Operations | Monitoring | ITSM | DevOps | Cloud

The incident is over. The service is back up. The monitoring dashboard is green, the on-call engineer has stood down, and the post-incident review is on the calendar for Thursday. But there is a question that separates good operations teams from great ones: do you actually know what that incident cost you in terms of reliability commitments? Whether you breached an SLO. Whether a customer-facing SLA is now at risk.

Why enterprise operations teams stop chasing incidents and start preventing them Most enterprise operations teams are faster than they were three years ago. Alert routing is automated. On-call schedules are managed through platforms rather than spreadsheets. MTTR has come down as tooling has improved. On the metrics that measure reactive performance, progress is visible. What has not meaningfully changed is the rate at which the same incidents recur.

A complete guide to modern incident management and how it’s transforming into a strategic business function. Kamalesh Srikanth , Product Strategy Leader at AlertOps If you’ve worked in IT, infrastructure, or operations for any length of time, you’ve lived through the chaos of a critical incident. Systems down, alerts blaring, Slack pinging, emails piling up and somewhere in that noise, your team is trying to figure out what actually broke and how to fix it fast.

Here’s a scenario most IT teams know too well: a single error message lights up the monitoring dashboard at 2 a.m. Within seconds, calls are coming in from customers. Within minutes, the revenue meter is running. If your team is still figuring out who owns the incident while that meter ticks, you’ve already lost precious time. According to 2024 EMA Research, unplanned IT downtime now costs organizations an average of $14,056 per minute, rising to $23,750 per minute for large enterprises.

Global DevOps standards prioritize speed and steady delivery. From an operational standpoint, long resolution times mean teams spend more time reacting to problems instead of focusing on preventative work and innovation. Consequently, operational costs go up, since resolving incidents often requires pulling in resources across teams for collaborative troubleshooting. Over time, this misalignment of resources can disrupt the product roadmap and slow down the release of updates.

IT environments look very different from what they were a few years ago. Applications now run across hybrid clouds, systems update constantly, and users expect services to be available at all times. Despite this shift, many IT teams still depend on manual workflows and disconnected tools that slow down response and make it difficult to maintain reliable operations. Modern IT operations require more than basic monitoring or traditional ticketing systems.

Many IT teams rely on monitoring tools that reveal what is happening but do little to guide next steps. Dashboards show spikes, alerts fire nonstop, and yet issues still take too long to resolve. Traditional monitoring focuses on visibility, but visibility alone no longer matches the speed or complexity of modern digital operations.

In modern IT environments, monitoring tools are designed to keep businesses safe, reliable, and always on. Yet the flood of alerts generated by these systems often creates more harm than help. IT teams are inundated with constant notifications, many of which are duplicates, low-priority issues, or false positives. Over time, this leads to alert fatigue, a state where staff become desensitized and critical incidents slip through the cracks.

Being on-call is one of the toughest responsibilities in IT. Engineers must be ready to respond at any hour, often balancing the stress of urgent incidents with everyday operations. But nothing drains energy faster than duplicate alerts. When one problem triggers dozens of notifications across different devices or monitoring tools, on-call teams spend valuable time sifting through noise instead of resolving the real issue.

Cisco Meraki is built to simplify cloud-managed networking, but for many IT admins, its alerts can quickly become overwhelming. From false positives to duplicate notifications, these Meraki alert issues drain time and distract from real problems. The good news is that most of these challenges are preventable with the right Meraki troubleshooting and the addition of smart incident management. Let’s explore five of the most common Meraki alert problems and how to fix them.