A DevOps team first uses Terraform with OIDC-based keyless authentication via IDaaS to provision a hardened production stack (ECS, RDS, Elasticsearch, SSL certificates, VPC), then configures the deployed search application to use IDaaS OIDC for AK-free machine-to-machine access from ECS workloads to RDS and Elasticsearch, achieving end-to-end security from infrastructure provisioning through application runtime with zero static credentials.
A DevOps team first uses Terraform with OIDC-based keyless authentication via IDaaS to provision a hardened production stack (ECS, RDS, Elasticsearch, SSL certificates, VPC), then configures the deployed search application to use IDaaS OIDC for AK-free machine-to-machine access from ECS workloads to RDS and Elasticsearch, achieving end-to-end security from infrastructure provisioning through application runtime with zero static credentials.
See _combos/secure-search-app-with-keyless-m2m-auth-da68ec.
See _combos/oidc-authenticated-terraform-production-stack-wi-bf7de0.
See _combos/ml-powered-search-platform-with-identity-access--5faf13.
See _combos/secure-terraform-auth-to-ssl-web-stack-dd10f4.
Q: How do I use Terraform with OIDC to provision infrastructure and configure a keyless search application? A: You can accomplish this by using Terraform with OIDC-based keyless authentication via IDaaS to provision a hardened production stack, then configuring the deployed search application to use IDaaS OIDC for AK-free machine-to-machine access. This approach achieves end-to-end security from infrastructure provisioning through application runtime with zero static credentials.