Daytona’s environment management simplifies the process of setting up, managing, and deploying environments through the use of various technologies and dependencies. Here are some of the key options and examples:
Kubernetes
Daytona uses Kubernetes for managing containerized applications. With Kubernetes, Daytona can easily manage and scale applications in a variety of environments. For example, Daytona can create a Kubernetes cluster with a single command, and then deploy applications to that cluster using Kubernetes manifests.
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GitOps
Daytona uses GitOps, a method of managing infrastructure as code, to automate the deployment of applications. With GitOps, Daytona can manage infrastructure using Git repositories, and then use tools like Flux or Argo CD to automatically deploy changes to the infrastructure.
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HashiCorp Vault
Daytona uses HashiCorp Vault to manage secrets and protect sensitive data. With Vault, Daytona can securely store and access secrets, such as API keys and passwords, in a variety of environments.
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GitLab Agent for Kubernetes
Daytona uses the GitLab Agent for Kubernetes to manage resources deployed by GitLab. With the GitLab Agent, Daytona can easily view and manage resources deployed by GitLab, such as pods and services.
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KubeVela
Daytona uses KubeVela to manage environments as applications. With KubeVela, Daytona can model environments as applications, and then use KubeVela to manage the infrastructure of those environments.
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Terraform
Daytona uses Terraform to manage infrastructure as code. With Terraform, Daytona can define infrastructure resources, such as virtual machines and load balancers, and then use Terraform to deploy and manage those resources.
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Grafana
Daytona uses Grafana to monitor and visualize application performance and health. With Grafana, Daytona can create dashboards to display metrics and logs, and then use those dashboards to troubleshoot issues and optimize performance.
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Go programming language
Daytona is written in the Go programming language, which provides a variety of features for managing environments, such as concurrency, networking, and garbage collection.
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Docker
Daytona uses Docker to containerize applications and dependencies. With Docker, Daytona can easily package and distribute applications, and then deploy those applications in a variety of environments.
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Git
Daytona uses Git for version control and collaboration. With Git, Daytona can manage code changes, track issues, and collaborate with other developers.
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gRPC
Daytona uses gRPC for remote procedure calls (RPCs) between services. With gRPC, Daytona can define RPCs using Protocol Buffers, and then use gRPC to communicate between services.
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Shell scripting
Daytona uses shell scripting to automate tasks and manage environments. With shell scripting, Daytona can define commands and workflows, and then use those scripts to manage infrastructure and applications.
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GitHub Actions or similar CI/CD tools
Daytona uses GitHub Actions or similar CI/CD tools to automate testing and deployment. With GitHub Actions, Daytona can define workflows and pipelines, and then use those workflows to build, test, and deploy applications.
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Container registry
Daytona uses a container registry to store and distribute container images. With a container registry, Daytona can easily manage and distribute container images, and then deploy those images in a variety of environments.
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OAuth2
Daytona uses OAuth2 for authentication and authorization. With OAuth2, Daytona can securely authenticate users and applications, and then authorize access to resources and services.
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In summary, Daytona’s environment management simplifies the process of setting up, managing, and deploying environments through the use of various technologies and dependencies, such as Kubernetes, GitOps, HashiCorp Vault, GitLab Agent for Kubernetes, KubeVela, Terraform, Grafana, Go programming language, Docker, Git, gRPC, Shell scripting, GitHub Actions or similar CI/CD tools, container registry, and OAuth2. By using these tools and technologies, Daytona can easily manage infrastructure and applications in a variety of environments.