How to Upload and Deploy Your Project on AWS EC2

Deploying a project on AWS can seem complicated at first, especially if you are new to cloud computing. However, once you understand the basic workflow, deploying a project on an AWS EC2 instance becomes straightforward.

In this article, we will go through the complete process of uploading a project to AWS, setting up an EC2 server, transferring the project, installing the required dependencies, and running the application.

What is AWS EC2?

Amazon EC2 (Elastic Compute Cloud) provides virtual servers in the AWS cloud.

Instead of running your application only on your personal laptop, you can deploy it on an EC2 instance so that it can be accessed remotely over the internet.

The basic deployment flow looks like this:

Local Computer
      ↓
     GitHub
      ↓
   AWS EC2
      ↓
Install Dependencies
      ↓
 Run Application
      ↓
Access Through Public IP

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Prerequisites

Before starting, you should have:

• An AWS account
• Your project ready
• Basic knowledge of Linux commands
• Git installed
• Your project pushed to GitHub
• An SSH client such as PowerShell, Terminal, or PuTTY
• A working application that can run locally

For example, if you have a Node.js project:

npm install
npm start

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If this works locally, you can proceed with deployment.

Step 1: Create an EC2 Instance

Log in to the AWS Management Console and search for EC2.

Click:

EC2 → Instances → Launch Instance

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Give your instance a name, for example:

my-project-server

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Choose an operating system.

For beginners, Ubuntu Server LTS is a good choice because it has extensive documentation and community support.

Select an appropriate instance type according to your project requirements.

For a small learning project, a low-cost/free-tier-eligible instance may be sufficient, depending on your AWS account and current AWS pricing/free-tier eligibility.

Step 2: Create an SSH Key Pair

During instance creation, AWS will ask you to create or select a key pair.

For example:

my-project-key.pem

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Download the “.pem” file and keep it secure.

You need this key to connect to your EC2 server.

Never upload your private key to GitHub or include it inside your project.

Step 3: Configure Security Groups

A security group acts like a firewall for your EC2 instance.

For example, you may need these inbound rules:

Type Port Purpose SSH 22 Connect to server HTTP 80 Web traffic HTTPS 443 Secure web traffic Custom TCP 3000 Node.js application Custom TCP 8080 Java/Spring Boot application

For SSH, it is better to restrict access to your IP address rather than allowing SSH from anywhere.

For a production application, you generally should not expose your application’s internal port directly to the internet. A reverse proxy such as Nginx can listen on ports 80/443 and forward requests to your application.

Step 4: Connect to Your EC2 Instance

Once the instance is running, AWS will provide its public IPv4 address.

It may look like:

13.234.XX.XX

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On Linux or macOS, you can connect using:

ssh -i "my-project-key.pem" ubuntu@YOUR_PUBLIC_IP

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For example:

ssh -i "my-project-key.pem" [email protected]

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On Windows, you can use PowerShell, Windows Terminal, or another SSH-compatible client.

If you are using an Amazon Linux AMI, the username may be different, commonly:

ec2-user

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Step 5: Update the Server

After connecting to your EC2 instance, update the installed packages.

For Ubuntu:

sudo apt update
sudo apt upgrade -y

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This ensures that the server has the latest available package updates.

Step 6: Install Git

If your project is stored on GitHub, install Git:

sudo apt install git -y

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Verify the installation:

git --version

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You should see something similar to:

git version 2.x.x

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Step 7: Upload Your Project

There are several ways to upload a project to EC2.

The easiest approach for most developers is GitHub.

Go to the directory where you want to store your project:

cd ~

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Clone your repository:

git clone https://github.com/USERNAME/PROJECT_NAME.git

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Then enter the project directory:

cd PROJECT_NAME

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Your project is now available on the EC2 server.

Step 8: Install the Required Environment

The required software depends on your project.

For Node.js

Install Node.js using an appropriate supported version, then verify:

node -v
npm -v

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Install project dependencies:

npm install

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For Java/Spring Boot

Install a compatible JDK:

sudo apt install openjdk-21-jdk -y

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Check:

java -version

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If your project uses Maven, you can build it with:

./mvnw clean package

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or:

mvn clean package

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The generated “.jar” file can then be run with:

java -jar target/your-application.jar

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For Python

Install Python and the required tools:

sudo apt install python3 python3-pip python3-venv -y

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Create a virtual environment:

python3 -m venv venv

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Activate it:

source venv/bin/activate

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Install dependencies:

pip install -r requirements.txt

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Step 9: Configure Environment Variables

Do not hard-code sensitive information such as:

• Database passwords
• API keys
• JWT secrets
• AWS credentials
• Third-party service credentials

Instead, configure environment variables on the server.

For example:

export DB_URL="your_database_url"
export JWT_SECRET="your_secret"

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For a production application, use a proper secret-management solution such as AWS Secrets Manager or AWS Systems Manager Parameter Store rather than casually storing secrets in shell history or source code.

Step 10: Run Your Application

Now start your application.

For a Node.js project:

npm start

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For a Spring Boot application:

java -jar target/application.jar

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For a Python application:

python3 app.py

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Your application may now be running on a port such as:

3000

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or:

8080

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Step 11: Configure the Application Port

Suppose your Node.js application runs on:

http://localhost:3000

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Your application is currently accessible only from the EC2 machine itself.

