Build around the contract.
A working reference architecture for contract-first delivery: design and publish an API independently, build providers and consumers against it, then release and promote through reviewable Git state.
Reference architecture, expressed in three parts.
Contract-First IDP is published as a set of complementary reference artifacts. Together they show how the developer experience, trusted runtime implementation, and shared platform can fit together while keeping Git as the durable contract between layers.
Developer experience reference
Golden paths show how Developer Hub can capture catalog relationships and lifecycle intent as reviewable Git changes for APIs, Components, Resources, activation, and promotion.
Runtime implementation reference
Reusable charts show how reviewed tenant intent can be interpreted into namespaces, API publication, builds, workloads, releases, and managed resources.
Platform installation reference
The OpenShift reference target demonstrates the shared services and controllers that support the lifecycle: GitOps, Pipelines, Developer Hub, Dev Spaces, Quay, Registry, Microcks, identity, secrets, and operators.
Latest from the blog
The architecture has been developed in the open. The older essays explain the principles; the v1.0.0 release shows where those ideas landed in a working reference implementation.
Contract-First IDP v1.0.0: Ready to Build On
v1.0.0 marks the point where Contract-First IDP becomes a tested, versioned reference architecture with clearer boundaries for users and contributors.
Contract-Driven Feedback Loops
Contract testing in Contract-First IDP now spans specification validation, virtualization, generated client/server boundaries, and runtime provider validation.
Read article →Golden Paths for Contract-First Development
How Contract-First IDP turns Backstage catalog relationships into an end-to-end developer workflow where APIs have independent lifecycles and implementations start from selected contracts.
Read article →Backstage Systems-as-Code
Why Git-backed Backstage Systems make a useful technical source of truth for composition, ownership, and environment lifecycle.
Read article →