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Getting Started Guide
AWS Static Website Hosting

Getting Started Guide AWS Static Website Hosting

Getting Started Guide: AWS Static Website Hosting
Copyright © 2011 Amazon Web Services LLC or its affiliates. All rights reserved.


Overview ................................................................................................................................................ 1
Getting Started ...................................................................................................................................... 4
Step 1: Sign Up for the Service .............................................................................................................. 4
Step 2: Create an Amazon S3 Bucket .................................................................................................... 5
Step 3: Create an Amazon CloudFront Distribution ............................................................................... 8
Step 4: Hosting Your Website ............................................................................................................... 13
Step 5: Clean Up .................................................................................................................................. 17
Disable and Delete an Amazon CloudFront Distribution ............................................................ 17
Delete Objects and an Amazon S3 Bucket ................................................................................. 18
Amazon Route 53 ................................................................................................................................ 19
Pricing .................................................................................................................................................. 20
Amazon S3 Cost Breakdown ............................................................................................................... 20
Amazon CloudFront Cost Breakdown ................................................................................................... 22
Summing It All Up ................................................................................................................................ 24
Related Resources ............................................................................................................................... 26
Document History ................................................................................................................................. 28

3


Overview

Suppose you want to build a website to offer static content such as product catalogs, images, and manuals
to your customers. Amazon Web Services (AWS) has reliable, secure, scalable, and high-performance
infrastructure upon which to store and host your website. It's easy to get started, and you can use the
AWS Management Console to set up everything you need to host a static website.

This guide walks through the process of using Amazon Simple Storage Service (Amazon S3) and Amazon
CloudFront to host and deploy your website. It also gives you a variation, which uses Amazon Route 53,
that you can use to provide secure and reliable routing. We’ll review an example architecture of a static
website hosted on AWS, and we’ll walk through the process of deploying the website by using several
key AWS services and following best practices. You can adapt this sample to your specific needs if you
want. By the end of this walkthrough, you should be able to do the following:

• Sign up for AWS.
• Create a location to store static files for your website.
• Create a content delivery network.
• Clean up your AWS resources.

If this guide is not exactly what you are looking for, you may want to check out the following documents:

• About AWS - Provides information about AWS, with helpful links for leaning more.
• Getting Started Guide: AWS Free Usage Tier - Provides information about how to get started with the
free usage tier.
• Getting Started Guide: AWS Computing Basics for Linux - Introduces you to several key AWS services
and components—what these services are, why they are important, and how to use them. It also
provides a simple example architecture on a Linux platform and walks you through a deployment that
uses this architecture.
• Getting Started Guide: AWS Computing Basics for Windows - Introduces you to several key AWS
services and components—what these services are, why they are important, and how to use them. It
also provides a simple example architecture on a Windows platform and walks you through a deployment
that uses this architecture.
• Amazon Elastic Compute Cloud Getting Started Guide - Provides information that helps you get started
using Amazon EC2 instances.

1

How Does AWS Help?

How Does AWS Help?
If you are responsible for creating and deploying a static website, you'll face infrastructure challenges.
Where will you store your files? How will you deliver your content? How will you ensure reliability and
high performance for your website? To solve these challenges, AWS provides Amazon S3 and Amazon
CloudFront for easy, seamless, and cost-effective solutions.

Using Amazon S3, you can host your website files on the same fast, reliable, and secure infrastructure
Amazon uses to run its global network of websites. Amazon S3 provides a highly durable and available
store for a variety of content, ranging from your website's HTML files to media files. It allows you to offload
your entire storage infrastructure onto the cloud, where you can take advantage of Amazon S3’s scalability
and pay-as-you-go pricing to handle your storage needs.

Amazon CloudFront is a web service for content delivery. It integrates with other Amazon Web Services
to give you an easy way to distribute content to your website users with low latency, high data transfer
speeds, and no commitments. Amazon CloudFront delivers your static and streaming content using a
global network of edge locations. Requests for your files are automatically routed to the edge location
with the lowest latency, so content is delivered with the best possible performance.

Amazon Route 53 is a highly available and scalable Domain Name System (DNS) web service. It is
designed to give developers and businesses an extremely reliable and cost effective way to route end
users to websites by translating human readable names like www.example.com into the numeric IP
addresses like 192.0.2.1 that computers use to connect to each other.

The following table gives a brief overview of the Amazon services used in this Getting Started Guide.

