An energy utility enterprise needs to securely connect its on-premises operational center to a Google Cloud Virtual Private Cloud (VPC) to stream telemetry data from regional substations. The network connection must support a peak throughput of 800 Mbps, guarantee a 99.99% service availability SLA, enforce mandatory IPsec encryption in transit for regulatory compliance, and be fully provisioned within two days. Which hybrid connectivity solution should you implement?
- Deploy a High Availability (HA) Cloud VPN gateway with dual active-active IPsec tunnels connected to Cloud Router for dynamic BGP routing.Cevap
- BProvision a 10 Gbps Dedicated Interconnect connection pair with Cloud Router to establish a private physical link.
- CEstablish VPC Network Peering directly between the on-premises border router and the Google Cloud VPC network.
- DConfigure VPC Service Controls perimeter rules to ingest telemetry over public HTTPS endpoints without dedicated tunnels.
Cevap
Deploying an HA Cloud VPN gateway with active-active IPsec tunnels and Cloud Router dynamic BGP routing satisfies the 99.99% SLA, 800 Mbps bandwidth requirement, IPsec encryption mandate, and rapid deployment timeline.
Deploying HA Cloud VPN with dual active-active IPsec tunnels paired with Cloud Router meets all specified enterprise requirements: HA Cloud VPN guarantees a 99.99% availability SLA, natively provides IPsec encryption in transit, easily handles the 800 Mbps throughput requirement (up to 3 Gbps per tunnel), and can be configured immediately without physical infrastructure lead time.
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Configuring HA Cloud VPN for high-availability, encrypted sub-Gbps hybrid connectivity