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MODULE 6 - COGNATE 3

Total questions: 89

Worksheet time: 45mins

Name
Class
Date
1.

What is Network Architecture primarily concerned with?

a)

Coding software for applications

b)

Designing and structuring communication networks

c)

Configuring databases

d)

Developing mobile systems

2.

Network Architecture defines ______.

a)

User interfaces

b)

Hardware prices

c)

Components, relationships, and operational principles

d)

Power consumption

3.

Architecture focuses on the ______ and ______.

a)

Who & When

b)

Why & What

c)

Where & How

d)

What & When

4.

Design focuses on the ______.

a)

What

b)

Why

c)

How

d)

Where

5.

Architecture defines ______.

a)

Device configurations

b)

Strategy, principles, and high-level requirements

c)

Cable management

d)

User credentials

6.

Network Design focuses on ______.

a)

Long-term goals

b)

Business policies

c)

Implementation details

d)

Marketing strategies

7.

Which of the following is NOT part of architecture?

a)

Strategy

b)

Lifecycle consideration

c)

Device IP addressing

d)

Business scalability

8.

Which describes Modern Network Component Architecture?

a)

The physical layout of routers

b)

Where core functions are implemented across the network

c)

Pricing of network devices

d)

User interface structures

9.

Which of the following is NOT one of the four pillars of a modern network?

a)

Connectivity & Routing

b)

Security

c)

Data Storage

d)

Management & Automation

10.

What ensures intelligent path selection across networks?

a)

SD-WAN and BGP

b)

DNS and DHCP

c)

HTTP and HTTPS

d)

VPN and FTP

11.

Which pillar includes “Zero Trust Architecture” and “NGFW”?

a)

Security

b)

Performance & Assurance

c)

Connectivity

d)

Automation

12.

“Performance & Assurance” ensures ______.

a)

Low storage usage

b)

Application performance and user experience

c)

Quick device replacement

d)

Power efficiency

13.

Management & Automation aim to reduce ______.

a)

Network uptime

b)

Complexity and human error

c)

Security

d)

Automation tools

14.

Which of the following tools is used for network automation?

a)

Photoshop

b)

Ansible

c)

Excel

d)

Blender

15.

What does “Infrastructure as Code (IaC)” refer to?

a)

Code for marketing

b)

Managing networks using software automation

c)

Manual network configuration

d)

Encryption systems

16.

The LAN/MAN/WAN model is based on ______.

a)

Functional areas

b)

Physical or logical layout

c)

Data speed

d)

Operating systems

17.

The Access/Distribution/Core model emphasizes ______.

a)

Business profit

b)

Hierarchy and scalability

c)

Internet usage

d)

Cloud billing

18.

The “Spine-Leaf” architecture evolved from the ______ model.

a)

Peer-to-Peer

b)

Access/Distribution/Core

c)

Client-Server

d)

LAN/MAN/WAN

19.

Flow-based models define how ______.

a)

Devices are powered

b)

Traffic moves between services and users

c)

Networks are wired

d)

Databases replicate

20.

The Client-Server model is ______.

a)

Decentralized

b)

Based on direct device communication

c)

Centralized, with clients requesting from servers

d)

Only used in IoT systems

21.

The Peer-to-Peer (P2P) model allows ______.

a)

Clients to communicate through a central server

b)

Devices to communicate directly

c)

Firewalls to act as mediators

d)

Cloud storage to manage data

22.

The Hybrid & Cloud-Centric model focuses on ______.

a)

LAN configurations

b)

Multi-cloud and on-premises integration

c)

Standalone systems

d)

Wired-only setups

23.

SASE stands for ______.

a)

Secure Access Service Edge

b)

Simple Access System Extension

c)

Secure Application Server Endpoint

d)

Software Application System Engine

24.

SASE combines ______ and ______.

a)

Networking and security

b)

Storage and memory

c)

Hardware and software

d)

WAN and LAN

25.

Zero Trust Architecture operates under the principle of ______.

a)

Always verify

b)

Always trust

c)

Never encrypt

d)

Limited visibility

26.

The Intranet/Extranet model ensures ______.

a)

Power delivery

b)

Secure access for employees and partners

c)

Hardware management

d)

Internet backups

27.

Edge Computing focuses on ______.

a)

Processing data near its source

b)

Sending all data to the cloud

c)

Replacing routers

d)

Encrypting hardware

28.

Which of the following describes “Dependencies” in network architecture?

a)

Policies depend on identity and device management

b)

All systems are independent

c)

Users depend on cloud services

d)

Devices rely on power

29.

“Trade-offs” in architecture involve balancing ______.

a)

Speed and electricity

b)

Security controls and user experience

c)

Cost and cloud storage

d)

Devices and data flow

30.

Legacy systems can constrain ______.

a)

Automation and cloud-native adoption

b)

Internet speed

c)

Power flow

d)

Network topology

31.

