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HomeCertificationsPCNETopicsImplementing Hybrid Interconnectivity
Free · No Signup RequiredGoogle Cloud · PCNE

PCNE Implementing Hybrid Interconnectivity Practice Questions

20+ practice questions focused on Implementing Hybrid Interconnectivity — one of the most tested topics on the Google Professional Cloud Network Engineer exam. Each question includes a detailed explanation so you learn why the right answer is correct.

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Exam Domains

Configuring Network ServicesImplementing Hybrid InterconnectivityManaging, Monitoring, and Optimising Network OperationsDesigning, Planning, and Prototyping a GCP NetworkImplementing VPC InstancesImplementing network securityImplementing a Virtual Private CloudAll domains →

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Sample Implementing Hybrid Interconnectivity Questions

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1.

A company wants to connect their on-premises network to Google Cloud with a Dedicated Interconnect. They have already ordered a cross-connect from their co-location facility to a Google Point of Presence (PoP). What is the NEXT step to establish the connection?

A.Create a Cloud Router and BGP session
B.Run a ping test to verify connectivity
C.Configure BGP on the on-premises router
D.Create a VLAN attachment in Google Cloud

Explanation: After the physical cross-connect is in place, the next step is to create a VLAN attachment in the Cloud Console or via gcloud. The VLAN attachment is the logical construct that represents the connection between the on-premises router and the Cloud Router.

2.

An organization is connecting their on-premises data center to Google Cloud via Partner Interconnect. The partner offers both Layer 2 and Layer 3 connectivity options. The organization wants to manage their own BGP sessions and IP addressing. Which connectivity option should they choose?

A.Any Layer option because they can manage BGP regardless
B.Layer 2 connectivity
C.Neither; they must use Dedicated Interconnect
D.Layer 3 connectivity

Explanation: With Layer 2, the service provider delivers a transparent VLAN, and the customer manages the BGP session with Google Cloud Router. Layer 3 would mean the partner manages the routing, which is not desired here.

3.

A company has deployed an HA VPN gateway in Google Cloud to connect to their on-premises network. They have configured two tunnels with IKEv2 and BGP. One tunnel is established, but the second tunnel is not coming up. What could be a likely cause?

A.IKE version is set to IKEv1 on one side
B.The pre-shared keys are mismatched between the two tunnels
C.The second tunnel's peer IP is unreachable
D.BGP timers are inconsistent

Explanation: Common issues include mismatched pre-shared keys or IKE versions. Since the first tunnel works, the configuration is mostly correct, but the second tunnel may have a different pre-shared key or PSK mismatch. Incorrect IKE version is less likely because both tunnels use the same gateway. BGP timers are usually consistent. Cloud VPN logs would help identify the root cause.

4.

A company has two Dedicated Interconnect connections from different metro areas to Google Cloud. Both connections are active and they want to use both simultaneously for load balancing traffic. They have configured two VLAN attachments each with a Cloud Router and BGP sessions. How should they configure BGP to achieve active-active load sharing?

A.Set different local preference values on the Google Cloud Router
B.Configure the on-premises router to enable ECMP for the BGP routes
C.Use AS path prepending on one connection to make it less preferred
D.Assign different MED values to each connection to influence preference

Explanation: Equal-cost multipath (ECMP) requires that the routes from both connections have the same next-hop attribute and are learned via different BGP sessions. By default, Cloud Router advertises the same routes with the same MED and AS path. To enable ECMP, the on-premises router must be configured to accept multiple equal-cost paths. The Cloud Router will automatically advertise routes with identical attributes when using separate VLAN attachments, and the on-premises router can then load balance.

5.

An engineer needs to set up DNS resolution for on-premises resources from Google Cloud. They want to resolve a custom domain (e.g., corp.example.com) using on-premises DNS servers. Which Cloud DNS feature should they use?

A.DNS forwarding zone
B.Cloud DNS peering
C.Outbound DNS forwarding
D.Inbound DNS policy

Explanation: DNS forwarding zones in Cloud DNS allow you to forward queries for a specific domain to a set of on-premises DNS server IPs. This is achieved by creating a forwarding zone with the target name servers pointing to the on-premises DNS servers.

+15 more Implementing Hybrid Interconnectivity questions available

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How to master Implementing Hybrid Interconnectivity for PCNE

1. Baseline your knowledge

Start with 10 questions to gauge your current understanding of Implementing Hybrid Interconnectivity. This tells you whether you need a concept refresher or just practice.

2. Review every explanation

For each question — right or wrong — read the full explanation. Understanding why an answer is correct is more valuable than knowing the answer itself.

3. Focus on exam traps

Implementing Hybrid Interconnectivity questions on the PCNE frequently use trap wording. Look for subtle differences in answers that test your precision, not just general knowledge.

4. Reach 80% consistently

Do repeated sessions until you score 80%+ three times in a row. Then move to mixed-mode practice to test cross-topic recall under realistic conditions.

Frequently asked questions

How many PCNE Implementing Hybrid Interconnectivity questions are on the real exam?

The exact number varies per candidate. Implementing Hybrid Interconnectivity is tested as part of the Google Professional Cloud Network Engineer blueprint. Practicing with targeted Implementing Hybrid Interconnectivity questions ensures you can handle any format or difficulty that appears.

Are these PCNE Implementing Hybrid Interconnectivity practice questions free?

Yes. Courseiva provides free PCNE practice questions across all exam topics and domains. The platform includes topic-based practice, mock exams, missed-question review, bookmarked questions, and readiness tracking — no account required.

Is Implementing Hybrid Interconnectivity one of the harder PCNE topics?

Difficulty is subjective, but Implementing Hybrid Interconnectivity is a high-priority exam concept tested in multiple ways — direct recall, scenario analysis, and command-output interpretation. Consistent practice is the best way to build confidence.

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Topic Info

Topic

Implementing Hybrid Interconnectivity

Exam

PCNE

Questions available

20+