Event-driven automation is a powerful approach to managing enterprise IT environments, allowing systems to automatically react to enterprise events (Observability / Monitoring / Security / Social / Machine) and reducing or removing the need for manual intervention. This post discusses 11 common automation tasks that are ideal for enterprise DevOps teams looking to enhance operational efficiency, reduce downtime, and ensure business continuity. Struggling with ideas for where to start?

More than ever, DevOps teams are constantly tasked with improving collaboration, accelerating software development, and ensuring smooth operations. However, traditional monitoring and alerting methods, often called a “black box approach,” offer limited insight into system performance. As a result, teams rely on reactive approaches, only responding to incidents after they occur without prior planning or strategy.

A status page forms a key part of your incident communication strategy. When it comes to setting up a status page, you have two options: We will examine the pros and cons of each option along these dimensions: For 1, if you choose a self-managed, open-source or custom solution, it's in your control. For a managed solution, you are limited by the provider's feature set. For 2, if you choose a self-managed solution, your team is responsible for the quality of the service.

When systems fail, every second counts. The difference between prolonged downtime and swift resolution often comes down to one critical role: the Incident Commander (IC). ICs are the backbone of calm and clarity in the middle of chaos. Let’s unpack what an Incident Commander does, why they matter, and how you can step into this crucial role.

Effective crisis management hinges on timely and structured responses. The ability to track, analyze, and refine an incident response timeline is essential for minimizing downtime, mitigating damage, and fostering organizational resilience. Understanding the pivotal role that timelines play in crisis scenarios enhances your organization’s incident response life cycle and streamlines the entire incident response process.

In today’s world, where technology underpins nearly every aspect of business, IT systems play a critical role in ensuring smooth operations. However, what happens when something goes wrong? When systems fail or services are disrupted, businesses face what’s commonly known as an incident. For someone who is not technical, the idea of an IT incident can seem scary. However, it is a simple and organized process when explained clearly.

I want to walk you through how incident management has evolved, drawing from real data and the experiences of some of the most sophisticated tech organizations out there. I'll also introduce you to a framework we’ve developed at incident.io: the Incident Maturity Model. This framework is the result of thousands of conversations with companies and provides a clear roadmap to help your organization improve its incident management practices—no matter where you're starting from.

My name is Tim Gühnemann, and as an AI engineering working student at ilert, I had the privilege of developing and continuous improving ilert AI, ensuring it meets the needs of our customers and aligns with our vision. ‍ Our goal was to provide all our customers with access to ilert AI. We aimed to develop a solution that could adapt dynamically and function independently based on our use cases, similar to the OpenAI Assistant API.

For a fast-paced work environment, effective on-call management is crucial for maintaining seamless operations. Whether you’re in IT or any other industry that requires constant availability, the on-call system ensures that teams can respond to critical incidents efficiently. However, achieving optimal on-call management isn’t just about being available—it’s about collaboration, communication, and ensuring team health.

If you manage applications running on cloud platforms, you likely depend on multiple cloud vendors and services. These could be infrastructure providers like AWS, GCP or Azure. A vulnerability in any of these services could potentially impact your applications and your users. A cloud platform has many moving parts, many of which are dependent on other third-party providers.