A DevOps team first uses Terraform to provision a hardened production web stack (VPC, ECS cluster, RDS, OSS, SLB) with SSL certificates, MLPS 2.0 compliance, and cross-region disaster recovery, then layers on EventBridge-driven observability that fans out real-time alerts via Twilio SMS/WhatsApp and Resend email to on-call teams while simultaneously ingesting all infrastructure events into a DataWorks analytics lake for post-mortem and trend analysis.
A DevOps team first uses Terraform to provision a hardened production web stack (VPC, ECS cluster, RDS, OSS, SLB) with SSL certificates, MLPS 2.0 compliance, and cross-region disaster recovery, then layers on EventBridge-driven observability that fans out real-time alerts via Twilio SMS/WhatsApp and Resend email to on-call teams while simultaneously ingesting all infrastructure events into a DataWorks analytics lake for post-mortem and trend analysis.
See _combos/oidc-secured-terraform-stack-with-twilio-alertin-18da7b.
See _combos/oidc-authenticated-terraform-production-stack-wi-bf7de0.
See _combos/secure-production-stack-with-dr-and-monitoring-cbb078.
See _combos/infrastructure-monitoring-alerting-and-analytics-2ca15f.
Q: How do I deploy a hardened production stack with disaster recovery and add multi-channel alerting and an analytics lake? A: You provision the infrastructure using Terraform to create a hardened production web stack with cross-region disaster recovery, then layer on EventBridge-driven observability for alerts and analytics. This configuration fans out real-time notifications via Twilio SMS/WhatsApp and Resend email while ingesting all infrastructure events into a DataWorks analytics lake for post-mortem and trend analysis.