Challenges Amazon Web Services Benefits

Need a low-cost, Amazon Simple Storage Service Amazon Simple Storage service offers
reliable online a low cost, highly reliable solution for
storage web hosting static website content.
service to host
static website
content.

Need a content Amazon CloudFront Amazon CloudFront speeds up the
delivery network loading of streaming or downloaded
(CDN) to provide static content by caching the content via
low-latency, high a local edge cache at a location with the
data transfer lowest latency.
speeds so end
users don't
experience
unnecessary
delays.

Developers and Amazon Route 53 Amazon Route 53 allows users to
businesses need a access Internet websites by routing
reliable and human-readable domain names to
cost-effective way numeric IP addresses.
to route end users
to Internet
websites.

2

Static Website Hosting Architecture

Static Website Hosting Architecture
The following diagram illustrates an example architecture of a static website using Amazon S3, Amazon
CloudFront, and Amazon Route 53.

Amazon S3 provides secure and cost-efficient storage for your static website files. Amazon CloudFront
caches high volume content, allowing global customers to rapidly access your website. Amazon Route
53 connects user requests to infrastructure running in AWS. For a step-by-step walkthrough of how to
build out this architecture, see Getting Started (p. 4). This walkthrough will teach you how to do the
following:

• Sign up for AWS.
• Create an Amazon S3 bucket and store files in the bucket.
• Create a CloudFront distribution.
• Clean up your AWS resources.

For more information on how to use Amazon Route 53 in this architecture, see Amazon Route 53 (p. 19).

3

Step 1: Sign Up for the Service

Getting Started

Topics
• Step 1: Sign Up for the Service (p. 4)
• Step 2: Create an Amazon S3 Bucket (p. 5)
• Step 3: Create an Amazon CloudFront Distribution (p. 8)
• Step 4: Hosting Your Website (p. 13)
• Step 5: Clean Up (p. 17)

The following tasks will step you through how to deploy your static website using AWS. This walkthrough
gives you an example that follows best practices and demonstrates how different AWS products work
together to provide the solution you need.

Note

Typically, you would create an Amazon S3 website and make it public, and then set up your
Amazon CloudFront distribution. However, since it takes a few minutes to deploy the Amazon
CloudFront distribution, you will set up your distribution first before making your website public.

Step 1: Sign Up for the Service
If you don't already have an AWS account, you’ll need to get one. Your AWS account gives you access
to all services, but you will be charged only for the resources that you use. For this example walkthrough,
the charges will be minimal.

To sign up for AWS

1. Go to http://aws.amazon.com and click Sign Up Now.
2. Follow the on-screen instructions.

AWS notifies you by email when your account is active and available for you to use.

The credentials for your AWS account give you access to all the resources that you have deployed. If
you give other people access to your resources, you will probably want to control who has access and
what they can do. AWS Identity and Access Management (IAM) is a web service that controls access to

4

Step 2: Create an Amazon S3 Bucket

your resources by other people. In IAM, you create a user, which other people can use to obtain access
and permissions that you define. For more information about IAM, go to What Can I Do with IAM?

Amazon Simple Storage Service (Amazon S3) is a perfect solution for storing objects for your static
website, such as photos, HTML pages, and documentation. Using Amazon S3, you can easily store and
retrieve as many files as you like. For your static website, you can store files you are working on and only
make public files you want your customers to see.

In Amazon S3, storage is redundant across multiple data centers. This provides very reliable durability
for only a few cents per gigabyte per month. Your files are stored in Amazon S3 as objects, and every
object is stored in a bucket. Before we can store data in Amazon S3 we must create a bucket.

Note

You are not charged for creating a bucket; you are only charged for storing objects and for
transferring objects in and out of the bucket. The charges you will incur for following this example
are minimal. For more information, go to Amazon S3 Pricing.

Amazon S3 lets you configure a bucket to be an Amazon S3 website. When you configure your Amazon
S3 bucket as a website, you can utilize advanced website features, such as index and custom error
document support.

