copilotPath).TurnOffWindowsCopilot } else { $null }
$userPolicy = if (Test-Path $turnOffCopilotPath) { (Get-ItemProperty $turnOffCopilotPath).TurnOffWindowsCopilot } else { $null }
 
if ($systemPolicy -eq 1 -or $userPolicy -eq 1) {
    Write-Output "Copilot Status: Disabled by Policy"
} else {
    Write-Output "Copilot Status: Potentially Active (Review License)"
}

Step 3: Centralize Your Data

Don’t let these script results sit in a log file. In AlertMonitor, these outputs automatically attach to the device record. If the script returns a version or status that violates your compliance standards, AlertMonitor can trigger an intelligent alert, notifying your team immediately.

Stop Reacting, Start Managing

The era of “set it and forget it” SaaS licensing is over. Vendors are aggressively pushing AI add-ons and tier changes that directly impact your bottom line. If you are relying on fragmented tools where your monitor doesn’t know what your RMM is doing, you are already behind.

By unifying your monitoring, remote management, and helpdesk, AlertMonitor gives you the speed you need to audit, remediate, and report on changes before they become budget-breaking surprises.

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