A digital publishing platform delivers static media assets and news articles to a global readership. The application experiences sudden traffic spikes during major news events. The business leadership requires an architectural redesign to minimize global egress latency and bandwidth costs for static assets, while automatically reducing storage costs for published articles that are older than 30 days. Which TWO architectural decisions should you recommend to satisfy these business and cost requirements?
- Store static media assets in a Cloud Storage bucket and enable Cloud CDN to cache assets at edge locations close to global users.Cevap
- Configure an Object Lifecycle Management rule on the Cloud Storage bucket to automatically transition objects older than 30 days from Standard to Coldline storage.Cevap
- CDeploy a multi-region Google Kubernetes Engine (GKE) cluster with dedicated Nginx proxy pods in every region to cache and serve static media files locally.
- DMigrate static media files into a multi-region Cloud Spanner database instance to guarantee globally consistent low-latency access.
Cevap
The platform should store static media assets in Cloud Storage with Cloud CDN enabled to cache content at edge locations, and configure an Object Lifecycle Management rule to transition assets older than 30 days to Coldline storage.
Caching static content via Cloud CDN backed by Cloud Storage minimizes network latency and egress fees globally. Automating storage tier transitions to Coldline storage using Object Lifecycle Management ensures that infrequently accessed data incurs lower storage costs automatically.
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Anahtar Kavram
Combining Cloud Storage with Cloud CDN and Object Lifecycle Management optimizes global delivery performance while minimizing compute, network egress, and long-term storage expenses.