In this step you will do the following:

• Create an Amazon S3 bucket for static content
• Configure your Amazon S3 bucket as a website
• Enable logging for your Amazon S3 bucket

To create a bucket to contain static content for your website

1. Open the Amazon S3 console at https://console.aws.amazon.com/s3/.
2. In the Amazon S3 console, click Create Bucket.
The Create a Bucket dialog box appears.
3. Enter a bucket name in the Bucket Name field.
The bucket name you choose must be unique across all existing bucket names in Amazon S3. One
way to do that is to prefix your bucket names with your company's name. For this example, we'll use
staticwebsite-example, however you should choose a unique name.
Your bucket name must comply with Amazon S3 requirements. There might be additional restrictions
on bucket names based on the region your bucket is in or how you intend to access the object. For
more information, go to Bucket Restrictions and Limitations.

5


Note

After you create a bucket, you cannot change its name. In addition, the bucket name is
visible in the URL that points to the objects stored in the bucket. Make sure the bucket name
you choose is appropriate.

4. In the Region drop-down list box, select a region.
By default, Amazon S3 creates buckets in the US Standard region.You can choose a region to lower
latency (usually the closest region), minimize costs, or address regulatory requirements. Objects
stored in a region never leave that region unless you explicitly transfer them to another region. For
more information about regions, go to Regions and Endpoints.
5. Click Create.
When Amazon S3 successfully creates your bucket, the console displays your empty bucket in the
Buckets panel.

For more information about Amazon S3, go to Amazon Simple Storage Service documentation.

Now that you have created a bucket, let's configure the bucket to be a website.

To configure your Amazon S3 bucket as a website

1. In the Amazon S3 console, right-click the bucket you created and select Properties.
The Properties pane appears.
2. Click the Website tab.
3. Click the Enabled check box.

6


4. Enter index.html in the Index Document field.
Enter error.html in the Error Document field.

Note

These files do not exist yet.You will create and upload these files to your Amazon S3 bucket
in a later step.

5. Click Save to configure the Amazon S3 bucket as a website.

For more information about configuring your Amazon S3 bucket as a website, go to Hosting Websites on
Amazon S3.

Now that you've set up your bucket as a website, let's enable logging for your bucket.

You might want to see the activity your Amazon S3 bucket is getting. Amazon S3 provides a way to enable
logging on your buckets. With logging enabled, you can track information such as data in and out of your
bucket and the IP addresses of who is accessing your bucket.

To enable logging for your bucket

1. In the Amazon S3 console, right-click the bucket you created and select Properties.
The Properties pane appears.
2. In the Properties pane:

• Click the Logging tab.
• Click the Enabled check box.
• Select the Amazon S3 bucket you just created from the Target Bucket drop-down list.

Note

You can create and select any Amazon S3 bucket to exclusively contain your log files.
For the purpose of this example, you will use the same bucket to contain your log files
and static website data.

• Enter staticwebsite-example/ in the Target Prefix field.
• Click Save to enable logging.

7

Where You're At

Normally, you would upload your content and set permissions after this step. For this example you
will wait until you deploy your website to do this step.

Where You're At
Here's where you are at in building out your architecture.

If the people who come to your website encounter significant latency, their experience will be less than
par. Amazon CloudFront is a good solution if you need to consider performance.
In the next step you'll create an Amazon CloudFront distribution.

Step 3: Create an Amazon CloudFront
Distribution
Amazon CloudFront is an AWS content delivery service that helps you improve the performance, reliability,
and availability of your websites and applications. If you intend for your website to be hit multiple times
a day or have a global presence, Amazon CloudFront provides the infrastructure to quickly deliver your
website content to customers anywhere in the world.

Amazon CloudFront works by distributing your web content (such as images, video, and so on) using a
network of edge locations around the world. Your content is served from your configured Amazon S3
bucket or custom origin to the edge location that has the lowest latency to the user who requests it.

For more information about Amazon CloudFront, go to the Amazon CloudFront Developer Guide.

The content you deliver with Amazon CloudFront will be stored on a server referred to as an origin server.
In this example, our origin is our staticwebsite-example bucket where our static content is stored.
Let's create our Amazon CloudFront distribution.

Note

This is an optional step. You can skip this step and continue to Step 4: Hosting Your Website
(p. 13).

Before creating an Amazon CloudFront distribution, you'll need to locate and copy down the endpoint for
your Amazon S3 website.

8

Step 3: Create an Amazon CloudFront Distribution

To locate the endpoint for your Amazon S3 website

1. In the Amazon S3 console, right-click your bucket and select Properties. The Properties pane
appears.
2. Click the Website tab to locate your Amazon S3 website's endpoint.

To create a distribution with an Amazon S3 origin, we will use the AWS Management Console.

