Migrating From On-Prem To AWS With Enhanced Observability, Security, And Cost Optimization
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Migrating from On-Prem to AWS with Enhanced Observability, Security, and Cost Optimization

A leading technology-driven B2B company specializing in the procurement and supply of construction materials to infrastructure and real estate developers across 18 states.

The Problem Statement

The client's existing on-prem setup limited deployment speed, scalability, and visibility, while driving up operational costs. To achieve faster innovation, stronger governance, and long-term efficiency, the company decided to migrate fully to AWS. 

Challenges

Manual deployment cycles slow down feature delivery

Limited scalability leads to performance bottlenecks

Inefficient monitoring causes delays in issue detection and resolution

High infrastructure costs result from static resource allocation

Lack of centralized access control and secure remote access

Solutions

Application Hosting

Applications are hosted on Amazon EC2 instances, allowing better control and flexible scaling. 

Database Layer

Amazon RDS for MySQL in a Multi-AZ configuration ensures high availability and automatic failover. 

Storage & Backups

Amazon S3 stores application data, logs, and backups. Lifecycle policies help manage storage costs effectively. 

Secure Access

OpenVPN is deployed in a private subnet, enabling secure internal access for developers and DevOps teams.  

CI/CD Pipeline

Jenkins enables automated build, test, and deployment workflows, reducing manual efforts and speeding up releases. 

Observability

Amazon CloudWatch provides centralized monitoring and alerting for EC2 instances, RDS, and system logs. 

Load Balancing & SSL

AWS ALB integrated with ACM offers secure, automated SSL certificate management and intelligent request routing. 

Operational Management

AWS Systems Manager streamlines patching, inventory collection, and automation tasks across EC2 instances. 

Networking & Availability

Multi-AZ VPC design ensures fault tolerance and high availability across different Availability Zones.  

Outcomes

Achieved 40% faster deployments through Jenkins automation, reducing manual intervention and accelerating feature delivery. 

Increased application uptime by 99.9% with EC2 auto-recovery and RDS Multi-AZ for high availability. 

Reduced infrastructure costs by 15% using rightsizing and on-demand resource provisioning across AWS workloads. 

Enabled scalable growth with AWS Multi-AZ architecture, ensuring fault tolerance and optimal application performance. 

Enhanced observability with centralized Amazon CloudWatch monitoring, enabling issue detection and resolution 40% faster. 

Strengthened security with IAM-based centralized access control and secure VPN connectivity for development teams. 

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