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Kubernetes is an open source platform, which orchestrates containerized applications, simplifying scaling, deployment, and management. K8s streamlines the deployment and scaling of applications, ensuring high availability and efficient resource utilization in modern cloud-native environments.

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CLOUD

Utilizing vCluster for Deploying Developer Environments

In the fast-paced world of software development, creating isolated environments for testing and development purposes is crucial. These environments must be efficient, scalable, and easy to set up and tear down. One solution that is gaining traction in the DevOps community for such purposes is vCluster.
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OBSERVABILITY
CLOUD

A guide to using OpenTelemetry Operator for Kubernetes

Observability is a key part of modern cloud computing. OpenTelemetry helps by automatically keeping track of how different parts of your system communicate. Think of it like a dashboard for all your microservices. One standout feature? Auto-instrumentation. It does a lot of the setup work for you. But how do you use OpenTelemetry in Kubernetes? That's where the OpenTelemetry Operator comes in.
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CLOUD

Why your company should use Kubernetes

The software development industry, just like any other, is very susceptible to trends. When you hear about a certain tool or technology all the time, it is natural to start wondering if you need to quickly catch up and use that trendy thing as well. Kubernetes is something everyone seems to be talking about, but does your company really need it? And if yes, then why? Let’s try to find some answers to these fundamental questions. In order to understand what Kubernetes is and what it can help you with, let’s first take a look at containers.
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NETWORKS
CLOUD

Why service mesh matters: understanding the benefits of microservices networking

Building applications as distributed systems, especially with microservices architecture, is quickly becoming the new norm of software development. Microservices, when used in the right situation, can ensure that your application will be easy to scale, update, and fix. If you aim to create a cloud-native app, then microservices are typically your best choice. However, when you start looking into distributed applications, one potential problem stands out, and that is the issue of communication between the multiple services in your application.
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CLOUD
NETWORKS

From Kubernetes Ingress to Kubernetes Gateway API

If you've ever touched on application networking in Kubernetes, it's more than likely you've come across Ingress. However, it is worth knowing that Ingress has a worthy successor in the form of Kubernetes’ Gateway API. If you want to get familiar with this new API, this article is what you need. Ingress is a Kubernetes API object that has been widely used for many years. It allows you to handle traffic entering the Kubernetes cluster from outside and to route it to multiple Services running in the cluster.
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NETWORKS
CLOUD

Service mesh vs. Kubernetes Ingress — what is the difference?

Service mesh and Ingress are two solutions used in the area of ​​application networking in Kubernetes. In this article you will see what characterizes each of them and understand where the real difference between them is. A service mesh is a kind of special “system” for communication between applications, different components of an application based on microservices architecture, or between various other workloads running in virtual environments, such as Kubernetes. The solution provides a rich set of features in the fields of traffic management, reliability, resilience, security, and observability.
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NETWORKS
CLOUD

What is a service mesh — everything you need to know

A service mesh is an increasingly popular solution in the area of ​​application networking, in Kubernetes and other environments. If you are still not familiar with the concept, in this article you will find everything you need to know before taking a deeper dive. Over the past few years, we have seen a shift away from approaches based on monolithic code when designing software applications. Instead, modern design is based on microservices architecture. At the end of the day, it is about delivering basically the same business logic, not in the form of a large monolith but as a collection of loosely coupled and independently deployable services.
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