A global financial intelligence firm is deploying a hybrid cloud architecture to connect its primary data center to Google Cloud. The workload requires a dedicated network link providing 15 Gbps of sustained throughput with predictable low latency to a central network hub. Additionally, multiple project teams require secure, isolated network environments that can directly access on-premises databases without traversing public internet endpoints. Which TWO architectural decisions should the lead cloud architect implement to meet these requirements? (Select TWO)
- Provision Dedicated Interconnect connections with Cloud Router dynamic BGP routing to satisfy the throughput and low-latency requirements.Cevap
- Configure a Shared VPC architecture where isolated teams deploy workloads into service projects attached to the host VPC containing the hybrid interconnect.Cevap
- CDeploy an HA VPN gateway with multiple encrypted IPSec tunnels operating over the public internet to scale throughput dynamically.
- DEstablish VPC Network Peering between individual project VPCs and a central hub VPC where the hybrid connection terminates so on-premises traffic can transit through the hub.
Cevap
The architect must provision Dedicated Interconnect with Cloud Router BGP routing to support 15 Gbps throughput and configure a Shared VPC network with service projects to grant isolated team workloads direct access to on-premises resources.
The combination of Dedicated Interconnect with Cloud Router dynamic BGP routing and a Shared VPC topology correctly satisfies all requirements. Dedicated Interconnect handles high-throughput (15 Gbps) requirements with low latency over private circuits. Shared VPC provides centralized control over hybrid connectivity while enabling isolated service projects to securely access on-premises databases directly through the host network without relying on transitive VPC peering.
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Anahtar Kavram
Designing High-Throughput Hybrid Connectivity and Shared VPC Architectures