Platform Engineering IDP Concept#

DevOps-OS can be used as a lightweight internal developer platform (IDP) experience: platform teams publish golden-path templates, and developers consume them through a guided self-service flow.

Conceptual flow#

Platform Engineering IDP conceptual flowPlatform team templates flow into an IDP UI. A developer works from git code commit context, selects templates, chooses automation stages, submits, and receives generated delivery artifacts.TemplatesGolden-path CI/CDGitOps • SRE • DevEnvIDP UISelf-service catalogGuardrails + standardsGit repo / commitRepository contextApp or service intent1. Select templatespipeline, GitOps, SRE, devcontainer2. Select automation stagesbuild • test • deploy • monitor3. Click submitapprove and generate automationOutputsGenerated repo changesWorkflow / YAML / configStandard delivery stagesPR or commit-ready artifactsPlatform team publishesDeveloper contextGuided self-service stepsTemplates → IDP UI → Git repo / commit → Select templates → Select automation stages → Submit → Outputs

What the diagram shows#

  1. Platform teams publish reusable templates into the IDP catalog.
  2. The IDP UI gives developers a guided entry point with platform guardrails.
  3. The flow starts from a Git repository / code commit context for the service being onboarded or updated.
  4. The developer selects the required templates and chooses automation stages such as build, test, deploy, GitOps, or observability.
  5. On submit, DevOps-OS generates the standardized delivery artifacts that can be committed or reviewed in Git.

Example automation stages#

StageTypical DevOps-OS output
Build & TestGitHub Actions / GitLab CI / Jenkins workflows
DeployArgoCD or Flux GitOps configuration
ObservePrometheus, Grafana, and SLO configuration
Developer EnvironmentDev Container configuration

This makes DevOps-OS a practical way to present platform engineering standards as a self-service IDP experience.

Backward Process-First Philosophy CI/CD Generators Forward