A global aerospace engineering firm is designing a multi-tier hybrid network architecture to connect its on-premises data centers and remote manufacturing facilities to Google Cloud. Match each operational connectivity requirement on the left with the appropriate Google Cloud hybrid networking solution on the right.
- Provisioning 100 Gbps private, unencrypted bandwidth between a primary research data center and a VPC network with a 99.99% availability SLA requiring redundant circuits across two edge availability domains.Dedicated Interconnect
- Establishing an encrypted IPsec connection over the public internet with a 99.99% availability SLA for a regional distribution facility.HA VPN with dual gateways and active-active tunnels
- Connecting a remote manufacturing plant requiring 200 Mbps sub-1G capacity where direct physical colocation with a Google edge facility is unavailable, leveraging a supported service provider.Partner Interconnect
- Dynamically exchanging BGP routes to establish automatic topology updates and failover paths between on-premises routers and VPC subnets.Cloud Router
Answer
Matching pairs: Dedicated Interconnect satisfies 100 Gbps private connectivity with a 99.99% SLA across edge availability domains; HA VPN with dual gateways satisfies encrypted public internet connectivity with a 99.99% SLA; Partner Interconnect satisfies sub-1 Gbps connectivity via a service provider; Cloud Router satisfies dynamic BGP route exchange.
Each operational requirement strictly maps to its corresponding Google Cloud networking component based on bandwidth thresholds, SLA guarantees, encryption needs, and service provider integration.
Step-by-Step Solution
Key Concept
Architecting Google Cloud hybrid connectivity options (Dedicated Interconnect, Partner Interconnect, HA VPN, Cloud Router) based on SLA, bandwidth, encryption, and service provider integration.