We recently attended the 2021 Cloud-Native Days Summit, where our co-founding CEO Ben Ofiri gave a lightning round talk on How to Troubleshoot Kubernetes With Confidence. In case you missed it, here’s a recording and transcript for your convenience.

The cloud native promise to be able to “build once, deploy anywhere” is nearly fulfilled. With containerization and Docker , we can build our applications and services for any environment, and set configuration at runtime. Well,… almost. Operating systems and apps still need to be compiled to execute on specific architecture types. Your software that’s been compiled for an AMD64 processor can’t run on an ARM-based machine, nor can one built for Linux run on Windows.

Thirty years ago today, Linus Torvalds announced his free operating system to the world. As with many of the world’s greatest, Linux had humble beginnings as a very small pet project. The GNU was working on an ambitious free, public domain operating system but the project had been delayed, and enthusiasts were quick to adopt Linus’ new project.

Kubernetes and containerization of applications brings many benefits to software development, enabling speed, agility, and flexibility. The maturation of the Kubernetes ecosystem accelerated quickly in the last few years, leaving users with a multitude of choices when it comes to Kubernetes tooling and services. The major cloud providers (AWS, Azure, and Google Cloud) have introduced services specifically to help users run their Kubernetes applications more efficiently and effectively.

HashiCorp Terraform is an open source Infrastructure as Code (IaC) tool that is widely used to deploy cloud infrastructure in the public cloud, such as AWS and Azure, along with on-premises VMware vSphere environments. One of the challenges is developing a method for bootstrapping the instances with configuration management agents such as the Puppet Enterprise agent.

In the past, troubleshooting an IT service issue could be quite simple. For example, an application disruption could often be isolated to a physical server or small group of servers that neatly fit into the domain of a single team that managed the company’s servers. However, with the dynamic landscape in modern IT environments, this is very rarely the case. Over time, you accumulate IT systems, which usually means you deploy tools to manage them.

The HAProxy load balancer provides a set of APIs for configuring it programmatically. Although many people enjoy the simplicity of configuring their HAProxy load balancer by directly editing its configuration file, /etc/haproxy/haproxy.cfg, others want a way to do it without logging into the server. Or, they want a way that integrates with bespoke software. For example, they want to add pools of servers to the load balancer programmatically as a part of their CI/CD deployment pipeline.

The tech industry is competitive and not without challenges. People are always growing and improving by pushing their limits. Innovation comes in many forms. In order to foster a healthy culture while allowing people to flourish, organizations must carefully enact policies. Growth should be encouraged while discouraging competition and comparison. One of the core policies organizations implement to achieve these goals is blamelessness.

Today’s software testing trends show the growing demand for more efficient and automation-oriented API testing. Many of the current test automation solutions focus on the UI, while most API-level testing is still done manually. As a result, testers are in need of easy-to-use, intelligent automation tools for testing APIs — improving their productivity and efficiency, while also reducing time-to-market.