This article is part of our series “Codefresh in the Wild” which shows how we picked public open-source projects and deployed them to Kubernetes with our own pipelines. This week’s pick is starbase-80, a Kubernetes “homepage” application. We will use various tools such as GitHub, Docker, AWS, Codefresh, Argo CD, Terraform. This article chronicles how we integrated all those tools together in order to build an end-to-end deployment workflow.

This article is part of our series “Codefresh in the Wild” which shows how we picked public open-source projects and deployed them to Kubernetes with our own pipelines. This week’s pick is draw.io an online application for drawing different types of diagrams. We will use several tools such as GitHub, Docker, Helm Codefresh, Argo Rollouts, Argo CD. This guide chronicles how we integrated all those tools together in order to build an end-to-end Kubernetes deployment workflow.

This article is part of our series “Codefresh in the Wild” which shows how we picked public open-source projects and deployed them to Kubernetes with our own pipelines. We will use several tools such as GitHub, Docker, AWS, Codefresh, Argo CD, Kustomize. This guide chronicles how we integrated all those tools together in order to build an end-to-end Kubernetes deployment workflow.

With so much reliance on online services and applications these days, a status page is essential to a business, its support and IT teams. It’s a key component in your incident communication strategy. Communicating the status of your website or service to users (particularly customers) creates trust and keeps them updated—especially during downtimes. Plus, it saves you from sending out emails or using other time-consuming methods to provide status updates.

In this article, we will use OpenTelemetry to instrument a sample Flask app for traces. Flask is one of the most popular web application frameworks of Python. It consists of Werkzeug WSGI toolkit and Jinja2 template engine. Instrumentation is the biggest challenge engineering teams face when starting out with monitoring their application performance. OpenTelemetry is the leading open-source standard that is solving the problem of instrumentation.

Discover how OSS managed services can offer protection against the challenges of skills access and innovation restriction for open source projects.

In 2022, we introduced Grafana Mimir, the most scalable and performant open source time series database in the world. And since its launch, we’ve been busy, increasing Mimir’s scale, making it easier to get started, and boosting query performance. But even with these advancements, we understand the challenges that can come with a self-hosted and self-managed OSS tool.

In the dynamic realm of observability frameworks, one name stands out as the unspoken gold standard with the ability to guide developers through the intricacies of monitoring and data collection. Let’s look at the heart of open-source technologies and uncover the essence of a tool that has become the industry's beacon of excellence.

More and more companies are now shifting to a cloud-native & microservices-based architecture. Having an application monitoring tool is critical in this world because you can’t just log into a machine and figure out what’s going wrong. We have spent years learning about application monitoring & observability. What are the key features an observability tool should have to enable fast resolution of issues. In our opinion, good observability tools should have.

OpenTelemetry is a Cloud Native Computing Foundation(CNCF) project aimed at standardizing the way we instrument applications for generating telemetry data(logs, metrics, and traces). However, OpenTelemetry does not provide storage and visualization for the collected telemetry data. For OpenTelemetry visualization, you need to use a backend that can ingest the collected data and provide a web UI to visualize it.