Newsletter · Issue 7

Your MTTR isn't a process problem.
It's a correlation problem.

Mean Time to Resolve is the metric every IT ops team tracks and every leadership team asks about. But most of the time lost during an incident isn't spent fixing the issue — it's spent figuring out what the issue actually is, across six different monitoring consoles.

IT Operations Intelligence · Issue 7 · July 2026 · 5 min read

When an incident drags on longer than it should, the instinct is to look at process. Escalation paths. On-call rotations. Runbook quality. Post-mortems that identify what could have been done faster.

These are all worth examining. But they miss the most common root cause of slow MTTR: the time spent before anyone starts fixing anything — the investigation phase, where your team is trying to work out what's actually happening by correlating alerts manually across a fragmented monitoring stack.

Fix that, and MTTR improves — without changing a single process, hiring anyone new, or rewriting a runbook.

"Most of the time lost during an incident isn't spent fixing the issue. It's spent figuring out what the issue actually is."

Where the time actually goes during an incident

Break down a typical enterprise incident and the timeline looks something like this:

Detection

Alert fires in SolarWinds — or Nagios — or both simultaneously

Manual
Triage

Analyst checks multiple consoles to understand scope and severity

Manual
Correlation

Team connects related alerts across tools to identify root cause

Manual
Ticket Creation

Incident opened in Service Desk with details gathered from multiple sources

Manual
Resolution

Team fixes the underlying issue

Engineering
Closure

Ticket closed, alerts acknowledged, NOC notified

Manual
The key insight

MTTR is dominated by time-to-understand, not time-to-fix. The fastest path to lower MTTR isn't faster engineers — it's eliminating the manual investigation that precedes every fix.

What changes when ECM handles correlation

RightITnow ECM sits above your existing monitoring stack and connects to each tool via native connectors — SolarWinds, Nagios, Zabbix, Zenoss, Dynatrace, Splunk, AWS CloudWatch, Azure Monitor, and more. Every alert from every source flows into a single correlation engine.

1

Investigation time drops to near zero.

When the same root cause fires alerts in three tools simultaneously, ECM correlates them into a single incident automatically. The analyst sees one event with full cross-system context — not three separate alerts to manually connect. The investigation phase effectively disappears.

2

Tickets open with the right information already in them.

ECM's bidirectional ITSM integration creates incidents in ServiceNow, Jira, or BMC Remedy automatically — populated with correlated alert data, affected CIs, and routing information. Analysts don't spend time gathering details to fill in a form. The ticket is already there, already complete.

3

Closure is automatic — not a manual step.

When correlated events clear across all sources, ECM closes the incident in your Service Desk automatically. No analyst needs to remember to close the ticket. No stale incidents accumulate. The loop closes itself — the moment the issue does.

90%
of alerts require no human action — yet reach the NOC queue anyway
Days
to see measurable event volume reduction after ECM deployment
6–8
monitoring tools running simultaneously in a typical enterprise NOC

What teams say after deployment

"Chronic issues that had been long masked became obvious within days, allowing us to dramatically cut down our event volume — before we'd even trained our team."

IT Operations Director — Financial Services

"Our NOC now only watches ECM. Response times improved. We unified our workflow across technology areas and reduced administrative overhead significantly."

Global Infrastructure Operations

"We deployed a central event processing console against our existing legacy systems in record time. RightITnow provided a simple, cost-effective licensing model."

Enterprise IT Operations Team

See what your MTTR looks like — with correlation.

We'll show you how ECM connects to your existing stack and what the correlated incident view looks like in practice.