To create an Amazon CloudFront distribution

1. Open the Amazon CloudFront console at https://console.aws.amazon.com/cloudfront/.
2. In the Amazon CloudFront console, click Create Distribution.

3. In the Create Distribution Wizard, do the following:

• Click Download for the Delivery Method.
• Click Custom Origin. Enter your origin DNS name for your Amazon S3 website in the Origin DNS
Name field.
Your origin DNS name will be the same as your Amazon S3 website's endpoint, but without http://
and the trailing /.

Note

When creating a distribution for an Amazon S3 bucket configured as a website, you must
specify a custom origin. When creating a distribution for any other bucket, click Amazon
S3 Origin to specify the bucket.

9


4. Click Continue. For the purpose of this walkthrough, you'll leave the other options as their defaults.
5. On the DISTRIBUTION DETAILS page, specify the following details:

a. In Allowed Connections, select HTTP and HTTPS.
b. Leave the CNAMEs field blank.

Note

The Canonical Name Record (CNAME) is a type of resource record used by the DNS
to specify that one domain name is the alias of another, canonical domain name. By
specifying a CNAME, you give permission to allow traffic from the CNAME to access
your CloudFront distribution.
When configuring your distribution, you have the option of providing CNAMEs for your
distribution. However, for the purposes of this tutorial you will not do this. For more
information, go to Using CNAMEs.

c. If you want to use a default root object with your distribution, enter the default root object to
associate with the distribution in the Default Root Object field. For this example, specify
index.html as your default root object. We will create and add this file to your Amazon S3
bucket later.
d. If you want to enable logging for your distribution, for Logging click On. Next, you can either
select or specify the Amazon S3 bucket where you want to save your logs. For this example,
we select staticwebsite-example; you should select the bucket that you created. Specify
the log file prefix in the Log Prefix field. For this example, we use staticwebsite-example/;
you should specify a prefix from the name of the bucket that you created.
e. In Comments, you can enter any comments you want to include about the distribution. We will
leave this blank for this example.

10


f. For the Distribution Status, select Enabled if you want the distribution to accept end-user
requests for content as soon as it is deployed. Otherwise, if you prefer to enable the distribution
later, choose Disabled. For this example, select Enabled.

Note

Even if the distribution's status is Deployed, you still must enable the distribution for
use before end users can retrieve content.

6. To review your distribution settings, click Continue.
7. If you are satisfied with the distribution settings, click Create Distribution in the REVIEW dialog box.

11

Where You're At

After creating the distribution, it might take a few minutes for the distribution to deploy. The distribution's
current status is displayed in the console under Status. A status of InProgress indicates that the distribution
is not yet fully deployed.

When your distribution is deployed, you are ready to reference your content with your new Amazon
CloudFront domain name or CNAME.

Where You're At
Here's where you are at in building out your architecture.

Your Amazon CloudFront distribution takes a few minutes to deploy. While you are waiting for the
distribution to be deployed, let's move on to the next topic where you will host your website files.

12

Step 4: Hosting Your Website

Now that you've created an Amazon S3 bucket and created a Amazon CloudFront distribution, you are
ready to upload your website files.

Before uploading any files, you'll need to create a root HTML file and an error HTML file for your website.
Create these files on your computer and name them index.html and error.html.To test your website,
you will add simple HTML to the files.

Add the following HTML to index.html:

<html>
<body>
<p>
Hello, World!
</p>
</body>
</html>

Add the following HTML to error.html:

<html>
<body>
<p>
This is an error page.
</p>
</body>
</html>

Save these files on your computer in a location you can easily locate.

In this step you will do the following:

• Upload your static website files to your Amazon S3 bucket
• Set public permissions for your website content

To upload your website files to your Amazon S3 bucket

1.
2. In the Amazon S3 console, select the bucket you previously created to contain your static website
files. In our example, we will select staticwebsite-example bucket.
3. Click Upload. The Upload - Select Files dialog box appears.

13


4. Click Add Files.
5. In the file dialog box, select the index.html and error.html files you created. Click Start Upload
to upload your file to your Amazon S3 bucket.

When your files have finished uploading, they will appear in the Objects and Folders panel for your
bucket.

