The Infrastructure Transformation for Enhanced Performance and Security for a Compliance Firm

Solutions

• Employed AWS Elastic Beanstalk for a Platform as a Service (PaaS) solution, simplifying application deployment and management. 
• Implemented a Disaster Recovery (DR) setup to ensure business continuity and data resilience. 
• Implemented changes in Amazon RDS (Relational Database Service) for improved high availability and security, ensuring data integrity. 
• Introduced Application Load Balancer and Auto-scaling to enhance production server availability and scalability, meeting dynamic workload demands. 
• Utilized Windows servers distributed across different availability zones to ensure fault tolerance and high availability. 
• Choose Microsoft IIS as the webserver to efficiently serve Java applications on Windows systems. 
• Utilized MySQL Server on both Amazon EC2 and Amazon RDS, including software licensing, to host the application’s database. 
• Leveraged Amazon CloudWatch logs and metrics for comprehensive monitoring and observability of the web application. 
• Deleted underutilized servers and snapshots to optimize costs while maintaining performance. 
• Built a highly available, scalable, and fault-tolerant infrastructure for hosting Java applications on Windows EC2 instances with IIS. 
• Established Amazon S3 as a central repository to integrate data from multiple sources, facilitating efficient data management. 
• Utilized Databricks for ETL and EDA jobs to process raw data, delivering refined data suitable for report generation. 
• Generated real-time reports and stored them in Amazon S3, enabling quick access through Amazon QuickSight for data visualization. 
• Integrated interactive Dashboards into client applications and provide secure access to multiple users using Amazon Cognito.