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Standard

As explained in Effective Platform Engineering

Standardization is the adoption of common interfaces, behaviors, and processes so that components can interoperate consistently.

Standardization establishes shared APIs, configurations, templates, and policies so teams can operate consistently. In platform engineering, it can reduce infrastructure complexity while supporting compliance and interoperability. section 2.3.5 section 10.2.5 section 10.6.1

Platform standardization appears in several forms:

  • Kubernetes provides agreed-upon APIs for orchestration and extensibility. section 2.3.5
  • IDPs use templates and policies to promote best practices, compliance, and consistent deployments. section 10.6.1
  • Standardized configurations can align teams with security and governance requirements, reducing vulnerabilities and human error. section 10.2.5

Standardizing microservice deployment

A developer configures and deploys a microservice through an IDP portal. Templates and policies promote consistent, compliant setup, while automation handles build, testing, and deployment. section 10.6.1

How Effective Platform Engineering covers it

How deep it goes
Explains Kubernetes APIs, IDP templates, and standardized configurations, without detailing their implementation.
Examples
Uses Kubernetes APIs, standardized configurations, and an IDP portal for deploying a microservice.
What you can do after
Apply standardization through IDP templates and policies that promote consistent, compliant deployments.
How it connects
Connects standardization to Kubernetes, APIs, orchestration, internal developer platforms, security, and governance.

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This explainer was generated by Manning's knowledge graph from the text of Effective Platform Engineering. The section links point to the parts of the book it draws on.