About This Architecture

Multi-region OCI architecture for an AI video intermediary platform spanning ap-tokyo-1 with dual availability domains, public-facing WAF and CDN tiers, and private application and data layers. Traffic flows from creators and viewers through OCI WAF and CDN to Flexible Load Balancers, then to API Gateways and App Servers in private subnets, which orchestrate OCI Functions, OKE media services, and external AI APIs for video and image generation. Data persistence uses ATP primary-standby pairs for prompt storage, NoSQL for user sessions, Object Storage for video assets, and OCI Vault for secrets, all monitored via OCI Monitoring, Logging, APM, and Cloud Guard. This architecture demonstrates high-availability, secure multi-tier design with integrated generative AI workflows ideal for platforms requiring real-time video processing and user session management. Fork and customize this diagram on Diagrams.so to adapt compartment isolation, subnet sizing, or AI service integrations for your OCI deployment.

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How do I architect a scalable AI video generation platform on OCI with high availability and external AI API integrations?

This diagram shows a dual-availability-domain OCI design in ap-tokyo-1 with public WAF/CDN tiers, private app and data layers, OCI Functions for prompt optimization, OKE for media services, and ATP primary-standby for prompt storage. It demonstrates secure multi-tier isolation, load balancing, and seamless integration with external Video Gen AI and LLM APIs.