π Day 10 of My AWS + DevOps Journey βοΈ
π Aspiring Cloud & DevOps Engineer | AWS Free Tier User | Learning by Building
Hi, Iβm Sukaran Mahajan β I am working as System Administrator and currently on a focused journey to become job-ready in AWS Cloud, DevOps, and Infrastructure automation. With a growing foundation in Linux, Git, Docker, and Terraform, Iβm documenting everything I learn to help others and strengthen my understanding.
π‘ Currently Learning: β’ AWS (EC2, S3, IAM, VPC, Lambda) β’ Docker, Terraform & Ansible β’ CI/CD tools (GitHub Actions, Jenkins) β’ Kubernetes basics
π Hands-on Projects: β’ Flask + Docker App Deployment β’ Terraform-based AWS Infrastructure β’ EC2 SSH automation & S3 access control
π I also write beginner-friendly technical blogs on Hashnode: π https://devopswithsukaran.hashnode.dev
πΌ Open to internships, DevOps/cloud roles, and collaborative projects.
Letβs connect and grow in tech together! π
π Topic: What is a Load Balancer in AWS and Why It Matters?
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In todayβs learning, I explored the concept of Load Balancing in AWS β a critical part of designing highly available and scalable applications.
π A Load Balancer automatically distributes incoming traffic across multiple EC2 instances. It's like a traffic cop that makes sure no server is overwhelmed, improving both performance and fault tolerance.
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π‘ Real-World Use Case:
Imagine you're running an e-commerce site. During a sale, thousands of users visit your site at once. Instead of relying on one server, you launch multiple EC2s and set up an Application Load Balancer. It ensures:
Users are automatically routed to healthy servers
No single instance bears all the load
Zero downtime during peak traffic
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π§ What I Practiced Today:
Created an Application Load Balancer
Registered multiple EC2 instances
Verified automatic traffic distribution
Tested health check failures and auto-removal of failed instances
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π Key Takeaways:
Load Balancers ensure availability, scalability, and fault tolerance
ALB works best for web apps (HTTP/HTTPS)
You can combine Load Balancer with Auto Scaling for full resilience
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π₯ Every day, I realize that building reliable infrastructure is more about smart design than just writing code.
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