Operations | Monitoring | ITSM | DevOps | Cloud

Persistent storage is one of the more difficult aspects of managing distributed systems. When we attach a storage device to a host—whether it’s flash storage, network attached storage (NAS), or old fashioned spinning disks—we generally don’t give it much thought until we start running distributed applications or need to increase capacity. But there’s more that can go wrong with storage, and this can have unexpected consequences for our systems, services, and applications.

Join Jason for another round of “Build Things on Purpose.” This time Jason is joined by Maxim Fateev and Samar Abbas, co-founders of Temporal, to talk about the software and solutions they are developing for orchestrating micro services. Maxim and Samar talk about their joint work in the past on various projects to include the Cadence project, which has laid the foundation for what they are continuing to do at Temporal.

Memory (or RAM, short for random-access memory) is a critical computing resource that stores temporary data on a system. Memory is a finite resource, and the amount of memory available determines the number and complexity of processes that can run on the system. Running out of RAM can cause significant problems such as system-wide lockups, terminated processes, and increased disk activity. Understanding how and when these issues can happen is vital to creating stable and resilient systems.

In this episode Jason is joined by John Martinez, Director of Cloud R&D at Palo Alto Networks, to talk about the FinOps Foundation and the vast range of optimization opportunities to reduce spend in the cloud. John comes in with some extremely useful insights into how FinOps is laid out and their use of a “crawl, walk, run approach.” John and Jason discuss multi cloud and go into the specifics on the costs associated with multi cloud as well the security changes that will come with.

The CPU attack is one of the most common attack types run by Gremlin users. CPU attacks let you consume CPU capacity on a host, container, Kubernetes resource, or service. This might sound like a trivial exercise, but consuming even small amounts of CPU can reveal unexpected behaviors on our systems. These behaviors can manifest as poor performance, unresponsiveness, or instability.

In this episode, we chat with Omar Marrero, Chaos and Performance Engineering Lead at Kessel Run, a company at the forefront of delivering “combat capability that can sense and respond to any conflict in any domain, anytime, anywhere.” To say that Omar and Kessel Run are at the forefront is an understatement.

This week Ana sits down with Carmen Saenz, Senior DevOps Enginner at Apex Clearing and PhD student at DePaul University in Chicago, sits down this week to talk about her history in engineering. She brings to the table some anecdotes about her own time engineering chaos. Carmen goes into detail about the early days of chaos engineering and her work there, going from on-prem to the cloud, how she is always learning, her passion for teaching and more.

Welcome back to another edition of “Build Things on Purpose.” This time Jason is joined by Zack Butcher, a founding engineer at Tetrate. They also break down Istio’s ins and outs and the lessons learned there, the role of open source projects and their reception, and more. Tune in to this episode and others for all things chaos engineering!

Break Things on Purpose is a podcast for all-things Chaos Engineering. In this episode of the Break Things on Purpose podcast, we speak with Paul Marsicovetere, Senior Cloud Infrastructure Engineer at Formidable.

In this episode of the Break Things on Purpose podcast, we speak with Taylor Dolezal, Senior Developer Advocate at HashiCorp.