sydepsystem design atlas

CI/CD Pipeline

Automate build, test and deploy from every commit.

StarterPlatform
Source ControlDevOps & DeliveryCI/CD PipelineDevOps & DeliveryArtifact RegistryDevOps & DeliveryDeploymentDevOps & Delivery

A commit triggers a build, runs the test suite, publishes an artifact to a registry, and deploys it -- removing manual, error-prone release steps and giving every change the same repeatable path to production.

When to use it

  • Any team shipping software more than a handful of times a year
  • You want consistent, auditable builds instead of hand-run release scripts

Trade-offs

  • Pipeline itself becomes critical infrastructure that needs its own reliability budget
  • Slow test suites turn the pipeline into the bottleneck for shipping

Components used

Source ControlCI/CD PipelineArtifact RegistryDeployment / Release

How it works

  • Every commit triggers an automated build that compiles, runs tests and produces a single versioned artifact.
  • That same artifact is promoted through environments — no rebuilding per environment, since a rebuild is a different binary.
  • Deployment is automated and repeatable, so releasing is a routine event rather than a scheduled ceremony.

Used in the wild

  • Effectively every actively developed software project.
  • Teams moving from infrequent large releases to frequent small ones.
  • Compliance environments needing an auditable trail from commit to production.

Good to know

  • Continuous integration originally meant developers merging to trunk at least daily. Many teams that say they 'do CI' run long-lived branches and merge weekly, which is the exact problem CI was invented to prevent.
  • Pipeline duration governs behaviour more than any policy. Past roughly ten minutes, developers stop waiting for results and start context-switching, which is where integration problems creep back in.