Trust doesn’t just happen overnight. For us at incident.io, it’s been a journey—one that’s focused on people just as much as the product. From the start, we knew that building great incident management software wasn’t just about creating features and functionality. It was about building relationships, understanding our users, and truly being there for them when it matters most. Our focus has always been to help teams manage incidents better.

The world of tech is full of acronyms. SLOs are one of those that everyone talks about, but maybe not everyone fully gets. Whether you're nodding along in meetings or just hearing “SLO” for the first time, we’ve got you covered. In this post, we’ll break down what Service Level Objectives (SLOs) actually are, why they matter, and how they can help keep your systems (and your sanity) in check.

An Ultimate Guide to on-call schedules? You might think this sounds overly grandiose for what’s essentially putting people into a list and rotating through them. But you’d be flat-out wrong. Getting your on-call setup correct is as real and as important as it gets, and getting things wrong can lead to prolonged incidents, burnt out employees, and damaged company reputation.

Data quality testing is a subset of data observability. It is the process of evaluating data to ensure it meets the necessary standards of accuracy, consistency, completeness, and reliability before it is used in business operations or analytics. This involves validating data against predefined rules and criteria, such as checking for duplicates, verifying data formats, ensuring data integrity across systems, and confirming that all required fields are populated.

Last year, we released Catalog—the connected map of everything in your organization. Catalog was built with the aim of tackling one of the most painful parts of incident response: contextualizing problems and understanding their place within your organization.

At incident.io, we run an on-call product. Our customers need to be sure that when their systems go wrong, we’ll tell them about it—high availability is a core requirement for us. To achieve the level of reliability that’s essential to our customers, excellent observability (o11y) is one of the most important tools in our belt. When done right, observability improves your product experience from two angles.

There’s a major outage. Support tickets are mounting. Everybody from engineering to legal is scrambling for information. You have more Teams notifications clamouring for attention than you do minutes to address them, and it’s hard to know where to begin. What comes next is a balancing act—mitigating the impact, updating colleagues, managing action items, or updating a status page that will be seen by millions.

With the release of On-call, our system’s reliability had to be solid from the outset. Our customers have high expectations of a paging product—and internally, we would not be comfortable with releasing something that we weren’t sure would perform under pressure. While our earlier product, Response, was the core of a customer’s incident response process after an incident was detected, we’re now the first notification an engineer gets when something’s wrong.

We were curious: once an incident is over, how long does it take companies to document, review, create learnings, finish clean-up items, and complete any other follow-up action items? We work with a wide variety of companies, from small start-ups to Enterprises with thousands of engineers. But we wanted to know: where is their time spent after they resolve an incident? Here’s what we found!

Historically, data teams have not been closely involved in the incident management process (at least, not in the traditional “get woken up at 2AM by a SEV0” sense). But with a growing involvement of data (and therefore data teams) in core business processes, decision making, and user-facing products, data-related incidents are increasingly common, and more important than ever.