assignment name cloud computing

12 Chapter 2 Evaluate the deployment models, service models and technological drivers of Cloud Computing and validate their use .... 11 Figure 5 Application deployment diagram on the clo

Contents

Introduction 3

Table of Figure 4

Detail of article 5

Chapter 1 Demonstrate an understanding of the fundamentals of Cloud Computing and its architectures 5

I Analyze the evolution and fundamental concepts of Cloud Computing 5

Public Cloud usage model: 6

Private Cloud usage model: 9

Hybrid usage model: 10

II Design an appropriate architectural Cloud Computing framework for a given scenario 11

11

1 Architecture description 12

1.1 Main architecture design 12

1.2 Deployment 12

1.3 Components 12

2 Detailed Design 12

2.1 Programing language 12

2.2 Web server 12

2.3 Database server 12

2.4 Deployment model 12

2.5 Service model 12

III Discuss why an organization should migrate to a Cloud Computing solution 12

Chapter 2 Evaluate the deployment models, service models and technological drivers of Cloud

Computing and validate their use 16

I Define an appropriate deployment model for a given scenario 16

II Compare the service models for choosing an adequate model for a given scenario 17

III Demonstrate these deployment models with real world examples 19

Public Cloud: 19

Private Cloud: 21

Hybrid Cloud: 21

Conclusion 22

Reference 23

Introduction

ATN a Vietnamese company which selling toys is is to teenagers many provinces all over inVietnam The company has revenue over 500.000 dollars/year Currently, each shop has its own ofdatabase to store transactions for that shop only

The requirement for me in this project is to find a way to meet the requirements of the ATN company which is to provide a way to store data from member shops for managers and Board members can easily and quickly reference and extract to be able to quickly update stock information in real time

In this report I will address the following issues:

An overview of Cloud Computing through development history and related basic concepts

An architectural Cloud Computing framework suitable for the case of ATN

Analysis and evaluation of company causes should apply Cloud Computing

Analyze and identify appropriate deployment model for ATN company

Compare service models to provide a suitable model for the company

Practical examples of the above deployment models

Table of Figure

Figure 1 Cloud Architecture Layers and Related Security Issues 6

Figure 2 Public Cloud usage model 7

Figure 3 Private Cloud usage model 9

Figure 4 The architecture designed for ATN system 11

Figure 5 Application deployment diagram on the cloud diagram 11

Figure 6 Cost benefit of Public Cloud 13

Figure 7 Scalable Cloud Model [2] 14

Figure 8 Environmental Protection Poster [2] 15

Figure 9 cloud models [5] 16

Figure 10 Cloud Computing supply mode [4] 17

Figure 11 AWS with Public Cloud 19

Figure 12 Explore of AWS Products 20

Figure 13 Oracle with Private Cloud 21

Figure 14 Cisco Hybrid Cloud Platform for Google Cloud [10] 22

Detail of article

Chapter 1 Demonstrate an understanding of the fundamentals of Cloud Computing and its architectures

I Analyze the evolution and fundamental concepts of Cloud Computing

Defi e:

Cloud Computing: “Cloud computing is the on-demand availability of computer system resources, especially data storage and computing power, without direct active management by the user The term is generally used to describe data centers available to many users over the Internet Large clouds, predominant today, often have functions distributed over multiple locations from central servers If the connection to the user is relatively close, it may be designated an edge server.” [1] Benefits and limitations:

Flexibility: easily access data anywhere with fast and stable speed

Productivity: save time (no need to set multiple layers of security and firewalls, …)

Cloud service partner (CSN): As individuals and organizations providing support for the construction of CSP cloud services (application development, software, hardware, )

Cloud architecture: Include 4 layers: user layer, Service provider layer, virtualization layer and physical layer

Figure 1 Cloud Architecture Layers and Related Security Issues

Applications on the Cloud:

A stand-alone application: standalone applications running on the system, not using the network

=> perform the functions of the application

Web application: run, perform functions completely based on network connections

Types of cloud computing:

Public Cloud Service: provided by third parties (Microsoft azure, Amazon web service, ) Private Cloud Service: Built and used by a company

