infrastructure

Terraform infrastructure as code enables multi-AZ resilience by defining VPCs, subnets across availability zones, load balancers, and autoscaling groups in version-controlled, repeatable configurations. This approach codifies your cloud architecture, supports peer review, and ensures consistent deployment across regions for fault tolerance.

Disaster recovery planning combines cross-region replication, managed database backups, and automated recovery procedures defined in infrastructure code. This Skill designs backup topology, failover mechanisms, and cost-optimized retention policies to protect data and minimize downtime across major cloud platforms.

Network segmentation uses VPCs, subnets, security groups, and network ACLs to isolate workloads and control traffic flow. Access control combines identity policies, role-based permissions, and least-privilege principles to restrict who can reach which resources, reducing attack surface.

Yes. IaC practices enable cost tagging, resource quotas, and automated reporting within your infrastructure definitions. By codifying billing policies and resource allocation upfront, you gain visibility into costs, prevent overspending, and optimize resource utilization across your cloud environment.

Terraform infrastructure design works with AWS, Azure, Google Cloud, and other major cloud providers through provider-specific modules. This multi-cloud capability lets you standardize IaC practices, migrate workloads, and avoid vendor lock-in while maintaining consistent networking and compute patterns.

This Skill guides teams through cloud architecture fundamentals—VPCs, load balancers, autoscaling, managed databases—and translates business requirements into infrastructure code. Prior cloud experience helps, but the Skill applies proven patterns for three-tier applications, resilience, and modular design that work regardless of expertise level.