Edge Computing: A Comprehensive Guide for Cloud Architects

Question 1

What is the main purpose of using edge caching in edge computing?

Accepted Answer

To store frequently accessed data closer to users, reducing latency and improving response times

Answer

To reduce network load

Answer

To increase data security and compliance

Answer

To enable offline data access

Question 2

What is the term for the process of managing and deploying applications and infrastructure in an automated and continuous manner in edge computing environments?

Accepted Answer

DevOps for Edge

Answer

Agile Edge Computing

Answer

Continuous Edge Deployment

Answer

Cloud-Native Edge

Question 3

Which statement does NOT describe an advantage of edge computing in cloud architectures?

Accepted Answer

Increased energy consumption due to the distributed nature of edge computing

Answer

Reduced latency by processing data closer to edge devices

Answer

Optimized bandwidth utilization through local data processing

Answer

Enhanced data privacy and security by keeping sensitive data closer to the edge

Question 4

Which of the following is a disadvantage of edge computing?

Accepted Answer

Increased bandwidth requirements

Answer

Reduced latency

Answer

Improved data security

Answer

Enhanced cloud performance

Question 5

Which concept is **NOT** a characteristic of Edge Computing?

Accepted Answer

Centralized data storage

Answer

Distributed computing

Answer

Reduced latency

Answer

Data aggregation

Question 6

Which of the following is not a primary benefit of edge computing?

Accepted Answer

Reduced data security

Answer

Enhanced cloud performance

Answer

Improved data security

Answer

Reduced latency

Question 7

Which of the following use cases is well-suited for edge computing?

Accepted Answer

Self-driving cars

Answer

Enterprise resource planning (ERP) systems

Answer

Cloud-based video conferencing

Answer

Data analytics for large datasets

Question 8

What is the role of fog computing in relation to edge computing?

Accepted Answer

Fog computing extends the capabilities of edge computing to more distributed devices

Answer

Edge computing is a subset of fog computing

Answer

Fog computing is a competing technology to edge computing

Question 9

Which of the following is a key consideration when designing an edge computing architecture?

Accepted Answer

Latency requirements of applications

Answer

Availability of cloud services

Answer

Cost of devices

Question 10

Which of the following is NOT a benefit of edge computing?

Accepted Answer

Increased cost efficiency

Answer

Enhanced cloud performance

Answer

Improved data security

Answer

Reduced latency

Question 11

Edge computing involves processing data primarily:

Accepted Answer

Close to the data source

Answer

At the user's personal device

Answer

In a centralized data center

Answer

Exclusively in the public cloud

Question 12

Which of the following types of applications is most suitable for the implementation of edge computing?

Accepted Answer

Applications requiring low latency, such as autonomous vehicles

Answer

Applications requiring extensive computational power, such as climate modeling

Answer

Applications requiring vast storage capacity, such as video streaming services

Question 13

When designing edge computing architectures, which factor is crucial to consider?

Accepted Answer

Matching the capabilities of edge devices to the requirements of the applications they support

Answer

Prioritizing cost reduction over performance

Answer

Minimizing the number of edge devices deployed

Question 14

Which of the following is an example of an edge device?

Accepted Answer

An IoT sensor deployed in a smart city

Answer

A virtual machine hosted in a public cloud

Answer

A web server in a traditional data center

Answer

A mainframe computer in a corporate data center

Question 15

How does edge computing contribute to the advancement of the Internet of Things (IoT)?

Accepted Answer

By enabling real-time data analysis and decision-making at the edge of the network

Answer

By reducing the bandwidth consumption of IoT devices

Answer

By providing a centralized repository for all IoT data

Question 16

Identify the option that does NOT represent a key advantage of edge computing:

Accepted Answer

Lower costs

Answer

Reduced latency

Answer

Enhanced security

Question 17

What is a primary advantage of using edge computing in cloud architectures?

Accepted Answer

Faster performance and reduced delay

Answer

Lower operating expenses

Answer

Increased data protection

Question 18

Which of the following is NOT a benefit of edge computing?

Accepted Answer

Increased centralization

Answer

Reduced latency

Answer

Improved data security

Answer

Enhanced cloud performance

Question 19

What is the primary function of an edge server?

Accepted Answer

To process data near the device or endpoint

Answer

To act as a centralized management hub

Answer

To store data permanently

Answer

To manage all cloud-related tasks

Question 20

What is the main purpose of deploying edge computing devices?