14


Note

When objects are uploaded to Amazon S3 buckets, they lose the file system hierarchy found on
your local computer or on a server. You will have to change all file references in your HTML,
such as references to images, to use the URL of the files in Amazon S3.
To locate the URL of any object uploaded to an Amazon S3 bucket, right-click the object and
select Properties. Locate the URL in the Properties pane under the Details tab.

After you have uploaded your index.html and error.html files, you can add any other files you want
to use for your website. None of these files are publicly viewable until you set public permissions in the
AWS Management Console.

You can set the public permissions for the files all at once, or set public permissions per file. When
deploying your static website, you might want to test each file to ensure that it works before making them
public.

To set public permissions

1. In the Objects and Folders panel for your Amazon S3 bucket, right-click the files you want to make
public.

Tip

You can use the SHIFT and CRTL keys to select multiple objects and folders to perform the
same action on them simultaneously.

2. Select Make Public.
3. In the message box, click OK.
It can take a few seconds for the permissions to be set by Amazon S3.

Note

If your CloudFront distribution finished deploying before you made your files public, then you
may see a 403-Forbidden error. It can take up to 5 minutes for your files to be viewable.

Your website is now publicly viewable. In your Internet browser, navigate to your website through its
Amazon S3 address or through your Amazon CloudFront distribution URL.

To locate the address of your Amazon S3 website

1. In the Amazon S3 console, right-click your bucket and select Properties. The Properties pane
appears.

15


2. Click the Website tab to locate your Amazon S3 website address. Your website address is under
Endpoint.

To locate the address of your Amazon CloudFront distribution

• In the Amazon CloudFront console, select your Amazon CloudFront distribution. Your Amazon
CloudFront address is listed in the lower pane under Domain Name.

Note

Changes made to objects in your Amazon S3 bucket are not immediately cached through your
Amazon CloudFront distribution. The default time-to-live (TTL) is 24 hours. You can change this
value by setting the Expires metadata property on your Amazon S3 object; the minimum TTL is
1 hour.

16

Step 5: Clean Up

You can also test to see if your custom error page works by entering a bogus path after your Amazon S3
website or Amazon CloudFront distribution URL. If your website is correctly deployed, you'll be redirected
to your custom error page.

Congratulations! You have deployed your website using AWS! Continue to customize your website, and
track website activity through the logs created in your Amazon S3 bucket.

To avoid accruing additional charges for your billable services, you will clean up your AWS resources in
the next step.

Step 5: Clean Up
Topics
• Disable and Delete an Amazon CloudFront Distribution (p. 17)
• Delete Objects and an Amazon S3 Bucket (p. 18)

Now that you've learned how to deploy a static website, it's time to terminate your environment, clean up
your resources, and avoid accruing any further charges.

Disable and Delete an Amazon CloudFront
Distribution
An Amazon CloudFront distribution can be disabled or deleted. A disabled distribution is no longer
functional and you will no longer be charged, but it can be enabled again at any time. A deleted distribution
is no longer accessible and is lost forever.

If you created an Amazon CloudFront distribution in the previous steps, you will need to first disable the
distribution and then delete it.

To disable an Amazon CloudFront distribution

1. Open the Amazon CloudFront console at https://console.aws.amazon.com/cloudfront/.
2. Select a distribution and click Disable.

A confirmation dialog box appears.
3. Click Yes, Disable.

Amazon CloudFront disables the distribution.

To delete an Amazon CloudFront distribution

1. Select a disabled distribution and click Delete.

A confirmation dialog box appears.
2. Click Yes, Delete.

Amazon CloudFront deletes the distribution.

17

Delete Objects and an Amazon S3 Bucket

Delete Objects and an Amazon S3 Bucket
Buckets with objects in them cannot be deleted. Before deleting a bucket, all objects within the bucket
must be deleted.

You should also ensure that logging for your Amazon S3 bucket is disabled. Otherwise, logs might be
immediately written to your bucket after you delete your bucket's objects.

To disable logging

2. Right-click your bucket and select Properties. The Properties pane appears.
3. Click the Logging tab.
4. Deselect the Enabled check box to disable logging.

To delete an object

2. Click the bucket where the objects are stored.
3. Right-click the object you want to delete.
A dialog box shows the actions you can take on the selected object(s).

Tip

You can use the SHIFT and CRTL keys to select multiple objects and perform the same
action on them simultaneously.

4. Click Delete.
5. Confirm the deletion when the console prompts you to.

To delete a bucket, you must first delete all of the objects in it.

