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CoderLala CRM System

Enterprise-grade CRM system with real-time data processing and scalable microservices architecture.

Problem Statement

Businesses needed a robust CRM system to manage customer relationships, track interactions, and process data in real-time with high reliability. The system required seamless integration capabilities, efficient data processing, and the ability to scale with growing business needs.

Solution

Developed a full-stack CRM solution using modern microservices architecture with the following key features:

  • Microservices Architecture: Modular design allowing independent scaling and deployment of services
  • Message Queuing: RabbitMQ integration for asynchronous processing and reliable message delivery
  • Caching Layer: Redis implementation for high-performance data access and session management
  • Real-time Processing: Efficient handling of customer data and interactions in real-time
  • Containerization: Docker-based deployment ensuring consistency across environments
  • Scalable Infrastructure: Designed to handle growing data volumes and user loads

Tech Stack

Next.jsNest.jsMongoDBRedisRabbitMQDocker

Role & Contribution

As Full-Stack & DevOps Engineer, I was responsible for:

  • Designing and implementing the microservices architecture using Nest.js
  • Building the responsive frontend application with Next.js
  • Integrating RabbitMQ for asynchronous message processing and task queuing
  • Implementing Redis caching strategies for improved performance
  • Setting up MongoDB database schemas and optimizing queries
  • Containerizing the application stack with Docker
  • Configuring CI/CD pipelines and deployment infrastructure
  • Implementing monitoring and logging solutions

Outcome & Impact

Delivered a production-ready CRM system with real-time capabilities, improved data processing efficiency, and scalable infrastructure. The system successfully handles customer relationship management, provides reliable message queuing for background tasks, and offers high-performance data access through intelligent caching strategies.