BuiltRight is a new joint series from Microsoft Azure and HashiCorp designed to help teams build secure, scalable, and automation‑ready cloud foundations—the right way—from day one.

As Kubernetes environments grow, delivering production‑ready AKS clusters that are secure, consistent, and compliant across multiple environments becomes increasingly complex. In this webinar, Azure and HashiCorp experts explain how to confidently operationalize AKS at scale using Azure Verified Modules (AVM) for Terraform—Microsoft’s enterprise‑grade, pre‑validated infrastructure‑as‑code modules.

You’ll learn how Azure landing zones, subscription vending, and HashiCorp Validated Design (HVD) modules come together to enable repeatable AKS deployments aligned with Microsoft best practices, while integrating seamlessly into CI/CD workflows.

Whether you are modernizing applications or building new cloud‑native platforms, this session equips you with practical guidance for building a Kubernetes foundation that scales with your organization.

Key Takeaways

• Understand what Azure landing zones, subscription vending, and Azure Verified Modules (AVM) are and why they matter
• Learn how Terraform supports scalable, secure, and compliant cloud infrastructure
• Explore AVM module architecture and deployment patterns for production‑ready AKS
• Discover built‑in options for high availability, scalability, and security
• See how HVD modules accelerate AKS delivery across multiple environments
• Learn best practices for integrating AKS infrastructure into CI/CD pipelines
• Gain actionable insights for building a platform that scales with organizational growth

Who Should Attend

• Platform engineers and architects responsible for Azure infrastructure
• SREs and cloud operations teams standardizing AKS across environments
• DevOps and cloud engineers integrating Kubernetes infrastructure into CI/CD pipelines
• IT leaders and cloud strategists evaluating infrastructure automation strategies
• Application modernization and cloud‑native teams adopting Kubernetes for new or existing workloads

Note: Familiarity with infrastructure‑as‑code concepts and cloud architecture patterns is recommended.