To delete a bucket

1. Right-click the bucket you want to delete.
A dialog box shows the actions you can take on the selected bucket.
2. Click Delete.
3. Confirm the deletion when the console prompts you to.

You have now deleted your bucket and all its contents.

18


Amazon Route 53

AWS provides flexible services, and there are many variations you can use to host your static website.
In this section, we'll discuss using Amazon Route 53 with your static website.

Amazon Route 53 is a scalable Domain Name System (DNS) web service. It provides secure and reliable
routing to your infrastructure that uses Amazon Web Services, such as Amazon Simple Storage Service
(Amazon S3). You can also use Amazon Route 53 to route users to your infrastructure outside of AWS.

Amazon Route 53 automatically routes queries to the nearest DNS server in a global network of DNS
servers, resulting in low latency. It is an authoritative DNS service, meaning it translates friendly domain
names like www.example.com into IP addresses such as 192.0.2.1.

You can manage your DNS records through the Amazon Route 53 API, or set account-level user and
access management through the AWS Identity and Access Management (IAM) API. Like other AWS
products, there are no contracts or minimum commitments for using Amazon Route 53. You pay only for
the domains you configure and the number of queries that the service answers. For more information
about Amazon Route 53 pricing, go to Amazon Route 53 Pricing.

The following procedure explains the high-level steps you need to take to use Route 53 for this example.
For more information on how to use Amazon Route 53, go to the Amazon Route 53 Getting Started Guide.
For instructions on how to route queries to a website that is hosted in an Amazon S3 bucket (not using
Amazon CloudFront), go to Routing Queries to a Website That Is Hosted in an Amazon S3 Bucket in the
Amazon Route 53 Developer Guide.

To use Amazon Route 53

1. Create a hosted zone for example.com.
2. Create a new DNS record for your website (e.g., www.example.com) that points to your Amazon
CloudFront distribution (e.g., d18k4jybr69gw2.cloudfront.net). Check with your domain name registrar
for instructions on creating a new DNS record.
3. Confirm your requests are complete.
4. Update the registrar's name server records.

Note

Make sure you update the CNAME for the Amazon CloudFront distribution if you haven’t
already set it.

19

Amazon S3 Cost Breakdown

Pricing

Topics
• Amazon S3 Cost Breakdown (p. 20)
• Amazon CloudFront Cost Breakdown (p. 22)
• Summing It All Up (p. 24)

The AWS Simple Monthly Calculator estimates your monthly bill. It provides a per-service cost breakdown,
as well as an aggregate monthly estimate. You can also use the calculator to see an estimate and
breakdown of costs for common solutions. This topic walks you through an example of using the AWS
Simple Monthly Calculator to estimate your monthly bill.

Note

AWS pricing you see in this documentation is current at the time of publication. For the latest
pricing information, go to AWS Service Pricing Overview . For more information on how AWS
pricing works, go to How AWS Pricing Works.

The following table shows the characteristics for Amazon S3 we have identified for this static website
hosting architecture.

Characteristic Metric Description

Storage 0.001 GB/month 20 JPEG files (objects) @ 50 KB
= 1 MB

Total of 1.0 MB for 20 objects =
0.001 GB

20



Requests PUT requests: 20/month We will plan to update the objects
twice a month. 1 PUT request *
GET requests: 2000/month 20 objects = 20 requests

(PUT requests include from any
location including Amazon EC2)

We will transfer the objects 10
times per month to each of the 10
Amazon CloudFront edge
locations. 10 GET requests * 10
CloudFront Nodes * 20 objects =
2000 requests

(GET requests include from any
location including Amazon EC2)

Data Transfer Data out: 0.1 GB/month If the average size object is 50
KB, and we make about 2000
requests per month, then the
average data transfer is
approximately 0.1 GB.

The following image shows the cost breakdown for Amazon S3 in the AWS Simple Monthly Calculator.

Variable Formula Calculation

Provisioned Storage Storage rate $0.125

x Storage Amount (GB) x 0.001

---------------------- -------

$0.00

21

Amazon CloudFront Cost Breakdown


PUT Requests Request Rate $0.01

x Number of requests (per 1000) x1

------------------------------- -----

$0.01

GET Requests Request Rate $0.01

x Number of requests (per x1
10000)
-----
--------------------------------
$0.01

We use the AWS Simple Monthly calculator to estimate this. With the calculator, the total cost for Amazon
S3 is $0.02.