You need to make the application accessible externally.

First, make sure your application listens on the appropriate interface.

For example, instead of binding only to:

localhost

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your application may need to listen on:

0.0.0.0

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Then ensure the required port is permitted by the EC2 security group.

For example:

Custom TCP
Port: 3000
Source: Your required source

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You can then test:

http://YOUR_PUBLIC_IP:3000

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Step 12: Use Nginx for a Production Deployment

For a real application, exposing:

http://YOUR_PUBLIC_IP:3000

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is usually not the ideal final setup.

A better architecture is:

User
  ↓
HTTPS :443
  ↓
Nginx
  ↓
Application :3000

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Nginx acts as a reverse proxy.

Install it:

sudo apt install nginx -y

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Then configure Nginx to forward requests to your application.

For example:

server {
    listen 80;

    server_name example.com;

    location / {
        proxy_pass http://127.0.0.1:3000;
        proxy_set_header Host $host;
        proxy_set_header X-Real-IP $remote_addr;
        proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;
    }
}

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After configuring Nginx:

sudo nginx -t

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If the configuration is valid:

sudo systemctl restart nginx

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Now users can access your application through your domain rather than directly using the application port.

Step 13: Keep Your Application Running

There is an important problem with simply running:

npm start

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If you close your SSH session, the application may stop depending on how it was launched.

For Node.js applications, PM2 is a popular process manager.

Install it:

sudo npm install -g pm2

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Start your application:

pm2 start npm --name "my-app" -- start

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Check the status:

pm2 status

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View logs:

pm2 logs

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PM2 can also restart your application if it crashes.

Step 14: Connect a Domain Name

If you have a domain such as:

example.com

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you can point the domain’s DNS records to your AWS infrastructure.

For a simple setup, an A record can point the domain to the EC2 public IPv4 address.

However, EC2 public IP addresses can change when an instance is stopped and started.

For a more stable setup, use an Elastic IP or a more production-oriented AWS architecture.

Step 15: Enable HTTPS

You should use HTTPS for a production application.

A common setup is:

User
  ↓
HTTPS
  ↓
Nginx
  ↓
Application

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A certificate can be obtained through Let’s Encrypt/Certbot for many typical EC2 deployments.

HTTPS protects communication between the user and your server and is essential for modern web applications.

Updating Your Project

One major advantage of using GitHub is that updating your application becomes easy.

After making changes locally:

git add .
git commit -m "Update application"
git push

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Then connect to your EC2 server and run:

git pull

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Install any new dependencies if necessary:

npm install

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Then restart your application.

For PM2:

pm2 restart my-app

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Common Problems

1. Connection timed out

Usually check:

• EC2 instance is running
• Security group rules
• Correct public IP
• Correct SSH key
• Correct username
• Port configuration

2. Application works on localhost but not from the internet

Check:

• Security group
• Application binding address
• Application port
• Nginx configuration

For example, an application listening only on:

127.0.0.1:3000

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cannot normally be reached directly from the internet.

3. Application stops after closing SSH

Use a process manager such as:

PM2

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for Node.js or a proper Linux “systemd” service for applications such as Spring Boot.

4. Database connection fails

Check:

• Database URL
• Credentials
• Environment variables
• Network/security-group rules
• Whether the database allows connections from the EC2 server

Recommended Architecture

For a typical full-stack application, a reasonable AWS architecture could look like this:

                    ┌──────────────┐
                    │    User      │
                    └──────┬───────┘
                           │
                         HTTPS
                           │
                    ┌──────▼───────┐
                    │     Nginx    │
                    │ Reverse Proxy│
                    └──────┬───────┘
                           │
                    ┌──────▼───────┐
                    │   Backend    │
                    │ Node/Spring  │
                    │    Boot      │
                    └──────┬───────┘
                           │
                    ┌──────▼───────┐
                    │   Database   │
                    │ MongoDB/RDS  │
                    └──────────────┘

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For a React application, the frontend can also be deployed separately using services such as Amazon S3 + CloudFront, while the backend runs on EC2 or another compute service.

Final Deployment Checklist

Before considering your application deployed, verify:

• [ ] EC2 instance created
• [ ] SSH access working
• [ ] Security group configured
• [ ] Git installed
• [ ] Project cloned
• [ ] Required runtime installed
• [ ] Dependencies installed
• [ ] Environment variables configured
• [ ] Database connected
• [ ] Application running
• [ ] Required ports configured
• [ ] Nginx configured
• [ ] Domain connected
• [ ] HTTPS enabled
• [ ] Process manager/service configured
• [ ] Application tested from an external device

Conclusion

Deploying a project on AWS is essentially the process of moving your application from your local development environment to a cloud server and configuring everything required for users to access it.

The simplest learning path is:

GitHub
   ↓
AWS EC2
   ↓
Install Runtime
   ↓
Clone Project
   ↓
Install Dependencies
   ↓
Configure Environment Variables
   ↓
Run Application
   ↓
Nginx
   ↓
Domain + HTTPS

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For learning AWS, EC2 is an excellent starting point, because it forces you to understand servers, Linux, networking, security groups, ports, processes, DNS, and reverse proxies. Once you understand this workflow, moving toward services such as ECS, Elastic Beanstalk, Lambda, RDS, S3, CloudFront, and CI/CD pipelines becomes much easier.