APIops (CI/CD) — Use case

Describe APIs, policies, and topology as manifests. Apply them through your pipeline. Get the same audit and three-tier permissions you get from the UI.

Developers · APIops · For developers

API as code. Same audit. Same permissions. Same gateway.

APIops ships APIs, policies, and topology as manifests. Pipelines apply them idempotently with name-based references. The audit trail is identical to a UI change — nothing escapes governance.

Five-minute quickstart · Open APIops docs

The problem

The problem

UI-only platforms force teams to choose between governance and Git.

Engineers want changes in Git. Auditors want changes in the platform. Most gateways force a trade-off: either ship via a UI (and lose Git review) or hand-roll an API client (and lose audit). Apinizer's APIops manifests close the gap: changes ship from Git, apply idempotently, and the audit ledger records them the same way it records a UI change.

Capabilities

Manifests as data

Describe APIs, policies, plans, identities, and topology as YAML manifests. Same shape across environments; environment variables for what differs.

Idempotent apply

Re-running an apply is safe. The platform compares current state to desired state and applies only the diff.

Name-based references

Manifests reference other resources by name, not by generated ID. Files survive environment promotion unchanged.

Three-tier permissions enforced

Pipelines apply with explicit credentials. Project and environment scopes apply the same way they do in the UI; bypass is rejected.

Same audit ledger

Every applied change writes to the audit ledger with the pipeline identity, the manifest version, and the diff that landed.

Pipeline-native

Apply from GitHub Actions, GitLab CI, Jenkins, Azure DevOps — anything that runs a shell. No magic; just a CLI and a manifest.

Real-world examples

Banking

Scenario: Istanbul bank ships every API change through Git

Outcome: Manifests reviewed in PRs; CI applies on merge. Audit shows the actor, the version, and the diff. UI access narrowed to read-only.

Manufacturing

Scenario: Munich OEM promotes between 4 environments with one apply

Outcome: Same manifest, different environment variables. Promotion takes a CI job, not a meeting; rollback is git revert.

Public sector

Scenario: Stockholm agency runs a compliance lane on manifest PRs

Outcome: PRs auto-checked against policy rules — required auth, required rate limit, required tagging. Compliance team reviews only exceptions.

Telecom

Scenario: Madrid carrier deploys 240 APIs per week through GitLab CI

Outcome: After-hours apply pipelines retired. APIs land Monday morning; rollbacks land Monday afternoon if needed; audit captures every one.

Metric: 240 / week

Retail

Scenario: Amsterdam marketplace runs a 'preview environment' per PR

Outcome: Each PR provisions a sandbox project on the gateway. Tests run there; the project tears down on merge. No more 'works in staging'.

Insurance

Scenario: Milan insurer codifies plan, quota, and contract changes

Outcome: Plans and quotas live in Git. Marketing campaigns ship by PR; the platform team only reviews policy, not paperwork.

Energy

Scenario: Prague utility separates 'platform' and 'project' repos

Outcome: Platform-tier policies in one repo, project-tier definitions in another. CI authentication maps to the tier each repo owns.

Government

Scenario: Baku ministry promotes manifests across sovereign environments

Outcome: Air-gapped sovereign cluster receives signed manifest bundles. Apply runs on the inside; audit reconciles weekly to the central trail.

Recommended modules

API Gateway — The runtime that applies manifests idempotently and writes audit on every apply.
API Designer — Design specs that ship as manifests; promote between environments unchanged.
AI Gateway — AI lane manifests — routing rules, prompt firewalls, MCP registry — ship the same way.
Analytics Engine — Confirm a deploy did what you expected — per-version traffic and quality.

Resources

APIops manifests — Shapes, name-based references, idempotent semantics, audit behavior.
APIops page — The hub for Apinizer's API-as-code surface.
Quickstart — Ship your first manifest in under five minutes.
API Reference — Every Manager and APIops endpoint, generated.
Analytics Engine — Per-deploy telemetry — confirm a manifest applied does what you expected.
Architecture overview — Where APIops fits in the topology.

API lifecycle management — For platform teams
Hot deploy & cache — For platform teams
OpenAPI-first design — For developers
Three-tier permissions — For platform teams

Next step

API as code, audit included

Ship from Git. Govern from one platform.

A 30-minute walkthrough — manifests, pipelines, promotion, audit — on a Kubernetes of your choice.

Book a Demo · Read the docs