A biomedical research enterprise needs to migrate genomic sequence datasets from its primary on-premises facility to a Google Cloud Virtual Private Cloud (VPC). The workload requires a sustained private bandwidth of 15 Gbps. The enterprise facility is not located in a Google Cloud colocation site, but a supported service provider is available nearby. Which TWO actions must the network architect perform to configure this hybrid connection in accordance with Google Cloud best practices?
- Provision Partner Interconnect VLAN attachments through the supported service provider to establish connection to the Google Cloud VPC.Answer
- BDeploy an HA Cloud VPN gateway with four active IPsec tunnels operating over the public internet.
- Configure Cloud Routers in the Google Cloud VPC to establish dynamic BGP sessions with the service provider routers.Answer
- DEstablish a VPC Network Peering connection directly between the on-premises router interface and the GCP VPC network.
- EConfigure VPC Service Controls perimeter bridges to encapsulate and route physical layer traffic directly into target Cloud Storage buckets.
Answer
The network architect must provision Partner Interconnect VLAN attachments through a supported service provider and configure Cloud Routers in the VPC network to establish dynamic BGP sessions.
Partner Interconnect is the required solution when high bandwidth (>10 Gbps) is needed and the customer facility is not located in a Google Cloud direct colocation site. Configuring Cloud Routers in the target VPC allows BGP sessions to exchange dynamic routes across the Partner Interconnect VLAN attachments.
Step-by-Step Solution
Key Concept
Configuring Partner Interconnect with Cloud Router BGP dynamic routing for high-bandwidth hybrid connectivity.
Estimated Time:2m 0s