Application Programming Interfaces (APIs) are a crucial building block in modern software development, allowing applications to communicate with each other and share data consistently. APIs are used to exchange data inside and between organizations, and the widespread adoption of microservices and asynchronous patterns boosted API adoption inside the application itself.

The benefits of going cloud-native are far reaching: faster scaling, increased flexibility, and reduced infrastructure costs. According to Gartner®, “by 2027, more than 90% of global organizations will be running containerized applications in production, which is a significant increase from fewer than 40% in 2021.” Yet, while the adoption of containers and Kubernetes is growing, it comes with increased operational complexity, especially around monitoring and visibility.

Today’s IT systems are ever more fragmented. It is commonplace to see polyglot systems, written in multiple programming languages, and using a plethora of tools and cloud services as infrastructure building blocks, whether data stores, web proxy or other functions. In this dynamic cloud-native realm, open standards and open specifications have become integral drivers of compatibility, collaboration, and convergence – the Three C’s of Open Standards, if you will.

We're thrilled to announce the launch of Rollbar's latest initiative to provide greater transparency and control over your occurrences. Our team has worked hard to address customers' feedback and concerns based on your occurrences and overages. We are excited to introduce a new level of observability to our platform.

We saw a shift this year in how the technology sector honed in on sustainability from a cost perspective. In particular, looking at where they’re spending that revenue in the infrastructure and tooling space. Observability tooling comes under a lot of scrutiny as it’s perceived as a large cost center—and one that could be cut without affecting revenue. After all, if the business hasn’t had a problem in the last few months, we mustn’t need monitoring—right?

While Kubernetes comes with a number of benefits, it’s yet another piece of infrastructure that needs to be managed. Here, I’ll talk about three interesting ways that Honeycomb uses Honeycomb to get insight into our Kubernetes clusters. It’s worth calling out that we at Honeycomb use Amazon EKS to manage the control plane of our cluster, so this document will focus on monitoring Kubernetes as a consumer of a managed service.