Our great sponsors
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spinnaker
Spinnaker is an open source, multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence.
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WorkOS
The modern identity platform for B2B SaaS. The APIs are flexible and easy-to-use, supporting authentication, user identity, and complex enterprise features like SSO and SCIM provisioning.
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devspace-plugin-loft
Loft Plugin for DevSpace - adds commands like `devspace create space` or `devspace create vcluster` to DevSpace
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draft
Discontinued A tool for developers to create cloud-native applications on Kubernetes. (by Azure)
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InfluxDB
Power Real-Time Data Analytics at Scale. Get real-time insights from all types of time series data with InfluxDB. Ingest, query, and analyze billions of data points in real-time with unbounded cardinality.
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microk8s
Discontinued MicroK8s is a small, fast, single-package Kubernetes for developers, IoT and edge. [Moved to: https://github.com/canonical/microk8s] (by ubuntu)
From a workflow perspective, developers push their code to a code repository and then manually trigger a pipeline with tools such as Gitkube or Spinnaker that deploys the code in a Kubernetes environment, usually in a remote cluster in the cloud.
From a workflow perspective, developers push their code to a code repository and then manually trigger a pipeline with tools such as Gitkube or Spinnaker that deploys the code in a Kubernetes environment, usually in a remote cluster in the cloud.
Another important aspect of level 3 development is that the developers have direct access to a remote Kubernetes dev environment and do not use a local Kubernetes cluster anymore. To enable this access without having a cluster for each developer, tools such as Loft provide a centrally managed, multi-tenancy Kubernetes platform for the developers.
The development concept at level 2 is essentially the same as at level 1. The code is deployed via a pipeline to a Kubernetes cluster. However, at this stage, developers are using special CLI tools, such as Skaffold, Draft, or Tilt that detect the file changes by the developer and then automatically trigger the pipelines.
The development concept at level 2 is essentially the same as at level 1. The code is deployed via a pipeline to a Kubernetes cluster. However, at this stage, developers are using special CLI tools, such as Skaffold, Draft, or Tilt that detect the file changes by the developer and then automatically trigger the pipelines.
The development concept at level 2 is essentially the same as at level 1. The code is deployed via a pipeline to a Kubernetes cluster. However, at this stage, developers are using special CLI tools, such as Skaffold, Draft, or Tilt that detect the file changes by the developer and then automatically trigger the pipelines.
Another very important distinction of this level is that developers have direct access to Kubernetes for the first time. While it is not strictly necessary, the standard case for the Kubernetes access with these tools is to use a local Kubernetes cluster, i.e. a Kubernetes cluster started with tools such as minikube, kind or MicroK8s on the local computer of the developer.
Another very important distinction of this level is that developers have direct access to Kubernetes for the first time. While it is not strictly necessary, the standard case for the Kubernetes access with these tools is to use a local Kubernetes cluster, i.e. a Kubernetes cluster started with tools such as minikube, kind or MicroK8s on the local computer of the developer.
Another very important distinction of this level is that developers have direct access to Kubernetes for the first time. While it is not strictly necessary, the standard case for the Kubernetes access with these tools is to use a local Kubernetes cluster, i.e. a Kubernetes cluster started with tools such as minikube, kind or MicroK8s on the local computer of the developer.