Design enterprise-scale multi-cloud architectures, governance frameworks, and reliability strategies. Make the decisions that define how systems are built.
Cloud Architects design the systems — they set technical direction, create architecture patterns, define governance rules, and make final decisions on platform choices. They are hands-on enough to validate their designs through code.
Cloud Architects are senior, high-impact roles found in large enterprises and specialized cloud-first consultancies. They typically have 5–10+ years of cloud and infrastructure experience before entering this role.
Certifications like AZ-305 (Azure Solutions Architect Expert) and AWS SAP-C02 (Solutions Architect Professional) are standard in this role.
Build deep Azure expertise first, then expand to multi-cloud, advanced architecture patterns, and security engineering.
Deep Azure knowledge starting from platform fundamentals through compute, storage, and database services — the prerequisite for all architecture decisions.
Hub-spoke topology, VNet peering, ExpressRoute, Azure Firewall, Private Endpoints, DNS architecture, and hybrid connectivity at enterprise scale.
Zero trust architecture, Entra ID governance, PIM, Key Vault design, Defender for Cloud, network security at scale, and compliance policy automation.
Cloud design pillars (reliability, security, cost), landing zones, management groups, Azure Policy, high availability patterns, multi-region, and disaster recovery design.
AWS architecture patterns: VPC design, IAM, EC2/EKS/Lambda, S3, RDS, Route 53, CloudFormation, and the architectural differences from Azure for multi-cloud design.
GCP architecture: projects hierarchy, VPC, GKE, Cloud SQL, BigQuery, IAM, and when to choose GCP over Azure or AWS for specific workloads.
Design modular, multi-cloud Terraform architectures. Module versioning, workspace strategies, Atlantis automation, and state management for large-scale platforms.
Enterprise Kubernetes architecture: multi-cluster strategies, node pool design, workload identity, network policies, and AKS at production scale.
Build security into architecture from the start — GHAS code scanning, supply chain security, Veracode SAST/DAST, and DevSecOps pipeline patterns.
Design reliable systems from the architectural level — SLO-driven design, multi-region failover, chaos engineering, and reliability as a first-class architectural concern.
Design a management group hierarchy, Azure Policy assignments, hub-spoke networking, and shared service DNS/monitoring for a 500-person organization onboarding to Azure.
Design an active-active AKS deployment across two Azure regions with Azure Front Door, Cosmos DB geo-replication, and automated failover — achieving 99.99% SLA.
Conduct a Well-Architected Framework review, identify top 10 security and cost risks, and produce a remediation roadmap with Terraform automation for each fix.