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These are instructions on setting up your own website using Ghost, nginx, and Node 4.x on AWS and Namecheap. See my article on the subject for the blog where this setup is used.

Before going any further, there are a few important things to understand:

  1. These instructions are for those with unique Ghost requirements or who like tinkering around on AWS. If I didn't fall into both those categories and wanted a Ghost blog, I would use one of the plans on It's nearly the same price as setting up on AWS, or perhaps less expensive. It's a whole lot simpler than these instructions, and then you're supporting the non-profit that works on Ghost.
  2. This guide was used to set up a modest personal blog. If you are planning for something big, I would add in an ELB, a cluster in more than one availability zone, and a bunch more below. This isn't a bad starting point, but don't think this is all you need for your big site! I would also automate a lot of the below. It would be wonderful to use CloudFormation or Elastic Beanstalk and some more bash scripts to automate most of the below. Or switch even more of this to use Docker. If you end up doing any better automation of the steps, I'll incorporate these details in the instructions below.
  3. AWS, Ghost, and all the rest below is always changing. If instructions aren't working, and you figure out how to get things to work again, PRs are welcome to fix this up. Or if you improve on it, fixing any of the open issues, that's most welcome too of course!

Table of Contents

Initial Amazon setup

If you don't have an AWS account, go through You can skip "Create A Virtual Private Cloud" on this page since you'll have a default VPC.

EC2 Setup

Go through Following everything other than choosing Amazon Machine Image (step #3). Choose the Ubuntu Server image instead. You could choose the Amazon Image, but these instructions are written for Ubuntu.

Connect to the instance

Go through Follow everything except use "ubuntu" instead of "ec2-user". For instance, to connect on Mac or Linux, you would just do this:

ssh -i /path/my-key-pair.pem ubuntu@public_dns_name

Prep Ubuntu

Run the following to ensure Ubuntu is up to date. This will take a few minutes.

sudo apt-get update && sudo apt-get upgrade -y

You will likely be asked the following: "A new version of /boot/grub/menu.lst is available, but the version installed currently has been locally modified. What would you like to do about menu.lst?" Just press enter and choose the default, "keep the local version currently installed".

Install some needed libraries. Add to the list anything you may want (like emacs).

sudo apt-get install -y unzip build-essential libssl-dev git nginx

Setup Node.js and related tools

Install nvm to help wtih Node.js installations.

curl -o- | bash
source ~/.profile

Then install the latest Node 4.

nvm ls-remote
nvm install 4
nvm alias default 4

Install Ghost

Time to install Ghost.

sudo mkdir /var/www
sudo chown -R ubuntu:ubuntu /var/www
curl -L -o
unzip -uo -d /var/www/ghost
cd /var/www/ghost
npm install --production

Set up PM2 and startup script

We will use PM2 to keep Ghost going. It would be best to run PM2 as a different user, but we use ubuntu below. Feel free to create a new user and alter further instructions to use this new user (and then send on a PR with such changes in it!)

npm install -g pm2
pm2 startup ubuntu -u ubuntu

The output of the second command above will tell you to run something. Do this now. Then continue on with the PM2 setup.

pm2 start /var/www/ghost/index.js --name ghost
pm2 status

If you see an error in the status call above, look at the logs in $HOME/.pm2/logs for details. If things look fine, save what has been done so PM2 will start up properly on restart.

pm2 save

Now you can make sure that Ghost is up and running.

curl http://localhost:2368

Create an Elastic IP

Head into the AWS UI for some setup:

  1. In the navigation pane, choose Elastic IPs
  2. Choose Allocate New Address, and then Yes, Allocate.
  3. Select the Elastic IP address from the list, choose Actions, and then choose Associate Address.
  4. In the dialog box, choose Instance from the Associate with list, and then select your instance from the Instance list. Choose Yes, Associate when you're done.
  5. Copy down the Elastic IP, which is used below

Doing the above may change your "ssh" connection setup. Look at the instance in the AWS UI again to get updated details if you are disconnected.

Setup nginx

Some people like to use port forwarding to port 80 instead of this, but I use nginx to also allow for some old static files from a previous website to be served. nginx was already installed above, and we just need to configure it now.

sudo vi /etc/nginx/sites-available/default

Replace the existing server section with the following. Substitute in your Elastic IP for x.x.x.x

server {
    listen 80;
    server_name x.x.x.x localhost;

    location / {

If you have any additional files to serve, you can add these in now too. For instance, I have an old blog where I still want to serve up most of the files from their original location. This was a Movable Type blog, with the bulk of the files in /archive. So I added this in too in the server block:

    # optional, just an example
    location /archives {
        root /var/www;

Reload nginx to pick up the configuration changes.

sudo nginx -s reload

Now you should be able to see the same page you saw above, now through nginx on port 80.

curl http://localhost

Reboot and test

sudo reboot. Wait a minute for the instance to come back up, then log in again. Then make sure the instance is still running:

curl http://localhost

Create domain on Namecheap (optional)

I chose Namecheap instead of Amazon's Route 53 because I was planning to use Namecheap's email hosting service as well (which I describe in the next section). It also turns out that Namecheap is cheaper and generally easier to use.