1st statement: Network Architecture is the structural planning of a communication network. 2nd statement: It only focuses on hardware configuration.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

32.

1st statement: Network Architecture defines components, relationships, and governing principles. 2nd statement: Its goal is to meet both business and technical requirements.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

33.

1st statement: Architecture focuses on “Why” and “What.” 2nd statement: Design focuses on “How.”

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

34.

1st statement: Network design defines high-level strategies and business goals. 2nd statement: Network architecture creates specific device configurations.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

35.

1st statement: Architecture considers scalability, security, and lifecycle. 2nd statement: Design mainly handles long-term policy creation.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

36.

1st statement: Modern Network Component Architecture shows where functions are implemented. 2nd statement: It focuses only on hardware maintenance.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

37.

1st statement: The four pillars of a modern network include connectivity, security, performance, and management. 2nd statement: Network storage is also a major pillar.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

38.

1st statement: SD-WAN and BGP are part of Connectivity & Routing. 2nd statement: They improve path selection across networks.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

39.

1st statement: Zero Trust Architecture is part of the Security pillar. 2nd statement: It assumes trust by default.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

40.

1st statement: Performance & Assurance ensures excellent user experience. 2nd statement: It ignores network monitoring.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

41.

1st statement: Management & Automation increases human error in configuration. 2nd statement: It uses automation tools like Ansible and Python.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

42.

1st statement: Network Controllers like Cisco DNAC enable centralized control. 2nd statement: They simplify network automation.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

43.

1st statement: Topological models are based on network layout. 2nd statement: They include LAN/MAN/WAN and Core models.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

44.

1st statement: The LAN/MAN/WAN model focuses on geographical scope. 2nd statement: It is no longer relevant today.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

45.

1st statement: The Access/Distribution/Core model focuses on scalability. 2nd statement: The “Spine-Leaf” model is its modern version.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

46.

1st statement: Flow-based models show how data moves between users and services. 2nd statement: The Client-Server model is an example.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

47.

1st statement: In the Client-Server model, devices communicate directly. 2nd statement: In Peer-to-Peer, devices communicate without a central server.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

48.

1st statement: Blockchain applications often use the Peer-to-Peer model. 2nd statement: It depends entirely on centralized servers.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

49.

1st statement: The Hybrid & Cloud-Centric model integrates multi-cloud and on-premises flows. 2nd statement: It represents the dominant modern network model.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

50.

1st statement: SASE stands for Secure Access Service Edge. 2nd statement: It merges networking and security services.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

51.

1st statement: Zero Trust Architecture assumes that all users are trusted by default. 2nd statement: It operates on “never trust, always verify.”

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

52.

1st statement: Intranet/Extranet models allow secure access for employees and partners. 2nd statement: They are often implemented via ZTNA.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

53.

1st statement: Edge Computing reduces latency by processing data near its source. 2nd statement: It increases network delays.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

54.

1st statement: Dependencies in modern architecture include identity management for Zero Trust. 2nd statement: Trade-offs balance security and user experience.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

55.

1st statement: SASE and ZTNA help manage trade-offs between usability and security. 2nd statement: Constraints often come from outdated legacy systems.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

56.

1st statement: Legacy systems promote automation and cloud-native principles. 2nd statement: They can also limit modernization.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

57.

1st statement: Developing a modern network architecture requires cloud strategy input. 2nd statement: User experience goals are not part of the process.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

58.

1st statement: Modern network architecture integrates security, automation, and identity management. 2nd statement: These elements function independently without interaction.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

59.

1st statement: The modern architecture diagram includes Security Policies, SASE, ZTNA, and Cloud & Automation. 2nd statement: It excludes Legacy Systems.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

60.

1st statement: The ultimate goal of network architecture is efficient, secure, and scalable communication. 2nd statement: It is unrelated to user experience.

a)

Both statements are true

b)

Both statements are false

c)

1st statement is true, 2nd statement is false

d)

1st statement is false, 2nd statement is true

61.

Network Architecture serves as a blueprint that defines the components, their relationships, and principles governing their operation to meet business and technical requirements.

a)

Network Design

b)

Network Topology

c)

Network Architecture

d)

Network Protocol

62.

Strategic design and structural planning of a communication network

a)

Network Design

b)

Network Topology

c)

Network Architecture

d)

Network Protocol

63.

Network Architecture focuses on which aspects?

a)

The "How" of implementation

b)

The "Why" and "What" of the network

c)

The physical layout of devices

d)

The number of network users

64.

A network team is setting long-term goals related to scalability and security posture rather than configuring devices.

a)

Network Design

b)

Network Architecture

c)

Network Monitoring

d)

Network Maintenance

65.

A network team is setting long-term goals related to scalability and security posture rather than configuring devices.

a)

Network Design

b)

Network Architecture

c)

Network Monitoring

d)

Network Maintenance

66.

Which part of network planning focuses on defining strategy, guiding principles, and high-level requirements?

a)

Network Monitoring

b)

Network Design

c)

Network Architecture

d)

Network Implementation

67.

