Cloud Network Load Balancing MCQ Questions and Answers

Mastering Cloud Network Load Balancing is crucial for cloud certification success. This dedicated practice set features 112 Cloud Network Load Balancing MCQ questions and answers designed to mirror real exam scenarios across various GCP certifications.

📝 112 Questions⏱️ 90 min🎯 Pass: 70%

About Cloud Network Load Balancing Practice Questions

This detailed quiz focuses on Cloud Network Load Balancing, covering key concepts and scenarios often found in GCP exams.

  • Comprehensive coverage of Cloud Network Load Balancing features.
  • Scenario-based questions testing design and troubleshooting skills.
  • Detailed explanations to reinforce learning.

All 112 Cloud Network Load Balancing Questions

Browse through the complete list of questions and answers below. Use this resource to review specific concepts or check your understanding of Cloud Network Load Balancing.

1

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
2

Which type of Google Cloud Load Balancer should you use for non-HTTP traffic like TCP, UDP, or SSL that needs to handle high throughput with low latency?

Proxy Load Balancer (TCP/SSL) or Network Load Balancer
HTTP(S) Load Balancer
Cloud Router
Cloud NAT
View Explanation
✓ Correct Answer: Proxy Load Balancer (TCP/SSL) or Network Load BalancerExplanation:These are designed for Layer 4 traffic and performance-sensitive applications.
3

What is the primary difference between a 'Proxy' Load Balancer and a 'Network' Load Balancer in GCP?

Proxy terminates the connection at the LB; Network load balancer preserves the original connection (pass-through)
Proxy is free; Network is not
There is no difference
Network load balancers are only for internal traffic
View Explanation
✓ Correct Answer: Proxy terminates the connection at the LB; Network load balancer preserves the original connection (pass-through)Explanation:Proxy load balancers can provide features like SSL offloading, while Network LBs are for ultra-high performance pass-through.
4

Is 'External Network Load Balancing' a regional or global service?

Regional (traffic is load balanced across backends in a single region)
Global
Zonal
Multi-regional
View Explanation
✓ Correct Answer: Regional (traffic is load balanced across backends in a single region)Explanation:Network Load Balancers operate within a specific region.
5

Can a Network Load Balancer handle UDP traffic?

Yes, it is designed for both TCP and UDP
No, only TCP
Only if using Cloud VPN
Only in certain regions
View Explanation
✓ Correct Answer: Yes, it is designed for both TCP and UDPExplanation:UDP is commonly used for gaming, streaming, and specialized protocols.
6

How many requests per second can a Google Cloud Network Load Balancer handle?

Millions of requests per second (it scales automatically without pre-warming)
Exactly 10,000
Only what a single VM can handle
It is limited by the number of users
View Explanation
✓ Correct Answer: Millions of requests per second (it scales automatically without pre-warming)Explanation:GCP load balancers are designed for enterprise-grade scale.
7

Which load balancer feature allows you to preserve the client's source IP address all the way to the backend instance?

Network Load Balancing (as it is a pass-through balancer)
HTTP(S) Load Balancing
TCP Proxy
SSL Proxy
View Explanation
✓ Correct Answer: Network Load Balancing (as it is a pass-through balancer)Explanation:This is important for logging and security analysis on the backend servers.
8

What is 'Internal TCP/UDP Load Balancing'?

A load balancer that distributes traffic between internal VMs within a VPC (no public IP)
A load balancer for Google employees only
A load balancer that only works on Wi-Fi
There is no such service
View Explanation
✓ Correct Answer: A load balancer that distributes traffic between internal VMs within a VPC (no public IP)Explanation:Internal load balancers are used to build scalable private microservices.
9

Can a TCP Proxy Load Balancer provide global load balancing (similar to HTTP(S) LB)?

Yes, it can use the same global anycast IP system
No, proxies are always regional
Only if using Cloud VPN
Only in North America
View Explanation
✓ Correct Answer: Yes, it can use the same global anycast IP systemExplanation:GCP's proxy load balancers leverage Google's global network backbone.
10

Which tool would you use to configure and monitor your Layer 4 load balancers?

Google Cloud Console or gcloud CLI
Microsoft PowerShell
AWS Management Console
A physical control panel
View Explanation
✓ Correct Answer: Google Cloud Console or gcloud CLIExplanation:All GCP services are managed through the same central interfaces.
11

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
12

Which Google Cloud load balancer is an external, regional, non-proxied (pass-through) load balancer that supports TCP/UDP traffic and uses Maglev for distribution?

Cloud Network Load Balancer
Global HTTP(S) Load Balancer
Internal TCP/UDP Load Balancer
External Regional HTTP(S) Load Balancer
View Explanation
✓ Correct Answer: Cloud Network Load BalancerExplanation:Network load balancing is ideal for non-HTTP traffic or when you need the original client IP preserved without a proxy.
13

What is the primary technical difference between a 'Proxy' load balancer and a 'Pass-through' load balancer in GCP?

A proxy load balancer terminates the client connection and creates a new one to the backend; a pass-through load balancer routes the packets directly to the backend without termination
Proxy is faster
Pass-through is only for global traffic
Proxy does not support SSL
View Explanation
✓ Correct Answer: A proxy load balancer terminates the client connection and creates a new one to the backend; a pass-through load balancer routes the packets directly to the backend without terminationExplanation:Network Load Balancer is a pass-through balancer, meaning the VM instance sees the actual client IP at the packet level.
14

How does an External Network Load Balancer identify its backend instances to distribute traffic to?

