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Scalable Architecture Overhaul for Gamified eLearning Platform
  1. case
  2. Scalable Architecture Overhaul for Gamified eLearning Platform

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Scalable Architecture Overhaul for Gamified eLearning Platform

scalac.io
Education
Gaming
Information technology

Current Architecture Limitations

Existing system struggles with scalability due to rapid user growth, excessive RabbitMQ queues causing communication overhead, lack of user session location transparency, and difficulty maintaining performance during peak usage periods

About the Client

Fast-growing edtech company providing gamified math and spelling learning platform with multiplayer capabilities

Key Project Goals

  • Implement scalable distributed architecture
  • Reduce message queue complexity
  • Enable seamless user session management
  • Develop modern HTTP interface for frontend integration
  • Implement automated scaling mechanisms

Core System Requirements

  • Dynamic cluster node management
  • User session affinity routing
  • Hybrid RabbitMQ/HTTP communication layer
  • Auto-scaling EC2/Docker node provisioning
  • Split-brain resolution mechanism

Technology Stack

Akka Cluster
RabbitMQ
AWS Cloud Services
Docker
Akka HTTP

System Integrations

  • AWS Auto Scaling Groups
  • Existing backend services
  • User authentication system
  • Monitoring and metrics dashboard

Operational Requirements

  • Horizontal scalability to 10x current capacity
  • 99.99% system availability
  • Sub-second response times
  • Automated failure recovery
  • Seamless version deployment

Expected Business Outcomes

Enables 500% faster scaling response, reduces infrastructure costs by 40% through optimized resource utilization, improves user experience with consistent session performance, and provides foundation for rapid feature deployment while maintaining system stability

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