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The service account and application configuration were prepared for federated workload identity, matching the existing AKS security model and avoiding static Speech credentials. No live federation exchange was available to test.
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Workload identity and scoped role assignments were designed into the AKS deployment and Azure infrastructure so the worker could send email and receive queue messages without secrets. The configuration was compiled but not deployed.
Workload identity and scoped role assignments were designed into the infrastructure and Kubernetes configuration. Determining the appropriate Communication Services send permission required extra documentation searches, and no live token exchange was tested.
A managed identity, federated workload configuration, scoped role assignments, and client-ID wiring were designed for email, messaging, and database access. The approach eliminated a new secret, but deployment-specific identity values still had to be substituted.
Workload identity was the passwordless authentication design for the AKS worker and its least-privilege access to messaging and email resources.
Added a dedicated workload-identity design and RBAC assignments for model access and audit publishing. Templates compiled, but federation and role behavior were not validated against a live tenant.
Configured identity-based publishing and RBAC for the monitoring pipeline, avoiding stored cloud credentials. Actual federation and token acquisition required environment-specific identity values and were not tested live.
Defined a managed identity, federated Kubernetes service-account credential, and the required Speech role assignment. This removed static keys, but coordinating issuer, subject, client ID, resource ID, and deployment outputs required several linked configuration points.
Workload identity and least-privilege role assignments were wired through Bicep and Kubernetes for sending email and consuming queues. The approach eliminated application secrets, but object IDs, role scopes, and module parameter placement required careful configuration.
Wired the existing workload identity into deployment configuration and least-privilege role assignments for messaging and email access. The configuration compiled, but no live token or authorization flow was tested.