Systems | Development | Analytics | API | Testing

At its Worldwide Developer Conference in late May, Apple shared a sneak preview of what to expect in the autumn, including news around iOS 16. This gives app developers and testers a bit of time to get their heads around the implications, including new test requirements. Here are some of the highlights from the conference.

API Observability isn't exactly new, however it's popularity has seen rapid growth in the past few years in terms of popularity. API Observability using open source is different from regular API monitoring, as it allows you to get deeper and extract more valuable insights. Although it takes a bit more effort to set up, once you've got an observability infrastructure running it can be immensely helpful not only in catching errors and making debugging easier, but also in finding areas that can be optimized.

It's impossible to learn about containerization without hearing about Docker and Kubernetes. These two tools together dominate the world of containers, both being the de-facto standard in what they each do. When you're first getting started learning about containers, it can be quite a challenge to figure out what the differences are between these two tools.

In this article, you will learn about some of the tools to test microservices running in a Kubernetes cluster. In particular, we will compare the Speedscale CLI tool with other tools and the main benefits of using Speedscale CLI. In the last few years, software companies have been shifting from building monolith applications to utilizing smaller microservices. In a microservices architecture, you operate with decentralized applications. This means that there's a separation in which each service is responsible for a specific component of your application.

In this blog post we use podtato-head to demonstrate how to load test kubernetes microservices and how Speedscale can help understand the relationships between them. No, that's not a typo, podtato-head is an example microservices app from the CNCF Technical Advisory Group for Application Delivery, along with instructions on how to deploy it in numerous different ways. There are more than 10 delivery examples, you will surely learn something by going through the project. We liked it so much we forked the repo to contribute our improvements.

Developing reliable code depends on thorough testing, but with teams under increasing pressure to create and deliver code faster, testing is sometimes seen as essential but can slow down processes. Plus, within testing, the biggest bottleneck of all has been obtaining test data. Testers report that they spend 60% of their time waiting or searching for test data. The good news is that with the next generation of test data solutions, teams do not need to trade test agility for code quality.

In this article, you'll learn about the best Kubernetes performance monitoring tools that are currently on the market. Although there are a number of application performance monitoring solutions out there, this article covers the best options in terms of their key features, functionalities, ease of setup, and the support garnered from each of their respective communities.

It's not for nothing that Kubernetes is a popular choice for running a cloud workload. It can be a powerful tool for orchestrating your applications. However, one thing that can often be a last thought in a production workflow, or maybe forgotten altogether, is load testing. It might be tempting to think that Kubernetes can handle it all. In many cases it can, but it's always smart to know how much your application can take. After reading this article, you'll be equipped to determine which tools would best serve you for load testing your application.