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Tekton

kubernetes tasks pipelines and reusable build steps

Cloud-native CI/CD framework

Why learn Tekton?

Useful for containerized build workflows on Kubernetes. Build credentials and untrusted contributions require strong isolation.

Where it came from

Tekton provides building blocks for CI/CD systems, including tasks, pipelines, and execution resources. Its ecosystem includes triggering and supply-chain-related components.

Build your understanding

Work through these exercises in order. Try the task before opening a reference.

  1. Define a task with a deterministic output.
  2. Run the task in a disposable namespace.
  3. Connect two tasks through a pipeline.
  4. Inspect logs and results after a failure.
  5. Restrict credentials available to an untrusted build.

Documentation and sources

Catalog research notes

Connect the ideas

Built on

Kubernetes

Alternatives

JenkinsGitHub Actions

Explore next

BuildKit

Real World Example

Illustrative business scenario · AI-generated from linked documentation · Not a measured customer case study

Automated Microservice Build Orchestration

A cloud-native fintech startup managing dozens of independent microservices.

The business problem

Manual build scripts and inconsistent CI environments lead to deployment drift and frequent integration failures during the release cycle.

How this topic solves it

Implementing Tekton Pipelines allows the team to define reusable, version-controlled build steps as Kubernetes custom resources, ensuring that every microservice follows a standardized, immutable build process within the cluster.

  1. Define individual build steps as Task resources to encapsulate specific logic like unit testing or container image building.
  2. Compose these Tasks into a Pipeline resource to define the sequential execution order for the microservice build.
  3. Configure a PipelineRun to trigger the execution of the defined Pipeline against a specific source code repository.
  4. Utilize the Tekton Catalog to pull pre-verified, reusable Task definitions for common operations like Git cloning or image pushing.
Tekton Pipeline Execution Flow · Process flow

This diagram illustrates the flow from source code to a completed build artifact using Tekton components.

Source Code

Git repository containing microservice code

Task

Reusable unit of work like testing

Pipeline

Orchestration of multiple Tasks

PipelineRun

The execution instance of a Pipeline

Artifact

Final container image

  • Source Code → triggers → PipelineRun
  • PipelineRun → executes → Pipeline
  • Pipeline → invokes → Task
  • Task → produces → Artifact

Expected business outcome

Standardized build artifacts and reduced configuration drift across the microservice architecture, leading to more reliable and predictable deployment cycles.

Limitations and checks

Tekton resources are stored as Kubernetes objects, which can lead to cluster state bloat if old PipelineRuns are not pruned; check this by monitoring the count of completed PipelineRun resources in the namespace.

Sources

Generated 2026-10-18 with gemini-3.1-flash-lite. Your assessment includes two questions about this example.

Catalog source: technology-maxxing. This page reproduces the existing catalog’s learning material and source links.