When a network plan focuses on business goals, scalability, and security posture, it is mainly addressing the concerns of:

a)

Network Monitoring

b)

Network Design

c)

Network Architecture

d)

Network Implementation

68.

Which phase deals with device configurations, protocols, and topologies to put the plan into action?

a)

Network Monitoring

b)

Network Design

c)

Network Architecture

d)

Network Implementation

69.

If a network plan focuses on solving immediate technical challenges instead of long-term strategies, this is a feature of:

a)

Network Monitoring

b)

Network Design

c)

Network Architecture

d)

Network Implementation

70.

In network security, what does ZTA stand for?

a)

Zero Trust Architecture

b)

Zoned Traffic Access

c)

Zero Transfer Authentication

d)

Zone Tracking Application

71.

The term SASE is an acronym for:

a)

Secure Access Service Edge

b)

System Authorization Security Extension

c)

Secure Application Server Endpoint

d)

Smart Access System Edge

72.

Which of the following correctly defines NGFW?

a)

New Generation Firewall

b)

Next-Generation Firewall

c)

Network Gateway Firewall

d)

Network Guard Framework

73.

The acronym ZTNA means:

a)

Zero Trust Network Access

b)

Zero Transfer Node Application

c)

Zone Transmission Network Agent

d)

Zero Threat Network Alignment

74.

Provides seamless, scalable, and intelligent path selection across on-premises, cloud, and hybrid

a)

Connectivity & Routing

b)

Security

c)

Performance & Assurance

d)

Management & Automation

75.

Provides seamless, scalable, and intelligent path selection across on-premises, cloud, and hybridImplements a "Zero Trust" framework where trust is never assumed and access is strictly enforced.

a)

Connectivity & Routing

b)

Security

c)

Performance & Assurance

d)

Management & Automation

76.

Guarantees application performance and provides a superior user experience through proactive monitoring and optimization.

a)

Connectivity & Routing

b)

Security

c)

Performance & Assurance

d)

Management & Automation

77.

Enables centralized visibility, control, and automated operations to reduce complexity and human error.

a)

Connectivity & Routing

b)

Security

c)

Performance & Assurance

d)

Management & Automation

78.

Based on the physical or logical layout of the network.

a)

Topological Models

b)

Flow-Based Models

c)

Functional Models

79.

Defined by how traffic moves between services and users.

a)

Topological Models

b)

Flow-Based Models

c)

Functional Models

80.

Focused on supporting specific business or technical functions.

a)

Topological Models

b)

Flow-Based Models

c)

Functional Models

81.

A network engineer is reviewing how different locations connect — from local offices to regional and wide networks.
Which model would help best in this situation?

a)

Access/Distribution/Core Model

b)

LAN/MAN/WAN Model

c)

Client-Server Model

d)

Hybrid Cloud Model

82.

An organization wants its campus network to be scalable and structured so that different layers handle access, routing, and core operations separately.
Which model would fit this setup?

a)

Access/Distribution/Core Model

b)

LAN/MAN/WAN Model

c)

Client-Server Model

d)

Hybrid Cloud Model

83.

The foundational model where clients request resources from centralized servers. Modernized with cloud-native applications and microservices.

a)

Peer-to-Peer (P2P) Model

b)

Client-Server Model

c)

Hybrid & Cloud-Centric Models

d)

Edge Computing Model

84.

A decentralized model where devices communicate directly. Modern uses include blockchain and some IoT mesh networks.

a)

Peer-to-Peer (P2P) Model

b)

Client-Server Model

c)

Hybrid & Cloud-Centric Models

d)

Edge Computing Model

85.

The dominant modern model, focusing on flows between users, on-premises data centers, and multiple public clouds (multi-cloud).

a)

Peer-to-Peer (P2P) Model

b)

Client-Server Model

c)

Hybrid & Cloud-Centric Models

d)

Edge Computing Model

86.

The most critical modern functional model. It converges networking and security into a single, cloud-delivered service.

a)

SASE (Secure Access Service Edge)

b)

Zero Trust Architecture (ZTA)

c)

Intranet/Extranet Model

d)

Edge Computing Model

87.

A security-centric model that operates on the principle of "never trust, always verify."

a)

SASE (Secure Access Service Edge)

b)

Zero Trust Architecture (ZTA)

c)

Intranet/Extranet Model

d)

Edge Computing Model

88.

Evolved to focus on secure application access for employees and partners, often implemented via ZTNA.

a)

SASE (Secure Access Service Edge)

b)

Zero Trust Architecture (ZTA)

c)

Intranet/Extranet Model

d)

Edge Computing Model

89.

Focuses on processing data closer to its source to reduce latency and bandwidth use.

a)

SASE (Secure Access Service Edge)

b)

Zero Trust Architecture (ZTA)

c)

Intranet/Extranet Model

d)

Edge Computing Model

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