Generate Multi-Cloud Architecture Diagrams with AI

Visualize infrastructure that spans cloud providers. Describe your cross-cloud topology, data replication, failover strategies, and service distribution in plain English and get a professional architecture diagram ready for planning, reviews, or executive presentations.

The challenge

Multi-cloud environments are inherently complex. Workloads spread across AWS, Azure, and GCP with different networking models, identity systems, and service naming conventions. Add in hybrid on-premise connections, cross-cloud data replication, and provider-specific managed services, and you have an architecture that lives in everyone's head but nowhere on paper. Traditional diagramming tools force you to manually place provider-specific icons and draw connections one by one - so the diagrams either never get made or are immediately outdated.

The solution

Describe your multi-cloud architecture the way you'd explain it in an architecture review:

"Our primary workloads run on AWS with EKS clusters in us-east-1 and eu-west-1. We use Azure for our enterprise SSO via Entra ID and host our data analytics platform on Azure Synapse. GCP runs our ML training jobs on Vertex AI. All three clouds are connected via a Megaport fabric. User traffic enters through Cloudflare, which routes to the nearest AWS region. Database replication runs from Aurora in AWS to Cloud SQL in GCP for disaster recovery."

From that description, you get a multi-cloud architecture diagram showing provider boundaries, network interconnects, data flows, and service placement. Use chat-based editing to adjust region layouts, add cost annotations, or highlight failover paths.

Multi-cloud diagrams we support

Cross-provider topology
High-level views showing workload placement across AWS, Azure, GCP, and on-premise with network interconnects and traffic routing.
Hybrid cloud connectivity
VPN tunnels, Direct Connect, ExpressRoute, Cloud Interconnect, and SD-WAN overlays bridging on-premise data centers with cloud regions.
Disaster recovery and failover
Active-active and active-passive configurations across providers, showing data replication, DNS failover, and RTO/RPO boundaries.
Multi-cloud identity and access
Federated identity flows across cloud providers, cross-account roles, workload identity federation, and centralized policy enforcement.

Perfect for

Cloud strategy and migration planning
Executive presentations on infrastructure investments
Vendor comparison and workload placement decisions
Disaster recovery and business continuity documentation
Compliance reviews spanning multiple providers
Cost optimization across cloud accounts

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