Accepted Answer

To improve data responsiveness and reduce network strain

Answer

To replace traditional data centers

Answer

To offer additional storage capacity

Question 21

Which of the following best describes the architecture of an edge computing network?

Accepted Answer

Distributed and decentralized

Answer

Centralized and hierarchical

Answer

Cloud-based and virtualized

Answer

Peer-to-peer and self-organizing

Question 22

What is the potential impact of edge computing on cloud-based applications?

Accepted Answer

Reduced latency and improved performance

Answer

Diminished cloud provider market share

Answer

Increased data storage expenses

Answer

No significant impact

Question 23

Which of the following is a key consideration when designing an edge computing deployment strategy?

Accepted Answer

Balancing cost, performance, and security requirements

Answer

Prioritizing the latest hardware technologies

Answer

Focusing solely on minimizing latency

Question 24

What is the primary goal of edge computing in Internet of Things (IoT) applications?

Accepted Answer

To enable real-time decision-making and data processing at the edge of the network

Answer

To reduce the overall cost of IoT deployments

Answer

To provide a secure environment for data storage

Question 25

Which of the following is a primary advantage of deploying edge computing?

Accepted Answer

Real-time processing of data at the network edge

Answer

Reduced bandwidth consumption

Answer

Increased data storage capacity

Question 26

In the context of edge computing, what is the primary role of a fog node?

Accepted Answer

To act as an intermediary between devices and the cloud, facilitating data processing and storage

Answer

To provide a secure gateway for data transmission

Answer

To store and process data locally, reducing latency

Question 27

Which of the following is NOT a characteristic of edge devices?

Accepted Answer

High computational power and extensive storage capabilities

Answer

Local data processing and analysis

Answer

Connectivity to sensors and other devices

Answer

Limited processing and storage capabilities

Question 28

What is the primary function of cloud orchestration platforms in edge computing?

Accepted Answer

Automating the management and coordination of edge devices and applications

Answer

Analyzing and visualizing data from edge devices

Answer

Providing secure data transmission between edge devices and the cloud

Question 29

which of the following is a common application scenario for edge computing?

Accepted Answer

Real-time data processing for autonomous vehicles

Answer

Centralized data storage and management

Answer

Running enterprise resource planning (ERP) systems

Answer

Data analytics for cloud-based gaming

Question 30

How does edge computing enhance cloud performance and user experience?

Accepted Answer

By decreasing response times and improving data accessibility

Answer

By enhancing the security of cloud applications

Answer

By reducing the cost of cloud storage

Answer

By increasing the scalability of cloud services

Question 31

How can edge computing contribute to improved data security?

Accepted Answer

By reducing the risk of data breaches and enhancing data protection

Answer

By implementing strict data privacy regulations

Answer

By eliminating the need for cloud storage

Answer

By encrypting data exclusively at the edge

Question 32

Differentiate between fog computing and edge computing.

Accepted Answer

Fog computing operates closer to the end devices and sensors, while edge computing may be deployed further away.

Answer

Edge computing requires more powerful hardware than fog computing

Answer

Fog computing is primarily used for industrial applications, while edge computing is more common in consumer devices.

Question 33

How does edge computing impact the role of cloud computing?

Accepted Answer

It complements cloud computing by extending its reach and capabilities to the edge of the network

Answer

It makes cloud computing less secure and reliable

Answer

It replaces cloud computing for all applications and workloads

Question 34

Which of the following is **not** a benefit of edge computing?

Accepted Answer

Increased data storage capacity

Answer

Enhanced cloud performance

Answer

Reduced latency

Answer

Improved data security

Question 35

What is a unique feature of edge devices?

Accepted Answer

Close proximity to end-users

Answer

Centralized location

Answer

Large storage capacities

Answer

Powerful processing capabilities

Question 36

Which scenario best exemplifies a typical use case for edge computing?

Accepted Answer

Real-time data analysis for IoT devices

Answer

Large-scale batch processing

Answer

Mission-critical enterprise applications

Answer

Cloud backup and disaster recovery

Question 37

What is the primary objective of edge caching?

Accepted Answer

Reduce latency by storing frequently accessed data closer to end-users

Answer

Enhance data security

Answer

Increase overall network bandwidth

Question 38

Which of the following is a potential challenge associated with edge computing?