The following table shows the characteristics for Amazon CloudFront we have identified for this web
application hosting architecture.


Traffic Distribution 50% US Distribution of traffic across
regions
25% EU

10% HK

15% JP

0% SA

Request Type HTTP Type of requests that customers
make to the cached locations

Data Transfer Out 30.0 GB/month 1.0 MB x 30.5 days x 1,000
hits/day

The following image shows the cost breakdown for Amazon CloudFront in the AWS Simple Monthly
Calculator.

22


The total monthly cost is the sum of the data transfer out plus the requests costs for each of the regions.


Data Transfer Out for US Monthly Volume (GB) 30.00

Traffic Distribution (%) 0.50

x Data Out Rate x 0.12

-------------------------- ------

$1.80

Data Transfer Out for EU Monthly Volume (GB) 30.00



-------------------------- ------

$0.90

Data Transfer Out for Monthly Volume (GB) 30.00
HK/Singapore


-------------------------- ------

$0.57

23

Summing It All Up


Data Transfer Out for JP Monthly Volume (GB) 30.00



-------------------------- -------

$0.90

Requests for US Request Rate $0.0075


x (Monthly Volume/Object Size x (30 GB/50 KB/10K)
(per 10,000 requests))
--------------------
----------------------------------------------------
$0.24

Requests for EU Request Rate $0.009


x (Monthly Volume/Object Size x (30.00 GB/50 KB/10K)
--------------------
----------------------------------------------------
$0.15

Requests for HK/Singapore Request Rate $0.0075


--------------------
----------------------------------------------------
$0.05

Requests for JP Request Rate $0.0095


--------------------
----------------------------------------------------
$0.09

We use the AWS Simple Monthly calculator to estimate this. With the calculator, the total cost for Amazon
CloudFront is $4.70.

Summing It All Up
To calculate the total cost for this scenario, we add the cost for Amazon S3, Amazon CloudFront and the
AWS Data Transfer Out, and subtract any discount that falls into the AWS Free Usage Tier.

24

Summing It All Up

The total AWS Transfer Out is an aggregate Data Transfer Out usage across Amazon S3 and any other
Amazon services you might use. For Amazon S3, we have 0.1 GB per month. Since up to 1 GB per month
of data transferred out is free, there is no charge.

The following image shows an example of your monthly estimate.

The total cost of this static website is estimated at $4.72.

25


Related Resources

The following table lists related resources that you'll find useful as you work with AWS services.

Resource Description

AWS Products and Services A comprehensive list of products and services AWS offers.

Documentation Official documentation for each AWS product including service
introductions, service features, and API references, and other
useful information.

AWS Architecture Center Provides the necessary guidance and best practices to build
highly scalable and reliable applications in the AWS cloud.
These resources help you understand the AWS platform, its
services and features. They also provide architectural
guidance for design and implementation of systems that run
on the AWS infrastructure.

AWS Economics Center Provides access to information, tools, and resources to
compare the costs of Amazon Web Services with IT
infrastructure alternatives.

AWS Developer Resource Centers From here, you will find links to developer centers that provide
documentation, code samples, release notes, and other
information to help you build innovative applications with AWS.

AWS Cloud Computing Whitepapers Features a comprehensive list of technical AWS whitepapers
covering topics such as architecture, security, and economics.
These whitepapers have been authored either by the Amazon
team or by AWS customers or solution providers.

Videos and Webinars Previously recorded webinars and videos about products,
architecture, security, and more.

Discussion Forums A community-based forum for developers to discuss technical
questions related to Amazon Web Services.

AWS Support Center The home page for AWS Technical Support, including access
to our Developer Forums, Technical FAQs, Service Status
page, and AWS Premium Support. (subscription required).

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Resource Description

AWS Premium Support Information The primary web page for information about AWS Premium
Support, a one-on-one, fast-response support channel to help
you build and run applications on AWS Infrastructure Services.

Form for questions related to your AWS This form is only for account questions. For technical
account: Contact Us questions, use the Discussion Forums.

Conditions of Use Detailed information about the copyright and trademark usage
at Amazon.com and other topics.

27


Document History

This document history is associated with the 2011-10-07 release of: Getting Started Guide: AWS Static
Website Hosting. This guide was last updated on March 19, 2012.

Change Description Release Date

New content Created new document. 07 October
2011

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