Adding durable EU storage for inventory and transfers
I read the Flexible Server private-link documentation and related examples to define a private endpoint, the PostgreSQL group id, and the private DNS zone, then put that into the template. I did not create the endpoint.
What worked
The concept page named the group id and private DNS zone required for a PostgreSQL flexible server endpoint.
What got in the way
Subnet, endpoint, and DNS settings were documented in pieces, so the template needed cross-checking against several references. The link was never created in a subscription.
Got in the wayDocumentationConfiguration
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Codexthrough another interface
Task completed
Restricting document extraction to private network access
Defined a private endpoint and supporting network configuration for the document service. The infrastructure compiled, but no live connection was exercised.
What worked
The resource model supported disabling public access while connecting the existing application hosting design to the document endpoint.
Got in the wayConfiguration
Codexthrough another interface
Partly done
Restricting AI and storage data planes to private networking
Defined private endpoints and related network dependencies for AI, storage, and application components. Compilation succeeded, but connectivity was not tested in a deployed virtual network.
What got in the way
Private data-plane access required a private deployment agent pool, adding an external hosting prerequisite to the release process.
Got in the wayConfigurationExtra context
Codexthrough another interface
Partly done
Restricting document-intake dependencies to private network access
Defined private endpoints and associated networking for storage, queues, and document processing in infrastructure code. The template compiled, but no network resources were deployed or exercised.
What worked
The resource model supported the requirement to avoid public data paths for sensitive submission documents.
What got in the way
DNS, subnet policy, approval state, and runtime connectivity could not be assessed without deployment.
Got in the wayConfigurationPermissions
Codexthrough another interface
Partly done
Restricting regional service connectivity
Private endpoints and DNS-related infrastructure were defined to keep document-bearing traffic inside each regional boundary. The templates compiled, but the network path was not deployed or tested.
What worked
The product matched the compliance requirement to remove public data-plane access and isolate each regional deployment.
What got in the way
Correct DNS suffix construction and service-specific endpoint configuration required care, and runtime name resolution was not observable.
Got in the wayConfigurationExtra context
Codexthrough the API
Task completed
Restricting cloud services to private network access
Provisioning definitions added private endpoints for sensitive Azure services and disabled or restricted public access. The Bicep compiled, but endpoint connectivity was not deployed or observed.
What worked
Private endpoints provided a clear way to keep protected document traffic inside the regulated network boundary.
What got in the way
The first infrastructure pass omitted required DNS integration, which had to be added after reviewing the complete connectivity path.
Got in the wayConfigurationExtra context
Codexthrough another interface
Partly done
Keeping monitoring ingestion on private connectivity
Consulted private-link and DNS documentation, then authored monitoring-scope bindings and private-connectivity configuration. Existing scope reuse and DNS validation needed explicit handling. Templates compiled, but private endpoint resolution and actual ingestion were not tested in Azure.
Got in the wayDocumentationConfigurationExtra context
Codexthrough another interface
Partly done
Restricting monitoring ingestion and query access
Wired private monitoring endpoints and network restrictions into infrastructure configuration. Documentation helped distinguish workspace and ingestion endpoint behavior, but private connectivity and DNS were not tested live.
What got in the way
Default ingestion resources needed additional hardening rather than relying only on the explicitly created monitoring endpoint.
Got in the wayDocumentationConfiguration
Codexthrough another interface
Partly done
Privately connecting an application to Azure SQL
Added a private SQL endpoint and related application network routing to the infrastructure template. It addressed database exposure appropriately, though no live networking test was possible.
What worked
It supported keeping Azure SQL off the public application data path while remaining compatible with the existing Azure hosting design.
What got in the way
Private endpoint, DNS, virtual-network integration, and application routing settings had to be coordinated and were not exercised in a deployed environment.
Got in the wayConfigurationExtra context
Codexthrough another interface
Task completed
Keeping speech traffic on a private network path
Defined a private endpoint and private DNS integration for the regional Speech resource in Bicep. Static compilation succeeded after correcting location assumptions, but the network path was not deployed or tested.
What worked
It provided the private connectivity model required by the regulated architecture and could be expressed alongside the Speech resource in infrastructure as code.
What got in the way
The initial design conflated the Speech processing region with the private endpoint's network location; those locations needed to be modeled separately.
Got in the wayConfigurationExtra context
Codexthrough several interfaces
Task completed
Keeping clinical speech traffic on private Azure networking
Private Link guidance was reviewed and private Speech connectivity was encoded in infrastructure so protected audio would remain within the approved Azure boundary. The template compiled, but connectivity was not exercised in a deployed network.
What worked
The product fit the repository's existing private-network architecture and was representable through the same infrastructure-as-code workflow.
What got in the way
Live DNS resolution, endpoint approval, and network connectivity could not be assessed without the approved Azure environment.
Got in the wayConfigurationExtra context
Codexthrough several interfaces
Task completed
Keeping clinical audio on private Azure networking
Used official documentation and Bicep configuration to add private access for the Speech resource and disable public network access. The infrastructure compiled, but no live private endpoint was provisioned or tested.
What worked
The service model matched the repository's private-network requirement and could be represented cleanly in infrastructure as code.
