Operations | Monitoring | ITSM | DevOps | Cloud

Should application developers learn Kubernetes? Let’s ask an even deeper question; should application developers even be aware of Kubernetes in their infrastructure? I frequently hear this question being asked by DevOps, Platform Engineering, and Development teams. Of course, this is a discussion that brings very different views from different people and can result in a very long debate.

In a previous article, we discussed why we frequently hear that developers are not that keen on Kubernetes. You can read it here. In summary, while developers certainly see the value of Kubernetes, they want to continue focusing on their application code and updates and not be impacted by the company’s Kubernetes initiative, which is quite fair.

For most organizations, the cloud is a promise for better outcomes. Let’s be honest, why would you go through all that effort otherwise? This is especially true for all those applications and workloads that are currently running in data center environments but need to be moved to the cloud to support digital transformation efforts.

At Cloudsmith we love playing video games, everything from Super Meat Boy to Halo, Fortnite to Candy Crush. We’ve got a big Pac Man money box sitting on the office shelf. Steve Collins, of Havok fame, is on our Board of Directors. Quite simply, gaming is in our DNA. When we started Cloudsmith we made a list of customers we’d love to work with someday and there were numerous games studios on the list.

In the vast ever-changing world of technology, Serverless and Faas are the two new categories of cloud computing services. Both FaaS and Serverless have helped organizations in saving money, refocusing developers’ time, relegating infrastructure management, and harnessing cloud technology. However, while both are treated as the same, there is a slight difference. Through this post, we will shed light on the similarities and differences between FaaS vs.

Sleuth is a deployment tracking tool that gives you a deeper level of insight into your CI/CD workflows by tracking all of your team’s deployment tools from a single dashboard. Sleuth integrates with different components of your deployment pipeline and develops an understanding of your development processes. It can then automatically alert you as to when code is shipping, when manual approvals are needed, and when failures occur.

These days, the internal workings of Linux applications involve many different moving parts. Sometimes, it can be rather difficult to debug them when things go wrong or run slower than expected. Tracing an application’s execution is one way of understanding potential issues without diving into the source code. To this end, we wrote an app-tracing tool called etrace, designed to detect performance bottlenecks and runtime issues in snaps.