Operations | Monitoring | ITSM | DevOps | Cloud

I curated a list of the 10 best Live Call Routing software for incident management. To compare them, I created a checklist of essential features. I then read their documentation to see how they stacks up against my checklist. And finally, I encapsulated the results in three tables: If you are new to live call routing, I’ve included a section that covers the basics for you. Let’s get started! Key highlights.

‍ Managed Service Providers (MSPs) and IT service providers face growing complexity in monitoring client systems – especially when multiple tools are in play. When every minor issue triggers an alert, operations teams quickly drown in noise. ‍ This article shows how ilert’s intelligent alert grouping cuts through that noise by automatically correlating related alerts from the same alert source – reducing alert volume, ticketing overhead, and response time. ‍

I’ve curated a list of 9 best incident response tools, plus 4 open-source options for you. But first, a quick note: Many people mix up alerting, monitoring, and incident response. Incident response is what you do after receiving an alert. It includes alert acknowledgment, escalations, incident communication, post-incident analysis, and response automation. Yes, some of these (incident communication and post-incident analysis) overlap with incident management.

An incident response playbook is your team's emergency manual when things go wrong. It's a documented set of procedures that guides your team through detecting, responding to, and resolving incidents efficiently. Without one, teams often scramble during outages, make inconsistent decisions, and take longer to restore service.

When coverage gets complicated, Schedule Rotations keeps it simple. On-call can get real messy, real fast. One minute you’ve got a neat little schedule for the two people rotating primary and secondary. Next thing you know, you’ve got engineers in three time zones, a new hire shadowing incidents, and your “simple” rotation has turned into a board game with no rules. So we fixed it.

Post-mortems are the cornerstone of continuous improvement in incident management. When done right, they transform failures into learning opportunities and prevent future outages. Yet many teams struggle to build a culture where post-mortems are valued rather than feared.

A runbook template is only valuable if your team actually uses it during incidents. Yet many organizations create elaborate documentation that sits untouched in wikis, gathering digital dust while engineers scramble through incidents without guidance. The difference between a runbook that gets used and one that doesn't comes down to practicality, accessibility, and continuous improvement. Let's explore how to create runbook templates that become essential tools rather than checkbox exercises.

Every organization wants to innovate, but the reality is that operational friction can grind even the most ambitious plans to a halt. A delayed response here, an inactionable alert there, and suddenly your engineers are spending more time firefighting than building. Context is scattered across tools, and the “big picture” is lost in a sea of alerts and thumbnail-sized dashboards that provide no context or direction.

I’ve curated a list of 9 best IT alerting software and 3 open-source alternatives for you. Every tool on this list handles the core alerting functions you need: incident detection, fast alert delivery, clear escalation paths, and reliable incident logging. Since all these tools tick those boxes, I focused on what makes each tool special. You’ll find their unique features under “Standout Alerting Features of ” for each option.

At HIMSS this year, in between flashy AI demos and interoperability debates, I kept hearing the same concern from hospital leaders across the UAE, Saudi Arabia, and Israel: “We’re still using WhatsApp for clinical messaging—but it’s starting to feel risky.” Some shared stories of messages getting missed. Others brought up concerns around data privacy and compliance.

When unexpected risks disrupt the health and safety of the public, fast, reliable mass notification systems for local governments are essential. Without them, residents miss critical alerts that protect public health. For example, imagine a scenario like this: A water main break occurs in Waltham at 6:13 am, it took the public works team less than ten minutes to assess the damage and determine that the water is not safe to drink. However, most residents didn’t find out until hours later.

A public status page forms the public face of your organization's service availability. It is the first point of contact for your customers to check the status of your services during times of crisis. Hence, ensuring the credibility and uptime of your public status page is crucial to your organization's reputation. In this article we will look at the key mistakes to avoid while hosting and managing a public status page.

The Quest For The Five Minute Deploy Speed is everything at incident.io. The faster we can test and ship code, the faster we can get new products and features out to customers. Over the last three years, as our codebase grew and our test suite expanded, we drifted away from our own goals: "We aim for less than 5 minutes between merging a PR and getting it into production." This is the story of how we got back on track.

Banks and financial institutions operate in one of the most complex, highly regulated and risk-averse industries.

As you know, we've introduced a major update in recent months – ilert Responder – the AI Agent that helps you run root cause analysis during incidents and provides recommendations toward faster resolution. That's not all, and there are way more powerful features to share with you. Feel free to reach out to us via chat or at support@ilert.com if you have questions or if you want to propose a feature or improvement.

Tips and best practices to help you get up and running with FireHydrant's Model Context Protocol integration. Manage incidents, alerts, and retrospectives directly through AI assistants like Claude or Cursor. Welcome to the FireHydrant MCP Server user guide! This guide will help you get up and running with FireHydrant's Model Context Protocol integration, allowing you to manage incidents, alerts, and retrospectives directly through AI assistants like Claude or Cursor.

Many organizations still rely on traditional phone hotlines to provide after-hours support or emergency coverage. While this approach is familiar, it’s often inefficient, hard to scale, and costly. Missed calls, voicemail black holes, or unclear routing logic can lead to delayed responses and frustrated customers. Whether you’re using a third-party service or your own PBX system, the process often requires manual steps, extra tools, or call forwarding rules that aren’t dynamic.

The recent outage on June 12 proved yet again that service disruptions are inevitable, it’s not a matter of if, but when? And the next question is: how ready are you when that disruption strikes? What sets successful leaders apart is how quickly they are able to recover. Digital businesses are more complex than ever. Teams are managing sprawling cloud environments, microservices architectures, and a dizzying array of third-party integrations.

