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Migration to AWS Cloud with Containerization and DevOps Automation for Scalability and Performance Enhancement
  1. case
  2. Migration to AWS Cloud with Containerization and DevOps Automation for Scalability and Performance Enhancement

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Migration to AWS Cloud with Containerization and DevOps Automation for Scalability and Performance Enhancement

e-point.com
Information technology
Education

Challenges in Scalability, Global Accessibility, and DevOps Standardization

Existing infrastructure lacked scalability and global reach, causing latency for international users. Disparate DevOps practices across systems created maintenance inefficiencies. Need for standardized tooling to align with industry practices and improve developer onboarding.

About the Client

Global SaaS provider offering database modeling tools and interactive data science courses (SQL/Python)

Strategic Goals for Cloud Migration

  • Achieve 50% reduction in user response times for global clients
  • Implement standardized DevOps toolchain (AWS/Kubernetes)
  • Ensure 99.9% system availability through cloud-native architecture
  • Enable self-healing infrastructure with automated maintenance

Core System Capabilities

  • Application containerization using Docker
  • Infrastructure-as-Code (IaC) deployment
  • Kubernetes cluster orchestration
  • Continuous Integration/Continuous Deployment (CI/CD)
  • Real-time monitoring and auto-scaling

Technology Stack Requirements

AWS Cloud Services
Kubernetes
Docker
Infrastructure as Code (Terraform/CloudFormation)

System Integration Needs

  • Legacy application containerization
  • Existing monitoring tools
  • User authentication systems
  • Billing and subscription platforms

Operational Requirements

  • High availability across multiple AWS regions
  • 50% performance improvement for global users
  • Automated disaster recovery
  • Cost-optimized resource allocation
  • Security compliance with GDPR standards

Expected Business Impact of Cloud Migration

Projected 50% faster response times for global users, 40% reduction in DevOps maintenance overhead, and 99.95% system availability. Enables rapid scaling during peak usage periods and reduces time-to-market for new features by 30% through standardized DevOps practices.

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