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An Elevated View of the Tanzu Kubernetes Grid Service Architecture

Before getting started using the Tanzu Kubernetes Grid (TKG) Service for vSphere, it helps to have an understanding of the Kubernetes architecture and the underlying technology that makes it possible. In this post, by starting at the lowest layer and zooming out, we will paint a picture of how all these technologies are interconnected. This is an introduction, not a deep dive, and as such is meant to be a high-level overview for anyone getting started.

Container Technology - A Quick Introduction

Containers, the biggest innovation in the shipping industry, have standardized dimensions so that they can be loaded and unloaded, stacked, transported efficiently over long distances, and transferred from one mode of transport to another. Taking a cue from this, think of a server as a ship and an application as a crate. A couple of decades ago, only one app could be deployed on one operating system meaning, a single crate on a single ship.

Logging for Kubernetes: fluentd and ElasticSearch

This article will focus on using fluentd and ElasticSearch (ES) to log for Kubernetes (k8s). This article contains useful information about microservices architecture, containers, and logging. Additionally, we have shared code and concise explanations on how to implement it, so that you can use it when you start logging in your own apps. ‍Useful Terminology.

Autoscaling an Amazon Elastic Kubernetes Service cluster

In this article we are going to consider the two most common methods for Autoscaling in EKS cluster: The Horizontal Pod Autoscaler or HPA is a Kubernetes component that automatically scales your service based on metrics such as CPU utilization or others, as defined through the Kubernetes metric server. The HPA scales the pods in either a deployment or replica set, and is implemented as a Kubernetes API resource and a controller.

We've Raised $27 Million in New Funding, Here's How We're Investing It

Today we’re announcing a new round of funding that brings an additional $27M to help us invest in growing and building Codefresh. When we started, we wanted to revolutionize the way people build and deploy software with continuous integration and delivery. I’m proud to say that we were the first platform to see the game-changing value of containers and Kubernetes.

What Are the Hardest Parts of Kubernetes to Learn?

Many enterprises have already adopted Kubernetes or have a Kubernetes migration plan in place, making it clear that the platform is here to stay. While it provides a lot of benefits to its users, to take advantage of them, you need to thoroughly learn Kubernetes and how it works in production. Typically, the most difficult aspects of Kubernetes are learned through experience solving real-world problems.

Kubernetes Everywhere Enables Simplified Heterogeneous Deployment: Edge, Prem, Cloud

Since almost the beginning of programming, the idea of write-once and deploy everywhere, on all platforms, has been an unreachable ideal to minimize development costs for cross-platform applications, drive UI consistency and reduce security service area. In programming, the cross-platform languages Java and Python have topped developer utilization charts for decades.

Civo Community Meetup #1 w/ Saiyam Pathak and Alistair Hey

The very first Civo Community Meetup is here! Episode #1 featured talks from Civo CTO Andy Jeffries and Developer Advocate Kai Hoffman, alongside #KUBE100 community members Saiyam Pathak and Alistair Hey. This meetup not only focussed on the direction of Civo and what's in store for the future for us, but also shared insights into the Civo marketplace and Terraform provider, plus k3s development using OpenFaaS with Civo k3s.

Gaining Visibility Into Edge Computing with Kubernetes & Better Monitoring

Edge computing is likely the most interesting section of the broader world of IoT. If IoT is about connecting all the devices to the Internet, edge computing is about giving more processing power to devices at the edge. Edge computing views these edge devices as mini clouds or mini data centers. They each have their own mini servers, mini networking, mini storage, apps running on top of this infrastructure, and endpoint devices.

Testcontainers for Containerized Integration Testing at Moogsoft

Here at Moogsoft, we take quality seriously and one of the most important goals for our test suites is to catch issues early on in the development process. A lot of our automated tests are integrated into our CI/CD (Continuous Integration/Continuous Deployment) pipeline as gates that can block a merge request with quality issues. Therefore, to ensure stable CI/CD pipelines as well as quick and quality releases to production, it is important to have tests that are stable and lightweight.