Accepted Answer

Data security and privacy concerns

Answer

Unlimited scalability

Answer

Low implementation costs

Question 39

How does fog computing relate to edge computing?

Accepted Answer

Extends edge computing principles to a wider distributed environment

Answer

Transforms edge devices into cloud servers

Answer

Centralizes management of edge devices

Question 40

Which metric is crucial for evaluating the performance of edge computing systems?

Accepted Answer

End-to-end latency

Answer

Cost per gigabyte of data processed

Answer

Number of connected devices

Answer

Storage capacity of edge devices

Question 41

What is a fundamental distinction between edge computing and cloud computing?

Accepted Answer

Data processing location and proximity to end-users

Answer

Implementation costs

Answer

Type of hardware utilized

Question 42

When deploying edge computing infrastructure, which factor is of paramount importance?

Accepted Answer

Network connectivity and bandwidth requirements

Answer

Availability of skilled professionals

Answer

User acceptance and adoption

Answer

Hardware and software expenses

Question 43

In the context of Edge Computing, the term 'edge' refers to:

Accepted Answer

Devices and networks located close to end-users

Answer

The physical location of servers

Answer

The central cloud platform

Answer

The network infrastructure connecting users to the cloud

Question 44

Which of the following is a key challenge associated with Edge Computing?

Accepted Answer

Managing and securing a distributed network of devices

Answer

Limited storage capabilities on edge devices

Answer

High bandwidth requirements for data transmission

Answer

Lack of standardized protocols for device communication

Question 45

How does Edge Computing contribute to reducing latency in cloud applications?

Accepted Answer

By processing data closer to end-users, minimizing network delays

Answer

By caching frequently accessed data on edge devices

Answer

By increasing the bandwidth of connections between edge devices and the cloud

Answer

By optimizing the routing of data packets in the network

Question 46

Which of the following is a potential application of Edge Computing in the healthcare sector?

Accepted Answer

Real-time monitoring of patient vital signs using wearable devices

Answer

Cloud-based telemedicine consultations

Answer

Electronic health records management

Answer

Large-scale medical research data analysis

Question 47

How can Edge Computing assist organizations in meeting data sovereignty requirements?

Accepted Answer

By processing data within specific geographical boundaries, complying with data privacy regulations

Answer

By providing data backup and recovery services

Answer

By encrypting data at rest and in transit

Answer

By reducing the amount of data stored in the cloud

Question 48

How does Edge Computing differ from traditional cloud computing?

Accepted Answer

Edge Computing involves processing data and hosting applications closer to end-users, while traditional cloud computing centralizes these operations in remote data centers

Answer

Edge Computing is less scalable than traditional cloud computing

Answer

Edge Computing requires specialized hardware and software, while traditional cloud computing does not

Answer

Edge Computing is more expensive than traditional cloud computing

Question 49

Which of the following is NOT a potential benefit of edge computing?

Accepted Answer

Reduced hardware costs

Answer

Improved data security

Answer

Reduced latency

Answer

Enhanced cloud performance

Question 50

Which type of data is most suitable for processing at the edge?

Accepted Answer

Time-sensitive data that requires real-time processing

Answer

Batch processing jobs that can be completed offline

Answer

Mission-critical applications that require high availability

Answer

Large amounts of historical data that needs to be archived

Question 51

Edge computing can be deployed in which of the following locations?

Accepted Answer

At the network edge, near the end-user or data source

Answer

Centralized data centers

Answer

Hybrid cloud environments

Answer

Remote cloud regions

Question 52

Which of the following is a potential use case for edge computing in the retail sector?

Accepted Answer

In-store customer analytics using IoT sensors

Answer

Data analysis for supply chain optimization

Answer

Cloud-based e-commerce platforms

Answer

Customer relationship management (CRM) systems

Question 53

Edge computing is particularly beneficial for industries that require:

Accepted Answer

Low latency and real-time processing

Answer

High levels of data security

Answer

Large-scale data processing

Answer

Cost-effective cloud solutions

Question 54

Which of the following is a key component of an edge computing architecture?

Accepted Answer

Edge nodes

Answer

Cloud databases

Answer

Centralized servers

Question 55

Which of the following is a best practice for implementing edge computing?

Accepted Answer

Consider security implications

Answer

Invest heavily in edge infrastructure

Answer

Focus on cost reduction

Answer

Use the latest edge computing platforms