By using a Target Pool (or more recently, a Backend Service)
By a random IP scan
By a list of hostnames
By a VNet ID
View Explanation
✓ Correct Answer: By using a Target Pool (or more recently, a Backend Service)Explanation:Target pools define a set of VM instances in a single region that should receive the traffic.
15

What is 'Session Affinity' in the context of Network Load Balancing?

A setting (like 2-tuple or 3-tuple hash) that ensures a client's packets are consistently sent to the same healthy backend instance
A way to encrypt the connection
A method for caching content
A tool to monitor user behavior
View Explanation
✓ Correct Answer: A setting (like 2-tuple or 3-tuple hash) that ensures a client's packets are consistently sent to the same healthy backend instanceExplanation:Affinity can be based on source IP and destination IP, or can also include the protocol and port.
16

Can an External Network Load Balancer handle traffic across multiple Google Cloud regions?

No, it is a regional resource and only balances traffic among instances within a single region
Yes, it is global
Only if using Cloud CDN
Only if using a VPN
View Explanation
✓ Correct Answer: No, it is a regional resource and only balances traffic among instances within a single regionExplanation:For global distribution, you would typically use the Global HTTP(S) or Global SSL/TCP proxy load balancers.
17

What is the role of an 'Internal TCP/UDP Load Balancer' in a VPC?

To balance traffic from within the VPC (or via VPN/Interconnect) to a set of internal healthy backend instances
To route internet traffic
To manage DNS records
To protect against DDoS attacks
View Explanation
✓ Correct Answer: To balance traffic from within the VPC (or via VPN/Interconnect) to a set of internal healthy backend instancesExplanation:Internal load balancers provide an internal IP address for multi-tier architectures (e.g., app-to-db traffic).
18

Does an External Network Load Balancer require a specific 'Health Check' to function?

Yes, it uses Google Cloud health checks to ensure traffic is only sent to healthy and available instances
No, it is optional
Only if using HTTPS
Only for Premium tier projects
View Explanation
✓ Correct Answer: Yes, it uses Google Cloud health checks to ensure traffic is only sent to healthy and available instancesExplanation:Without health checks, the load balancer cannot know if a backend instance has failed.
19

What is the 'Anycast' IP feature in Google Cloud Load Balancing?

A feature where a single global IP address is announced from every Google edge location, routing traffic to the closest healthy backend
An IP that changes every time a VM restarts
A private IP for the VPC
A way to hide the server's identity
View Explanation
✓ Correct Answer: A feature where a single global IP address is announced from every Google edge location, routing traffic to the closest healthy backendExplanation:Anycast is a core feature of Google's global load balancers (HTTP, SSL, TCP Proxy), simplifying DNS management.
20

Which Network Service Tier in Google Cloud provides the highest performance by using Google's premium global fiber network for the entire path from the user to the application?

Premium Tier
Standard Tier
Basic Tier
Economic Tier
View Explanation
✓ Correct Answer: Premium TierExplanation:Standard tier exits Google's network as soon as possible, potentially increasing latency over the public internet.
21

You are migrating a large web application that uses a custom SSL termination logic based on client IP headers. You need a load balancer that passes the original TCP packet to the backend without modification. Which one should you choose?

External Proxy Network Load Balancing
External Pass-through Network Load Balancing
Global HTTP(S) Load Balancing
Internal Load Balancing
View Explanation
✓ Correct Answer: External Pass-through Network Load BalancingExplanation:Pass-through Network Load Balancing is a non-proxied load balancer that sends traffic to backends exactly as it was received, preserving the client IP and headers without termination.
22

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
23

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
24

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
25

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
26

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
27

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
28

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
29

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
30

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
31

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
32

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
33

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
34

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
35

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
36

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
37

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
38

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
39

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
40

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
41

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
42

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
43

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
44

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
45

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
46

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
47

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
48

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
49

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
50

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
51

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
52

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
53

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
54

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
55

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
56

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
57

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
58

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
59

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
60

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
61

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
62

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
63

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
64

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
65

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
66

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
67

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
68

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
69

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
70

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
71

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
72

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
73

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
74

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
75

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
76

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
77

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
78

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
79

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
80

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
81

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
82

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
83

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
84

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
85

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
86

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
87

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
88

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
89

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
90

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
91

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
92

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
93

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
94

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
95

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
96

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
97

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
98

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
99

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
100

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
101

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
102

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
103

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
104

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
105

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Load Balancing
Cloud CDN
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
106

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
107

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Network Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
108

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
109

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
110

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
111

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud Network Load Balancing
Cloud Load Balancing
Cloud HTTP(S) Load Balancing
Cloud CDN
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.
112

Your high-traffic application requires ultra-low latency and needs to handle millions of requests per second at the network level. Which load balancer is best?

Cloud CDN
Cloud HTTP(S) Load Balancing
Cloud Network Load Balancing
Cloud Load Balancing
View Explanation
✓ Correct Answer: Cloud Network Load BalancingExplanation:Cloud Network Load Balancing operates at Layer 4 (transport layer) and is engineered to handle massive throughput with minimal latency.