Operations | Monitoring | ITSM | DevOps | Cloud

Incidents happen. Whether it’s a service outage, degraded performance, or an unexpected spike in errors, things will go wrong. The question isn’t if incidents will occur—it’s how quickly and effectively you can respond when they do. For years, incident response has been a mostly manual process: someone gets paged, scrambles to investigate, loops in the right people, and after some firefighting, hopefully resolves the issue before too many customers notice.

Following all the hype and bluster with DeepSeek’s arrival in the AI landscape––and its ability to crash the poster child of AI’s share value overnight (Nvidia), we wanted to conduct a rigorous evaluation at Komodor. We tested DeepSeek’s models head-to-head against industry leaders in solving real-world Kubernetes challenges.

Unit testing is a software testing methodology that tests the behavior of individual functional units of code. Through unit testing, developers can verify that their code performs as intended. Providing an opportunity to catch bugs, validate the implementation of logic, and assess the quality of the code, unit testing enhances the quality of applications and preemptively identifies problems before they become major issues.

Kubernetes is the standard for orchestrating containerized microservices — but it can present some monitoring challenges. Luckily, we’ve already covered why monitoring Kubernetes is a must-do, the basics of how to do it, and the options you have for collecting monitoring data from a K8s environment.

Managing enterprise IT infrastructure isn’t just about staying afloat—it’s about being one step ahead with strategic IP address management in modern enterprise IT. Each day, IT teams grapple with network sprawl, security challenges, and the constant demand for scalability. But here’s a question: how does your enterprise manage its IP address space? If your answer is “manually” or “through spreadsheets,” it’s time to rethink your approach.

When it comes to managing IT and data center assets, organizations often rely on a Configuration Management Database (CMDB). But not all CMDBs are created equal. While a traditional IT CMDB helps track hardware, software, and configurations, a Data Center CMDB is specifically designed to manage the physical infrastructure, capacity, and dependencies within a data center. Understanding the differences between these two types of CMDBs is critical for optimizing operations and ensuring complete visibility.

The concept of managing IT assets for security purposes has been around since the earliest days of computer networks in business. However, the term “Cybersecurity Asset Management (CAM)” itself is relatively new, however, Teneo have been opening minds to CAM for some time now, here is a summary of what it is and why it’s so important as part of maintaining good Cyber Hygiene.