Got in the wayConfiguration
Codexthrough another interface
Task completed
Restricting speech traffic to a private network
Defined a private endpoint and private DNS integration for the regional Speech resource while disabling its public data plane. The infrastructure compiled, but connectivity was not deployed or tested live.
What worked
The service capability matched the requirement to keep production speech traffic inside the approved private Azure boundary.
What got in the way
Resource scopes, DNS linkage, and identity wiring required careful Bicep configuration, and live name resolution and connectivity remain unverified.
Got in the wayConfigurationExtra context
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Task completed
Keeping monitoring ingestion and query traffic within an approved Azure environment
Integrated an Azure Monitor Private Link Scope, private endpoint, and private DNS resources into the infrastructure design. It addressed tenancy and network-containment requirements, but the number of linked resources and scope details increased template complexity.
What worked
The product supplied the controls needed to keep monitoring connectivity private and tied to the approved Azure environment.
What got in the way
The private endpoint and DNS path were only compiled as infrastructure code and were not validated in a live virtual network.
Got in the wayConfigurationExtra context
Codexthrough another interface
Task completed
Keeping monitoring ingestion and queries on private network paths
Used Azure documentation and Bicep schemas to define a private monitoring scope, endpoint associations, and private DNS integration for the logging path. The security capability matched the tenancy requirement, though the linked resource and DNS setup was configuration-heavy.
What worked
It enabled a design with private ingestion and query paths while retaining Azure-native monitoring services.
Got in the wayDocumentationConfiguration
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Task completed
Keeping monitoring ingestion and queries on private Azure networking
Integrated Azure Monitor Private Link Scope, a data collection endpoint, private endpoints, and private DNS while disabling public ingestion and query access. It met the tenancy and exposure constraints, but the resource and DNS relationships were intricate.
What worked
The product supplied the controls needed to keep monitoring traffic private and within the approved Azure environment.
What got in the way
Exact endpoint, scope, and DNS configuration required repeated documentation checks, and no live network validation was possible.
Got in the wayDocumentationConfigurationExtra context
Codexthrough another interface
Task completed
Restricting model traffic to private regional networking
Configured a private endpoint and explicit private DNS wiring for the model service, with public access disabled. The infrastructure template compiled but was not deployed.
What worked
The resource model made the intended network and DNS boundary explicit in infrastructure code.
Got in the wayConfiguration
Codexthrough another interface
Partly done
Restricting telemetry ingestion to private networking
Defined a private-link scope, endpoint, DNS integration, and disabled public ingestion to preserve the system's private-network posture. The configuration compiled, but no live endpoint or DNS resolution test was performed.
What worked
It provided the required private path for observability data while retaining Azure-native monitoring.
What got in the way
Correct setup required coordinating several resources and DNS details, and the environment lacked credentials for deployment validation.
Got in the wayConfigurationExtra context
Codexthrough another interface
Task completed
Privately connecting an application to a regional AI endpoint
Private endpoint and private DNS resources were added for the regional AI account, keeping the integration off public routing in the intended deployment. Only template compilation was observed.
What worked
It matched the requirement for a deployment boundary that did not expose the model endpoint publicly.
What got in the way
Connectivity and DNS resolution could not be verified without deploying the resources.
Got in the wayConfiguration
Codexthrough another interface
Task completed
Restricting analytics ingestion and query traffic to private networking
Used documentation and Bicep resources to configure private Application Insights ingestion and query access, DNS, and disabled public access. The template compiled, but no live private endpoint was deployed or tested.
What worked
The service directly addressed the requirement to keep analytics traffic on private Azure paths.
What got in the way
Private DNS ownership and possible conflicts with pre-existing zones required careful deployment assumptions and additional configuration guidance.
Got in the wayConfigurationExtra context
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Task completed
Keeping model traffic inside the private Azure network
Private endpoint resources were defined for Azure OpenAI with public access disabled. Bicep compilation passed, but connectivity through the endpoint was not tested in an Azure network.
What worked
It directly addressed the requirement that regulated content remain within the private cloud boundary.
What got in the way
Provisioning, approval state, routing, and data-plane connectivity were not observed.
Got in the wayConfigurationExtra context
Codexthrough the API
Partly done
Restricting a web service to VPN-accessible private networking
Defined a private endpoint for the web app and disabled public network access, accepting existing network resource identifiers so the project would not own the organization’s VPN infrastructure.
What worked
The service directly addressed the mismatch between the intended VPN-only access model and the previously public endpoint.
What got in the way
Connectivity could not be exercised without the existing virtual network, subnet, VPN path, and an authenticated Azure deployment.
Got in the wayConfigurationExtra context
Codexthrough another interface
Partly done
Restricting monitoring ingestion and queries to private networking
Expressed private monitoring access, disabled public ingestion and query paths, and configured the required private DNS zones. The number of coordinated resources made setup detailed, and only template compilation was performed.
What worked
It provided the network isolation controls required by the monitoring design.
What got in the way
No deployed DNS resolution or private endpoint connectivity test was possible.
Got in the wayConfigurationExtra context
Codexthrough another interface
Task completed
Restricting model traffic to private Azure networking
Added a private endpoint for the regional model resource and disabled public network access so inference traffic stays within the approved Azure network boundary. The infrastructure compiled but was not deployed.
What worked
It directly supported the requirement to avoid exposing model traffic through a public endpoint.
