Dynamic Auto-Scaling and Load-Balanced Web Application Deployment in AWS
Dr.T. Amalraj viatoire 1, Mrs.M.Vasuki 2, Madhivanan V 3
1Professor, Department of MCA, Sri Manakula Vinayagar Engineering College, Puducherry-605107, India.
2Associate Professor, Department of MCA, Sri Manakula Vinayagar Engineering College, Puducherry- 605107, India,
3Post Graduate student, Department of MCA, Sri Manakula Vinayagar Engineering College, Puducherry- 605107, India,
amalrajvictoire@gmail.com 1
vasukimca@smvec.ac.in 2
madhi2512@gmail.com 3
ABSTRACT
Web applications must be fast, dependable, and able to manage evolving user needs without collapsing or becoming overly costly to maintain in the digital environment of today. Manual server management or traffic spike handling in traditional approaches of application deployment sometimes result in downtime, inadequate performance, or expensive costs. This project, "Dynamic Auto-Scaling and Load-Balanced Wed Application Deployment In AWS," thus emphasizes on creating a cloud-based infrastructure capable of automatically adjusting to demand, remain available, and operate effectively without continual human intervention.
The project bases deployment on Amazon Web Services (AWS). Combining key services including Elastic Load Balancer (ELB), Amazon RDS (Relational Database Service), Auto Scaling, and Elastic Compute Cloud results in a dynamic and dependable system.
By automatically increasing or lowering the number of EC2 instances depending on real-time usage, auto scaling guarantees the application has just the correct level of computing capability. The Load Balancer controls traffic by spreading it equally, so preventing any one server from becoming overwhelmed in front of the others. Amazon RDS offers a scalable, safe, managed database solution for data storage supporting backup, replication, and failover mechanisms.
Launching EC2 instances as web servers, integrating them with an ELB, configuring Auto Scaling policies triggered by CPU usage, and configuring RDS to host the database of the application constituted the setup that the project followed. Added to protect were security policies including appropriate IAM roles, security groups, and encryption.
Keywords: Amazon Web Services (AWS), EC2, Auto Scaling, RDS, VPC, IAM, Security Groups Scalable deployment, Web application, Auto Scaling Load Balancing, Amazon RDS, AWS, Cloud computing, high availability, fault tolerance, elastic infrastructure, financial maximization
