Operations | Monitoring | ITSM | DevOps | Cloud

Monitoring website that redirects to a different URL

Is it necessary to monitor a website that redirects to a different URL? Imagine a user visits a URL and is automatically redirected to a new main URL without taking any action. This process is called URL redirection. It typically occurs when a web server sends a 3xx HTTP status code and a location header with the new URL. Sometimes there is only one redirect, but in other cases, the request passes through several URLs before reaching the final page.

Troubleshooting website response time latency

Your dashboards may be telling a different story than what the customers are experiencing There's a version of a website problem that nobody talks about enough—the one where everything is technically fine. The site is up. The server is responding. No alerts have fired. And yet, somewhere out there, a user is watching a spinner rotate for the fifth second in a row, quietly losing faith in your product. This is what makes response time latency the most deceptive problem in web operations.

Troubleshooting website connection failures with website monitoring RCA

Every engineer has a story about the outage that came out of nowhere. One moment everything is green. The next, your monitoring dashboard lights up red, your inbox fills faster than you can read it, and somewhere a customer is staring at a blank screen wondering if your business still exists.

What Are DNS Records? DNS explained in simple terms | A complete guide

Learn how DNS (Domain Name System) works and why it's called the internet's phone book. This video breaks down the entire DNS resolution process, from cache checks to root servers, and covers every essential DNS record type, including A, AAAA, CNAME, MX, NS, SOA, TXT, PTR, SRV, and CAA records.

Site24x7 MSP: The all-in-one platform for managed service providers

Managing dozens of client environments you don't own, behind firewalls you can't see through, while keeping SLAs intact is the essential MSP predicament. Site24x7 MSP is a cloud-native platform built to solve it. From a single multi-tenant console, monitor servers, networks, applications, and cloud workloads across AWS, Azure, and GCP with agent-based telemetry that catches issues before they escalate. True data isolation and RBAC keep client accounts secure. White-labeled portals, domains, and agents make it look like your platform. AI-powered self-healing workflows resolve incidents automatically.

From alerts to action: Where reliability is actually won

Observability has evolved dramatically in the past decade. The industry has moved from basic uptime checks to full-stack observability (FSO), including metrics, logs, traces, and real user monitoring. Observability tools like ManageEngine FSO can detect anomalies in little time. And yet, outages still last longer than they should. Observability has matured. Response hasn’t. Most IT teams today have the tools to know when something breaks. But knowing is not the same as resolving.
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Top infrastructure monitoring mistakes (and how to avoid them)

Infrastructure monitoring is meant to simplify operations, not overwhelm teams with noise. Yet the average IT team receives more than 10,000 alerts every day. Despite this constant stream of notifications, critical issues still slip through the cracks. This volume of fragmented data creates a dangerous visibility gap across the infrastructure. As a result, teams can spend more time sorting through alerts than actually resolving issues.

Reduce alert noise with Site24x7's Event Correlation

Alert fatigue remains one of the most underestimated problems in IT operations. Srinivasa Raghavan, director of product management, explains how event correlation addresses it. Event correlation is the process of grouping related alerts from across your infrastructure into a single, contextual incident to reduce the volume of noise during an outage or service degradation. In this short clip, Srinivasa walks through what how the feature functions and why high-volume alert environments make this kind of signal-to-noise reduction operationally significant.