Operations | Monitoring | ITSM | DevOps | Cloud

The tech landscape is a whirlwind of continuous evolution, making the role of a DevOps engineer more crucial than ever. A "pragmatic" DevOps engineer stands out as a beacon of efficiency and practicality in this dynamic environment.

In the last decade-plus, the cloud has undergone a torrid evolution. Born in 2006, the cloud didn’t face the same speed limits on evolution that we mortals do. Within years, the cloud had gone from competitive edge to competitive necessity; within a decade, specialized services like Kubernetes, Snowflake, and Datadog had emerged to help us use it more, more flexibly, and with a more data-driven strategy. As the cloud evolved at an exponential rate, so did the costs associated with using it.

The word "cache" is used in many different contexts. Typically, a cache is a small chunk of data stored locally for quick access. In this case, it’s about computer caches, i.e., the data stored in memory. Micro-caching is a technique where a programmer uses this cached data to do some quick computations, which can lead to some amazing solutions. In micro caching, dynamically generated content is cached for only a brief period rather than full-page caching.

Observability is often a misunderstood and misused term. It has come to mean nothing and everything at this point. Read more on how Observability can be viewed from the lens of a Radar and a Black Box.

Simply put, value stream management (VSM) is the practice of measuring and improving the flow of business value created by an organization’s software delivery efforts.By monitoring the software delivery life cycle end-to-end, organizations can better identify processes that add value and eliminate those that create waste to optimize the flow of work. Ultimately, this enables teams to move away from activities that don’t directly contribute to customer value and focus more on those that do.

Welcome to our 2nd blog in our series on how to securely consume Open Source Software (OSS). Attacks targeting OSS are on the rise, making the security of your software supply chain a top priority. The 1st blog gave an overview of some of the most common types of attacks. Today we’ll explore the Secure Supply Chain Consumption Framework (S2C2F) that can help you mitigate against these attacks.