Integration Technologies and Protocols (M02) D, E, F

Question 1

This architecture emphasizes the sequence of events and their response triggers (asynch, real-time processing)

Answer 1

Event-Driven Architecture (EDA)

Question 2

This allows systems to communicate with one another, and react to events. This enables decoupled, asynchronous and real-time processing

Answer 2

Event-Driven Architecture (EDA)

Question 3

These are the 5 principles of EDA

Answer 3

1. Event Producers
2. Event Consumers
3. Event Channels
4. Event Processing
5. Event-Driven Middleware

Question 4

This principle of EDA are the components that generate events (internal & external)

Answer 4

Event Producers

Question 5

This principle of EDA are components that subscribe to events and react to them, triggering additional processes

Answer 5

Event Consumers

Question 6

This principle of EDA is the communication path between producers and consumers

Answer 6

Event Channels

Question 7

This principle of EDA involve message queues, and Pub/Sub

Answer 7

Event Channels

Question 8

This principle of EDA determines what to do based on event data, to trigger relevant actions in real-time or batch-oriented fashion

Answer 8

Event Processing

Question 9

This principle of EDA is the infra and tools necessary to perform EDA, provided by event-driven middleware

Answer 9

Event-Driven Middleware

Question 10

These are 5 examples of EDA

Answer 10

1. Internet of Things (IoT)
2. Financial Trading Systems
3. Logistic and Supply Chain Management
4. Social Media and Notifications
5. Distributed System Integration

Question 11

This example of EDA processes huge amounts of sensor data in real-time to trigger actions (e.g. home monitoring)

Answer 11

Internet of Things (IoT)

Question 12

This example of EDA rapidly responds to changes in market price, trade executions, or order cancellations

Answer 12

Financial Trading Systems

Question 13

This example of EDA allows for real-time tracking of goods, inventory levels, and vehicle locations. Instantly trigger restocks, and respond to delays

Answer 13

Logistic and Supply Chain Management

Question 14

This example of EDA have user actions that generate events asynchronously updating feeds, push notifs, and trigger analytics without slowing user interface

Answer 14

Social Media and Notifications

Question 15

This example of EDA have disparate applications that communicate by exchanging events rather than direct requests, and enable loose coupling to allow new systems to be added without disrupting existing ones

Answer 15

Distributed System Integration

Question 16

This example of EDA include legacy, cloud and SaaS disparate applications

Answer 16

Distributed System Integration

Question 17

This is a particular architectural style that organizes an application as a collection of individual services that are small and independent

Answer 17

Microservices Architecture

Question 18

In here, each service is geared towards a certain business capability, and can be independently developed, deployed and scaled

Answer 18

Microservices Architecture

Question 19

These are the 5 Principles of Microservice Architecture

Answer 19

1. Service Independence
2. Single Responsibility
3. Loose Coupling
4. Independent Data Management
5. Resilience and Fault Isolation

Question 20

This principle of Microservices Architecture have services operate on their own without external intervention, flexible in scaling

Answer 20

Service Independence

Question 21

This principle of Microservices Architecture make sure each service is responsible for one specific business capability

Answer 21

Single Responsibility

Question 22

This principle of Microservices Architecture uses lightweight protocols to communicate

Answer 22

Loose Coupling

Question 23

Examples of lightweight protocols that loose coupling uses to communicate

Answer 23

HTTP/REST or messaging systems

Question 24

This principle of Microservices Architecture make sure each service has its own database or data store, to prevent a single point of failure

Answer 24

Independent Data Management

Question 25

This principle of Microservices Architecture makes it built to handle errors without bringing down the entire system

Answer 25

Resilience and Fault Isolation

Question 26

This example of microservices architecture includes Management of users, product catalog, order processing, and payment are handled by separate services.

Answer 26

E-commerce Platform

Question 27

This example of microservices architecture have services that manage user registration, trip calculation, payment, and tracking in real-time

Answer 27

Ride-Sharing Application

Question 28

This example of microservices architecture create separate services for account management, transaction processing, fraud detection, and notifications

Answer 28

Financial Services

Question 29

This example of microservices architecture dedicates services to user authentication, video transcoding, recommendation engines, and subscription management

Answer 29

Media Streaming Platform

Question 30

This example of microservices architecture have independent services to manage flight searches, hotel reservations, car rentals and payments to allow the system to query multiple external providers simultaneously

Answer 30

Travel Booking System

Question 31

These are crucial for enabling a company to communicate and share data smoothly among various management systems, apps, and services

Answer 31

Integration Platforms

Question 32

These are solutions offering planning, carrying out, and managing integration functionalities (data transformation, routing, security)

Answer 32

Integration Platforms

Question 33

These are the 4 integration platforms

Answer 33

1. MuleSoft Anypoint Platform 2. IBM Integration Bus (IBM WebSphere) 3. Dell Boomi 4. Apache Kafka

Question 34

This integration platform is a cutting-edge solution providing centralized API development and data integration

Answer 34

MuleSoft Anypoint Platform

Question 35

This integration platform integrates enterprises to make it easier for different applications to exchange and share information

Answer 35

IBM Integration Bus (IBM WebSphere)

Question 36

This integration platform is a cloud-based platform for integration compatible with a wide variety of patterns and hybrid environments

Answer 36

Dell Boomie

Question 37

This integration platform is a fault-tolerant, high-throughput, and real-time data streaming platform (distributed event streaming)

Answer 37

Apache Kafka

Question 38

These are the 4 Integration tools

Answer 38

1. Apache Camel 2. Postman 3. Zapier 4. Jitterbit

Question 39

This integration tool is an open-source integration framework that simplifies the process of system integration through connectors

Answer 39

Apache Camel

Question 40

This integration tool is a popular API development and testing tool that makes it easier to test RESTful APIs

Answer 40

Postman

Question 41

This integration tool is a no-code cloud platform allowing business users to automate workflows and link web apps using pre-built connections called "Zaps."

Answer 41

Zapier

Question 42

This integration tool is an iPaaS solution that enables users to link applications, data, and devices, offering pre-built templates and a visual designer

Answer 42

Jitterbit