Azure EPAC Policy-as-Code Governance Architecture

AZUREArchitectureadvanced
Azure EPAC Policy-as-Code Governance Architecture — AZURE architecture diagram

About This Architecture

Enterprise Policy-as-Code (EPAC) governance architecture on Azure uses GitHub and Azure DevOps to manage Azure Policy assignments across Sandbox and Production Management Groups with automated drift detection. Policy changes flow through a multi-stage pipeline: code commit triggers a plan-only phase, sandbox deployment with validation gates, and production approval before enforcement. Continuous drift detection via scheduled pipelines identifies unauthorized policy changes and automatically restores the desired state, while authorized drifts are tracked as pull requests for audit compliance. This architecture ensures policy consistency, reduces manual governance overhead, and maintains a single source of truth for Azure Policy definitions across your entire tenant.

People also ask

How do I implement policy-as-code governance on Azure with automated drift detection and multi-stage approval workflows?

Azure EPAC governance architecture combines GitHub repositories for policy definitions with Azure DevOps CI/CD pipelines to deploy Azure Policy assignments across Sandbox and Production Management Groups. Scheduled drift detection via Azure Monitor identifies unauthorized policy changes and automatically restores compliance, while authorized drifts are tracked as pull requests for audit trails.

Azurepolicy-as-codegovernanceEPACAzure DevOpsdrift detection
Domain:
Cloud Azure
Audience:
Azure cloud architects and governance engineers implementing policy-as-code with EPAC

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About This Architecture

Enterprise Policy-as-Code (EPAC) governance architecture on Azure uses GitHub and Azure DevOps to manage Azure Policy assignments across Sandbox and Production Management Groups with automated drift detection. Policy changes flow through a multi-stage pipeline: code commit triggers a plan-only phase, sandbox deployment with validation gates, and production approval before enforcement. Continuous drift detection via scheduled pipelines identifies unauthorized policy changes and automatically restores the desired state, while authorized drifts are tracked as pull requests for audit compliance. This architecture ensures policy consistency, reduces manual governance overhead, and maintains a single source of truth for Azure Policy definitions across your entire tenant.

People also ask

How do I implement policy-as-code governance on Azure with automated drift detection and multi-stage approval workflows?

Azure EPAC governance architecture combines GitHub repositories for policy definitions with Azure DevOps CI/CD pipelines to deploy Azure Policy assignments across Sandbox and Production Management Groups. Scheduled drift detection via Azure Monitor identifies unauthorized policy changes and automatically restores compliance, while authorized drifts are tracked as pull requests for audit trails.

Azure EPAC Policy-as-Code Governance Architecture

Azureadvancedpolicy-as-codegovernanceEPACAzure DevOpsdrift detection
Domain: Cloud AzureAudience: Azure cloud architects and governance engineers implementing policy-as-code with EPAC
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Created by

May 29, 2026

Updated

May 29, 2026 at 6:22 PM

Type

architecture

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