Operations | Monitoring | ITSM | DevOps | Cloud

Remember the small rectangular devices that could receive short messages? Some may think of it as an outdated device that people have long forgotten about, while others still use it to this day. Pagers, although becoming less and less relevant, are still used by many large hospitals that deem them an essential tool for their day-to-day critical communication. But in 2026, are there pager replacements in the market?

Every minute counts when production systems go down. Yet the average enterprise NOC team receives over 1,000 alerts per day, according to a 2025 study by OpsRamp. Of those, fewer than 5% require human intervention. The rest? They are noise — redundant, low-priority, or symptomatic signals that bury the genuine incidents demanding immediate attention.

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.

Alert fatigue usually isn’t caused by one thing. It’s the accumulation of thresholds that are slightly too sensitive, alerts that fire during known maintenance windows, and historical patterns that nobody has the tools to review easily. Fixing it requires better visibility into how alerts actually behave over time, and a way to test changes before they hit production. We’ve shipped three improvements to alerting in Netdata that address different parts of this problem.

IncidentHub tracked 48000 SaaS and Cloud outages in 2025. The average organization depends on 100+ SaaS apps, making third-party vendor monitoring a crucial aspect of risk management and business continuity for almost all modern organizations. Better SaaS outage alerting is about monitoring the right parts of your third-party services, and routing alerts to the right people at the right time.

When incidents happen, they rarely stay contained. Customers, partners, and internal stakeholders are often affected – but too often, they’re informed late or not at all. In critical situations, that lack of communication can quickly turn into real business risk. With our latest SIGNL4 release, we’re changing that.

Yet status pages are not enough for modern incident communication. In incident response, the conversation has traditionally centered on speed and resolution – how quickly teams can detect, escalate, and fix issues. But in practice, incidents don’t exist in a vacuum. They ripple outward, affecting customers, executives, partners, compliance teams, and even public perception. That broader circle – the stakeholders – is often underserved by conventional tooling.

Alerts are meant to help teams respond quickly to problems, but too often they arrive without enough context to be immediately useful. An alert that says “CPU usage is high” still leaves the on-call engineer asking critical follow-up questions: Which service? Which environment? Where do I look next? Validating the alert and triaging the situation is the first step for every engineer. It's a manual step that takes time, extending every potential incident.