Hybrid Cloud Service: a combination of the above two types through application, interconnection system makes moving applications between clouds happen quickly and easily

Public Cloud usage model:

Figure 2 Public Cloud usage model

In order to push data to the cloud part assigned by the system, the shops will have 2 ways to use

it The first way is to use the built-in web interface to be able to directly perform tasks for data (add, edit, delete,

view) via the provided ID shop In case the website has a problem or a network connection error, the shop can use the second way, which is to push the data into Primary App to perform the same tasks as when using the web and when connecting properly Primary app will work to automatically push all data entered offline through the provided ID shop

From here the data from the shops will be managed on the available cloud partition Next, periodically App for Cloud will take data from the cloud partition of the shop to aggregate data to upload to the main cloud (Database of all shops) It also has functions such as viewing data and collating data with an existing database to avoid duplication and confusion, or wasted storage space

Figure 3 Private Cloud usage

model

Private Cloud usage model:

Here, after senior managers or the board of directors gets data from Database of all shops, they can extract these data to conduct analysis and evaluation (can use Business Intelligence tool to Support implementation quickly and get the most intuitive reports)

And from there they will create important data

to be able to assess the status quo and set out future plans (this is also one of the most important and confidential data needs)

After these important data are created, the administrators can perform tasks such as adding, editing, deleting and viewing these important data

to the Important Data Server This will be a place with high-security requirements because it contains a lot of confidential and important data for the company

Hybrid usage model:

The model will be a combination of using Public Cloud (used to manage the database of shops) with Private Cloud (used to manage important data of the company) by App to manage with access rights of managers or members of the board of directors to view and extract data in Database of all shops for reference or as a basis to use in analyzing with BI tools

Figure 5 Application deployment diagram on the cloud diagram

Above is the application deployment diagram on the cloud diagram

The deployment of the application to the cloud was built independently on PC / Laptop locally by Visual Studio 2019 and will then use XAMPP to create a web application on Localhost Finally, we use GIT to push it to the HEROKU cloud and open it in the cloud

During the deployment process, the user interface (Front-end) will be deployed in the PHP programming language, towards the Back-end (database array) will be applied and deployed in the language SQL server

II Design an appropriate architectural Cloud Computing framework for a given scenario

Figure 4 The architecture designed for ATN system

Above is a diagram describing my demo cloud architecture for ATN company built on the Hybrid Cloud model In particular, the combination of Public Cloud (serving the need to upload and manage sales database of child stores under the ATN company) with Private Cloud (serving the needs of synthesis and management) important information of ATN company)

Going into details, I will conduct an analysis of each section so that people can understand more about how this system works

Figure 5 Application deployment diagram on the cloud diagram

1 Architecture description

1.1 Main architecture design

- All of users can access to the web application via the User Interface on the cloud When a user does a function on the web, the event will be transferred in database language and sent to the database

1.2 Deployment

- Source code will be built in Sublime text and push to Github and Heroku

1.3 Components

- Front-end will be built with PHP, JavaScript, HTML and CSS

- Back-end will be implemented via MySQL

2 Detailed Design

2.1 Programing language

I chose PHP because PHP is good to build the connection between webserver and database

as well as support querying data from webserver to database and reverse While HTML, CSS, and JavaScript can built the body of the page

2.2 Web server

I chose APACHE because:

The web server itself uses a modular architecture, in which extra modules can be loaded to extend its features

Apache Web Server is open source software, which means it is available for anyone to download at no cost

Technical support resources for Apache are available on multiple websites around the world

III Discuss why an organization should migrate to a Cloud Computing solution

Ben its of Cloud Computing: [2]

Simple:

All applications for employee data needed are stored in the cloud

IT team does not have to spend time upgrading hardware, installing software and configuring the device

There is no time for finding or transferring data for the same department

Allow to simultaneously upgrade programs and applications of everyone in the company and always work together on a common platform and version

Easy to access Internet platform:

Employees can work almost anywhere (with an Internet connection)

You can use a variety of devices to access (phones, tablets, laptops,

) without being dependent on physical settings

Security for important data:

Data will be stored digitally in the cloud infrastructure, avoiding loss of faulty data or hardware Easy access to data recovery and backup to avoid losing important data

There are many Cloud system providers that have very good and reliable privacy and security encryption services

Use cost effectively: [3]

Figure 6 Cost benefit of Public Cloud

The technology upgrade requires the company to pay for the purchase and installation of hardware compatible with the original system (the amount of the cost depends on the size of the company)

There is no cost to upgrade the original device (desktop, connected device, related software, etc.)

