CircleCI has released new Arm-based compute in preview. Arm processors and architectures are becoming widely available as development teams adopt them as compute nodes in many application infrastructures. Organizations that need to run microservices, application servers, databases, and other workloads in a cost-effective way will continue to turn to the Arm architecture.
Patching vulnerabilities can be daunting, especially if the information is confusing, and the process to deploy patches is long. There are going to be times where a zero day presents itself, and the vulnerability requires immediate action. Whether it’s a simple fix or not, the seriousness of some vulnerabilities can put organizations at risk. Deploying patches, especially for critical infrastructure, takes planning.
This hands-on Flux tutorial explores how Flux can be used at the end of your continuous integration pipeline to deploy your applications to Kubernetes clusters.
We're very proud to announce that we have been accepted by the Cloud Native Computing Foundation (CNCF) as a conformant Certified Kubernetes provider for our v1.20 Civo Kubernetes product based on K3s. Every small business starts with a goal of competing with the big fish of the industry, and a huge part of that is having the certification to prove you're providing a compatible service. We're now in the company of some really inspirational organisations...
Speedscale ‘SpeedChat’ Episode 2: Shift-Left vs. Shift-Right Throwdown featuring Nate Lee (Founder, Speedscale), Ken Ahrens (Founder, Speedscale) and Jason English (Principal Analyst, Intellyx).
Topology is a multilayered map showing how everything in the IT environment is related. It's similar to Google Maps, which gives you a bird's eye view into an area and how everything is interconnected. Also, in Google Maps, you can see how traffic is flowing and which intersections may be causing bottlenecks. A view into topology allows similar visibility. You can see how components of an IT system are laid out to interact with each other.
If memory serves (it was over 20 years ago), that’s what the free t-shirt that Microsoft gave me for being an official Windows 98 beta tester said. And yes, being a beta volunteer required me to haul my desktop PC to Redmond, WA (from Seattle)…because…I guess that’s how it was done back then? I remember they gave us pizza, and I needed to install more RAM. As I said before, it was a while ago; however, the whole “change is inevitable” thing is still valid today.
In today’s digital landscape, users expect applications to be available at all times and developers are expected to deploy new versions of these applications several times a day. Both of these expectations can be met by upgrading your Kubernetes cluster. Kubernetes is constantly getting new features and security updates, so your Kubernetes cluster needs to be kept up-to-date as well.
Kubernetes orchestrates clusters of machines to run container-based workloads. Building on the success of the container-based development model, it provides the tools to operate containers reliably at scale. The container-based development methodology is popular outside just the realm of open source and Linux though.