At incident.io, we are building a product that our users rely on 24/7, all year round. This means it is crucial that it is always working, and that is where our on-call rotation comes in. We believe that everyone should be on-call because it tightens the feedback loop between shipping new features and maintaining what we have, leading to more pragmatic engineering decisions.

AI doesn’t replace teams. It frees them. AI can be viewed as a digital twin, shouldering the manual load, eliminating low-value work and giving people their time back. In network operations, where every second counts and pressure never lets up, AI becomes the way to rise above the pressing workload. The overwhelming workload isn’t due to teams being incapable, but more because they’re buried in busywork.

With it a touch of hype, the term Event Intelligence has gained traction in recent months as large enterprises seek smarter ways to manage events, reduce noise – driven by that never ending quest to improve uptime.

Today, we are introducing Live Call Routing, a direct phone line that connects incoming calls to on-call engineers. It captures human-reported incidents that monitoring tools might miss—closing the loop between automated alerts and real-world observations so nothing falls through the cracks. It helps you respond to critical incidents faster by eliminating manual call routing, reducing response times from minutes to seconds.

When our organization – a mid-sized, fast-scaling technology company specializing in enterprise service management solutions, serving clients in regulated industries like finance and healthcare – faced its first serious cybersecurity breach in early 2024, we realized our incident response management approach wasn’t just outdated – it was putting the business at risk. Back then, we had alerts. We had logs.

In the past year alone, we’ve seen just how much a single outage can disrupt and how much stronger teams become when they learn from it. From the July 16, 2024 incident to the widespread June 2025 outage, it’s clear that incidents are inevitable. The question is: how do you transform each disruption into an opportunity to improve your processes for the next one?

A DIY project to turn alerts into real-world signals using FireHydrant’s Hacker Mode.

June 12 started like any other Wednesday–until the internet broke. It started with Google Cloud’s Identity and Access Management (IAM) system, but the fallout hit everything built on top of it. Widespread service degradation swept across core Google products and third-party platforms. Gmail, Docs, Meet, and Chat went dark. Cloudflare services were unavailable. Developer and AI tools faltered.

When an alert comes in, it’s not always obvious who picked it up. You might see an issue sitting unresolved, but no one has said anything yet. Was it acknowledged? Is someone already working on it? These are questions that teams deal with every day – especially when multiple people are on duty and the pressure is on.

Today, BigPanda released our first-ever research report based on data gathered from our agentic IT operations platform. Our Monitoring and Observability Tool Effectiveness for IT Event Management report provides insights and benchmarks on incident detection and noise reduction for 130 enterprise organizations, including the monitoring and observability data sources integrated with BigPanda.

You’re likely here because you heard the news: Atlassian ended new sales for OpsGenie on June 4, 2025, with a complete shutdown scheduled for April 2027. For years, OpsGenie has been the backbone of on-call management for countless teams. It might have been your team’s trusted solution too. But now, that chapter is closing. The pressure to find an OpsGenie alternative for on-call is real. However, you can’t just pick any tool and hope it works for your team.

This is the second post in a series examining the requirements necessary to achieve operational excellence. Did you miss the first post? You can find it here. Maintaining continuous uptime and resolving issues swiftly has never been more critical in the rapidly changing digital operations landscape. Automation must become the industry standard, yet the distinction between native process automation and reliance on external tools has a significant impact on operational efficiency and responsiveness.

Keeping tabs on your network has never been more important. Whether you’re running a small business or managing infrastructure across cloud environments, visibility into what’s happening behind the scenes is essential. But visibility alone isn’t enough…when something breaks, the IT engineer needs to know immediately, so they can take action and resolve critical issues.

Complex escalation policy? No problem. Alert Visualization shows exactly how your alert will route, before it ever fires.

Cloud maintenance is a common practice in the tech industry. Whether you manage your own infrastructure or use a cloud provider, you will need to plan for maintenance and include it as part of your operational readiness. This ensures that your team is prepared for potential downtime and can deal with any incidents in a timely manner. This article will cover some best practices for planning for upcoming cloud maintenance.

It’s 2:13 a.m. Your Microsoft Sentinel instance has flagged a high-severity alert – potential lateral movement detected across several endpoints. But the on-call analyst is fast asleep. The alert was sent… via email. By the time someone notices, hours have passed. The threat? It’s already spread. In modern security operations, detection is only half the battle. The other half? Making sure the right human sees the alert – and acts on it – in time.

‍ AI already transforms how we detect, respond to, and resolve outages. Traditional workflows often force responders to switch between dashboards, shift through logs, and coordinate across fragmented channels under stress. This reactive, manual approach leads to slower resolution, higher operational costs, and burnout, especially as IT systems grow more complex. ‍ At ilert, we are not just discussing the future of incident management – we are actively building it.

What are the best Kubernetes monitoring tools in 2025? And how can you ensure alerts actually drive action when something goes wrong? Kubernetes monitoring is critical for keeping your containerized applications healthy, but alerting is often overlooked. This blog compares popular tools like Prometheus and Datadog and explains why intelligent alerting solutions like OnPage are essential for effective incident response.

If you still think websites are a “set it and forget it” asset, your business is going to get left behind. Fast. Nowadays, they are known as a place where business happens, patients connect, and money moves.

We’re going beyond notifications — and building the most powerful, flexible, and team-first on-call experience on the market. When we launched Signals, it was because alerting and on-call desperately needed a reset. Legacy tools hadn’t evolved with the way modern teams work — they were individual-centric, inflexible, and wildly overpriced. Signals changed that.