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"I'm a 3rd-year Computer Engineering student at Marwadi University with skills in C++, web development (MERN stack), and DevOps tools like Kubernetes. I contribute to open-source projects and share tech knowledge on GitHub and LinkedIn. I'm learning cloud technologies and app deployment. As an Internshala Student Partner, I help others find jobs and courses." now currently focusing on #90DaysOfDevops
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So In This Series I am following 90 DaysOfDevops challenge , what i will learn in my devops journey i will share with you with my blogs ,You will get blog on tools which used by devops engineer , example :- Linux,ansible,terraform,docker,etc
Automation in EC2: Amazon EC2 or Amazon Elastic Compute Cloud can give you secure, reliable, high-performance, and cost-effective computing infrastructure to meet demanding business needs. Also, if you know a few things, you can automate many things....
One of the most common networking issues in AWS occurs when an EC2 instance is correctly configured but remains inaccessible from the internet. Even if the security group, network ACLs, and applicatio
Static websites are one of the simplest and most cost-effective ways to host web content in the cloud. Instead of managing virtual machines or web servers, Amazon S3 allows you to store HTML, CSS, Jav
Containerization has become the standard way to package and deploy modern applications. Instead of installing software directly on virtual machines, developers package everything—including dependencie
On Day 37 of the KodeKloud 100 Days of Cloud Challenge, I explored one of the AWS security best practices—granting an EC2 instance access to Amazon S3 using IAM Roles instead of storing AWS credential
On Day 36 of the KodeKloud 100 Days of Cloud Challenge, I built a complete Application Load Balancer (ALB) architecture on AWS. Instead of exposing an EC2 instance directly to the internet, an Applica
Anand Raval
136 posts
I'm Anand Raval, a Cloud & DevOps Engineer with AWS Solutions Architect Associate (SAA-C03), Certified Kubernetes Administrator (CKA), and Azure Fundamentals (AZ-900) certifications. This blog covers AWS, Kubernetes, Terraform, CI/CD, cloud architecture, automation, cost optimization, troubleshooting guides, and hands-on DevOps projects.
Hi, I hope you had a great day yesterday learning about the launch template and instances in EC2. Today, we are going to dive into one of the most important concepts in EC2: Load Balancing.
Load balancing is the distribution of workloads across multiple servers to ensure consistent and optimal resource utilization. It is an essential aspect of any large-scale and scalable computing system, as it helps you to improve the reliability and performance of your applications.
Elastic Load Balancing (ELB) is a service provided by Amazon Web Services (AWS) that automatically distributes incoming traffic across multiple EC2 instances. ELB provides three types of load balancers:
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launch 2 EC2 instances with an Ubuntu AMI and use User Data to install the Apache Web Server.
Modify the index.html file to include your name so that when your Apache server is hosted, it will display your name also do it for 2nd instance which include " TrainWithShubham Community is Super Aweasome :) ".
Copy the public IP address of your EC2 instances.
Open a web browser and paste the public IP address into the address bar.
You should see a webpage displaying information about your PHP installation.
Create an Application Load Balancer (ALB) in EC2 using the AWS Management Console.
Add EC2 instances which you launch in task-1 to the ALB as target groups.
Verify that the ALB is working properly by checking the health status of the target instances and testing the load balancing capabilities.
Log in to AWS Console and navigate to EC2.
Launch two EC2 instances with the following settings (Name:- Apache-1,Apache-2):
AMI: Ubuntu
Instance Type: t2.micro
Network Settings: Allow HTTP and HTTPS traffic
Configure User Data to install Apache using advanced detail and customize the index.html file.
#!/bin/bash
sudo apt-get update -y
sudo apt-get install apache2 -y
sudo systemctl start apache2
sudo systemctl enable apache2
Modify index.html on each server to display different content.
Access the public IP addresses of the instances to verify Apache installation.
Navigate to Load Balancers in the AWS Management Console.
Click on create load balancer
Create an Application Load Balancer:
Name: php-load-balancer
Scheme: Internet Facing
IP Address Type: IPv4
Network Mapping: Select at least two AZs.
Security Group: Choose the required security groups.
Create Target Groups and register your EC2 instances.
Now click on Create load balancer
Thankyou for reading !!!!!