The 'Steam Age' of IT Ops: Why Splitting Your RMM and Monitoring is a Strategic Mistake

I recently read a satirical piece in The Register about the US Navy reverting its aircraft carriers to steam catapults because the new electromagnetic systems were too troublesome. While the article is offbeat, it hit a nerve. In the IT world, we see this exact phenomenon when complex, fragmented toolchains fail us. When the monitoring platform doesn't talk to the RMM, and the helpdesk is isolated from both, IT operations effectively revert to the 'steam age.' You stop being proactive and start being reactive—manual, slow, and cumbersome.

For many IT managers and MSPs, this regression isn't a choice; it's a daily reality caused by tool sprawl.

The Problem: The 'Tab-Switching' Tax

Modern IT environments are complex. You have Windows Servers, Linux endpoints, firewalls, and cloud workloads. To manage this, most organizations buy a 'best-of-breed' stack: a tool for monitoring (like SolarWinds or Zabbix), a separate RMM (like Datto or NinjaOne), and a distinct helpdesk (like Zendesk or Jira).

On paper, this looks like a robust strategy. In practice, it creates a fragmented nightmare:

• The Alert Black Hole: Your monitoring tool flags that the Spooler service is down on a critical print server. It generates an alert. But that alert doesn't live in your RMM, where you can fix it. It doesn't automatically open a ticket in your helpdesk.
• Context Switching Latency: A technician receives a page. They log into the monitoring console to confirm the issue. Then they open the RMM console to remote into the machine. Then they open the helpdesk to log the ticket. This 'tab-switching tax' adds 5 to 15 minutes of pure waste to every incident.
• Siloed Remediation: You might have a great script in your RMM to restart the Spooler service, but your monitoring tool can't trigger it. You have to manually execute it. If the monitoring tool relies on an API integration that is flaky (like the Navy's electromagnetic catapults), the automation fails, and you are back to manual intervention.

The real cost isn't just the software licenses; it's the technician burnout and the extended downtime. When a simple service restart takes 40 minutes because of tool friction, your business is bleeding productivity.

How AlertMonitor Solves This: Unified RMM and Monitoring

At AlertMonitor, we don't believe you should need a manual transmission to drive an automatic car. We built our platform to unite infrastructure monitoring and RMM (Remote Monitoring and Management) in a single pane of glass.

Here is how the AlertMonitor workflow changes the game:

1. Integrated Timeline: When an alert triggers—say, high CPU on a Windows Server—the alert context and the device's RMM controls are side-by-side. You don't need to switch screens.
2. Direct Remediation: You can run a script, push a patch, or initiate a remote session directly from the alert card. There is no 'export to RMM' step.
3. Feedback Loop: The results of your script execution are logged automatically into the incident timeline. If the script fixes the issue, the alert clears, and the ticket resolves automatically. If it fails, the data is right there for escalation.

This isn't just about convenience; it's about speed. Moving from a 40-minute response cycle to a 90-second resolution cycle is achievable when you eliminate the architectural gaps between monitoring and management.

Practical Steps: Automating Remediation in AlertMonitor

To stop living in the 'steam age' of manual IT fixes, you need to embed remediation scripts into your alerting logic. Here is how you can set up a self-healing workflow for a common issue: a stopped Windows service.

1. Create the Remediation Script

In AlertMonitor, navigate to the Script Library. Create a new PowerShell script called Restart-CriticalService. This script checks if the service is stopped and attempts to start it.

param(
    [Parameter(Mandatory=$true)]
    [string]$ServiceName
)

$service = Get-Service -Name $ServiceName -ErrorAction SilentlyContinue

if (-not $service) {
    Write-Error "Service $ServiceName not found."
    exit 1
}

if ($service.Status -ne 'Running') {
    try {
        Start-Service -Name $ServiceName -ErrorAction Stop
        Write-Output "Successfully started $ServiceName."
    } catch {
        Write-Error "Failed to start $ServiceName: $_"
        exit 1
    }
} else {
    Write-Output "$ServiceName is already running."
}

2. Link the Script to a Monitor

Create a new Service Monitor in AlertMonitor targeting your endpoints. Set the condition to alert if Status != Running.

In the Alert Actions section for this monitor, select Run Script and choose Restart-CriticalService. Pass the parameter $ServiceName as Spooler (or whatever service you are monitoring).

3. Verify the Workflow

When the Spooler service stops on a user's workstation:

1. AlertMonitor detects the state change.
2. The platform immediately executes the Restart-CriticalService script locally on that endpoint via the RMM agent.
3. The service restarts.
4. The alert auto-resolves.

The user likely never notices the blip, and your technician never gets paged. You have moved from 'steam' (manual repair) to 'electromagnetic' (instant, automated remediation).

Linux Equivalent

For your Linux admins, the same principle applies using Bash:

#!/bin/bash

SERVICE_NAME="$1"

if ! systemctl is-active --quiet "$SERVICE_NAME"; then echo "$SERVICE_NAME is not running. Attempting restart..." systemctl restart "$SERVICE_NAME" if systemctl is-active --quiet "$SERVICE_NAME"; then echo "$SERVICE_NAME restarted successfully." else echo "Failed to restart $SERVICE_NAME." exit 1 fi else echo "$SERVICE_NAME is already running." fi

Don't let tool sprawl force your IT team back into the 'steam age' of manual operations. By unifying your monitoring and RMM, you restore visibility, speed, and sanity to your operations.

Related Resources

AlertMonitor RMM & Remote Management AlertMonitor Platform Overview Book a Demo RMM & Remote Management Resources