How to Host a Static Website on AWS S3 (Step-by-Step Guide)

Deepak Sharma — Fri, 22 Aug 2025 13:29:21 +0000

🚀** Introduction**
If you’ve built a static website using HTML, CSS, and images, the next step is getting it online. One of the simplest and most cost-effective ways is to use Amazon S3 (Simple Storage Service).

With just a few clicks, you can deploy your static site and make it accessible to the world — no servers required!

Let’s go step by step.

🛠 Step 1: Prepare Your Files
Make sure your project folder contains all necessary files, such as:

index.html
style.css
Any images or assets
👉 Keep them organized in a single folder before uploading.

🧩 Step 2: Create an S3 Bucket
Log in to AWS Management Console → S3
Click Create bucket
Enter a unique bucket name (example: portfolio-website)
Uncheck Block all public access if you want your site to be public
Click Create bucket

⚙️ Step 3: Configure Bucket for Static Website Hosting
Open your newly created bucket
Go to the Properties tab
Scroll to Static website hosting → Edit
Enable it and set:
Index document → index.html
Error document → 404.html (optional)
Save changes

🔓 Step 4: Make Files Public
There are two ways to allow public access:

Option 1: Manually
Select all objects → Click Actions → Make public

Option 2: Bucket Policy (Recommended)
Go to Permissions → Bucket Policy
Paste the following JSON (replace YOUR_BUCKET_NAME):

Save changes

📤 Step 5: Upload Your Files
Go to the Objects tab
Click Upload → Add files
Select all your project files (index.html, style.css, images, etc.)
Click Upload

🌍 Step 6: Access Your App
Open the Properties tab of your bucket
Scroll to Static website hosting
Copy the Bucket website endpoint URL
Paste it into your browser — your site is live 🎉

🎯 Conclusion
Hosting a static website on AWS S3 is one of the fastest ways to make your portfolio, landing page, or small project available online.

It’s cost-efficient, secure, and scalable — making it perfect for developers of all levels.

http://my-portfolio-deepak1919.s3-website.ap-south-1.amazonaws.com

⚙️ Utility Test on AWS 📊

Deepak Sharma — Sat, 29 Mar 2025 08:53:02 +0000

🌍 In modern cloud computing environments, ensuring the security and performance of applications under extreme conditions is crucial. AWS (Amazon Web Services) provides various tools and methodologies to conduct stress testing, allowing developers and system administrators to analyse the stability and performance of applications under high-load scenarios. This article explores the significance, methodologies, and implementation of utility tests on AWS. 📊

What is a Utility Test?
A utility test is a type of performance test that evaluates how an application or system behaves under extreme workloads. The primary objectives include:
• 🔍 Identifying performance bottlenecks.
• ⚡ Evaluating system reliability under high traffic.
• ⏳ Measuring response times under peak loads.
• 🛠️ Determining system failure points and recovery mechanisms.

Why Conduct Testing on AWS?
AWS offers a scalable and robust cloud environment that allows users to conduct tests efficiently. Some of the key benefits of testing on AWS include:
• 📈 Scalability: AWS auto-scaling features enable dynamic adjustments to traffic spikes.
• 💰 Cost-effectiveness: Pay-as-you-go pricing ensures that testing remains economical.
• 🔒 Security & Compliance: AWS provides secure testing environments without impacting production workloads.

Tools for Testing on AWS
📊 AWS CloudWatch - Helps monitor performance metrics and debug performance issues.

Implementing a Test on AWS
Step 1: 🚀 Launch an EC2 Instance
• Log in to your AWS Console and navigate to EC2 Dashboard.
• Click Launch Instance and select the appropriate region.
Step 2: 📀 Choose the Right AMI
• Select Amazon Linux 2 AMI or another relevant AMI (I chose Linux 2
AMI in this case).
Step 3: 🛠️ Install & Configure Testing Tools
• Connect to the EC2 instance via ec2 instance connect.
• Run a basic test to simulate CPU load.
Step 4: 📡 Monitor System Performance
• Use AWS CloudWatch to monitor CPU, memory, and network
utilization.
Step 5: 📑 Analyse Results & Optimize
• Identify system bottlenecks using performance reports.
• Adjust instance types, auto-scaling settings, and network
configurations.
Best Practices for Testing on AWS
• 🚧 Use Test Environments: Avoid testing on production
environments to prevent disruptions.
• 🔍 Monitor Continuously: Use AWS CloudWatch to track performance
metrics in real time.
• 🛠️ Optimize Resources: Adjust EC2 instances, database
configurations, and caching strategies.

Conclusion
✅Testing on AWS ensures that applications can handle peak loads and unexpected traffic surges effectively. By leveraging AWS tools and best practices, organizations can enhance system reliability and performance, ultimately improving user experience and business continuity.
✅ By implementing utility tests on AWS, businesses can proactively address system vulnerabilities and ensure optimal performance even under high-demand conditions.

Forem: Deepak Sharma

How to Host a Static Website on AWS S3 (Step-by-Step Guide)

⚙️ Utility Test on AWS 📊