A platform team uses Terraform to deploy both a self-scaling event data pipeline (EventBridge ingestion, DataWorks transformation, RDS/ESS storage) and PAI workspaces in a unified IaC codebase, creating an end-to-end system where streaming event data is continuously processed into features that feed directly into PAI model training jobs—all access, roles, and scaling governed as code.
A platform team uses Terraform to deploy both a self-scaling event data pipeline (EventBridge ingestion, DataWorks transformation, RDS/ESS storage) and PAI workspaces in a unified IaC codebase, creating an end-to-end system where streaming event data is continuously processed into features that feed directly into PAI model training jobs—all access, roles, and scaling governed as code.
See _combos/terraform-provisioned-pai-workspace-access-40c527.
See pai/pai-manage-permissions.
See _combos/terraform-provisioned-self-scaling-event-data-pi-8f8fb4.
See _combos/terraform-full-stack-app-with-database-and-stora-456737.
Q: How can I use Terraform to provision an end-to-end ML data pipeline and PAI workspace together? A: You can provision an end-to-end ML data pipeline and PAI workspace together by deploying both components within a unified Terraform codebase. This setup creates a self-scaling event data pipeline that continuously processes streaming data into features for PAI model training jobs. All access, roles, and scaling are governed entirely as code through your infrastructure scripts.