To set up, go to Namecheap and register or transfer the domain you want. The process is fairly straightforward. When you get to setting up the domain, go into "Advanced DNS" for the domain and create an "A Record". Set the "Host" as "@" and set the Value as the Elastic IP you set up above. Save this, and this create a second "A Record" Set the "Host" as "www" and set the Value as the same Elastic IP you set up above.

After the domain started resolving, I did not need to change anything in nginx. You do though need to make a small edit to the Ghost config.

vi /var/www/ghost/config.js

You may be using the dev mode, as I am accidentily (and which you are too if you followed these instructions exactly) so make sure to switch the domain in the correct section.

Set up email (optional)

Amazon does not have email hosting for individuals, a painful point I found out in time. I ended up using Namecheap email hosting which I then forward on to Gmail. The setup for this is pretty much automatic if you're using Namecheap for domain hosting as well.

If you have tons of time on your hands and like managing a mail server, you could build something yourself. But that's even more overkill than the rest of this, especially for personal projects.

Set up CloudFront and SSL (optional)

I haven't done this part, but it makes sense to use Amazon's CDN in front of your EC2 instance, both for faster response times and to use a smaller instance that will handle load better. Using CloudFront also gives you HTTPS for free, with the AWS Certificate Manager.

More application tinkering

Need to add info about adding in comments (Disqus), log rotation (if needed, haven't looked), and seeing traffic (through Google Analytics).

Set up EBS backup

Follow the steps in my separate guide on setup for scheduled EBS snapshots.

Set up billing alarm

Make sure that you don't spend more money than you're expecting. Go through

Set up a basic monitor

There are some simple things you can do in AWS, but the most important thing to know is that your website is visible to the world. This is easiest to do with a tool outside of AWS. I used to suggest RunScope in this section, but they are shutting down their free tier. Feel free to fill this in with a better suggestion!

Future updates

After you've had the above running for awhile, you will want to make some updates to the system and programs sometimes. There are a lot of ways to do this, some safer than others in dealing with things going awry. The below is an approach that works well for a small blog, making the changes on the live server but providing multiple restore options.

To start off:

  • Go into the Ghost Admin, click on Labs, then click on Export. Save this file as way to restore Ghost.
  • ssh into your instance
  • Run "sudo crontab -l"
  • Copy the part of the line seen in the crontab output that starts with "python3 /usr/local/bin/". This is the EBS backup mechanism you set up above. Paste that line into your console but starting with "sudo". This should run with no output, after which you will have a new EBS snapshot of your data for restoring your whole instance.

Decide on what to upgrade:

  • Looking to upgrade Ghost? Run "grep 'version' /var/www/ghost/package.json" to see what version you are on. Look at to see what upgrading to the newest version will do.
  • Looking to upgrade PM2? Run "pm2 --version" to see what version you are on. Look at to see what upgrading to the newest version will do.
  • Looking to upgrade Node? Run "node --version" to see what version you are on. Look at to see what upgrading to the newest version will do. I suggest staying on the 4.x LTS release line for now, but the choice of course is up to you.
  • Looking to upgrade everything else? Sure, why not! This is done with apt-get, and describing all the changes just isn't as simple as the above. So be careful, but it's certainly good to do to get the latest security patches through here when you can.

Upgrade Ghost:

Use the Ghost upgrade tool I've created:

npm install -g ghost-upgrade
ghost-upgrade --yes --location /var/www/ghost --copy-casper
pm2 restart all

Upgrade PM2:

npm install -g pm2
pm2 update

Upgrade Node:

First run "nvm list" to make sure you have the right name for the current Node version that nvm uses, and use that where {old_version} is given below.

pm2 kill
nvm install 4
nvm reinstall-packages {old_version}
pm2 start /var/www/ghost/index.js --name ghost
nvm alias default 4
nvm uninstall {old_version}

Upgrade everything else:

sudo apt-get update && sudo apt-get upgrade -y
sudo reboot

Wait a minute for the instance to come back up, then log in again. Then make sure the instance is still running.

After upgrades:

Sanity test everything you can!

If things go bad:

There are two restore points created in case things go bad.

  1. The simple one, if Ghost seems to not behave properly, is to use the json file exported above. After setting up Ghost again to work, go to the Ghost Admin and import the XML in the Labs section.
  2. The slightly-harder one (but easier to know you go back to a working point) is to use the EBS snapshot created above. You need to restore the snapshot and use it on a new instance you create. The Elastic IP set up will also need to be switched to this new instance.


Guide to installing Ghost on AWS




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