There is no cost to set up a team to operate and test the system on a large scale

With the same model using cloud computing, it will save a lot of costs (about 30% or more) You can hire a third party or create your own system and run it yourself

For the resources that have been rented but not used (low demand), customers do not have topay

Efficient use of resources:

Resources are always used appropriately according to customers' needs

Virtualization technology helps to exploit physical resources effectively, serving more customers Cloud Computing distributes resources in a Multi-tenant fashion - resources can be dynamically distributed to many different customers (alternate use) Can be recovered and allocated to customers with other needs if resources are no longer needed Help prevent unused resources from becoming redundant and confusing for storage

Bring flexibility to businesses:

It is easy to scale up because it does not depend too much on hardware facilities

Can quickly increase configuration, storage capacity and support from IT staff without having to be present directly

Figure 7 Scalable Cloud Model

Increase cooperation and business validation:

When enterprise expansion, increased collaboration and validation capabilities, cloud computing systems make it easy to share data and not restrict hardware collaborators (freelance or regulatory companies) Smaller tissue, )

Cloud computing system helps managers can easily and quickly manage the amount of data newly received from partner companies

Environmental Protection:

Figure 8 Environmental Protection Poster [2]

Developers research efficient use of resources (using electricity, recycling, )

No need to spend resources on initial equipment investment, minimize the amount of technology

waste after use, upgrade, maintenance, or after finishing work

Save energy when not running a large system

Contribute to the greater goal of society on energy efficiency, environmental protection and

sustainable development

Minimize the risk of investing in the technical system

24x7 system / service monitoring

Chapter 2 Evaluate the deployment models, service models and technological drivers Cloud ofComputing and validate their use

I Define an appropriate deployment model for a given scenario

Reference content at: [4] [5]

Before entering into recommendations choosing appropriate deployment models for ATN on

companies, we need to know about the advantages and disadvantages of each type Currently,

Cloud computing is a trend and the deployment model currently has 3 main types: Public Cloud,

Private Cloud and Hybrid Cloud Now we will go into details of each type of model

Figure 9 cloud models [5]

Con usions and recommendations:

After all, each model will have its own characteristics and advantages and disadvantages as I

mentioned above But for the case of ATN company, I propose to use Public Cloud model because

of the flexibility use and the ability expand the scale the company in the future and the in to of

number of costs appropriate to current income and respond immediately the company to to be

able to take initiative in the stock market to bring great benefits to the company in the future The

allocation of the use of small models in the process of use I also have the following

recommendations: the stores will proceed to push their data to the Public Cloud system so that the

director can easily and quickly acquiring such data and can be easily retrieved to set up report tables and provide future directions with shorter and instantaneous time periods And this information and other confidential information will be stored by the board of directors on the Private Cloud system

II Compare the service models for choosing an adequate model for a given scenario

Figure 10 Cloud Computing supply mode [4]

Currently, Cloud Computing service offerings have three main types: IaaS, PaaS, SaaS Before making a comparison, let's take a brief look at the characteristics to distinguish each type of service [4]

IaaS (Infrastructure as a service):

The service provider will provide a repository and virtual server for users to upload work They can start, configure the virtual machine, memory or stop using it with a certain amount of traffic available (there are many packages depending on the need) Suitable for Network Architects PaaS (Platform as a service):

The service provider will store the development tool on their infrastructure and the user wants use to it to access the tool via the internet using APT, web portal or software portal The service helps general software development, suitable for Application Developers

SaaS (Software as a service):

This is a service that provides applications and software via the internet (web service) Users can access anywhere Suitable for objects that are End Users One of the most obvious examples is the Microsoft Office 365 service

After learning about each type of service, we will continue to compare services with each other The comparison content will be clearly stated in the following table:

Strategies/