Navigating the intricate landscape of e-commerce demands a robust system design that orchestrates a seamless journey for users, from search to checkout. Let's delve into the architecture powering any successful e-commerce website:
User Search Flow: The gateway to exploration, where users initiate their quest for products.
Order Processing System: The backbone managing every aspect of the order lifecycle, from placement to delivery.
SLA Service: Setting delivery expectations with precision, offering estimated arrival times.
Warehouse Service: Ensuring swift and efficient product storage and retrieval.
Item Service: Empowering users with comprehensive product information to aid their decision-making.
Purchase Orders: Orchestrating supplier orders from platforms like Amazon and Flipkart seamlessly.
Notification Service: Keeping users informed at every stage of their order's journey.
User Service: Curating personalised experiences and managing user accounts with finesse.
Recommendation Service: Crafting tailored product suggestions to enhance the shopping journey.
Cassandra Cluster: Providing scalable data storage to facilitate seamless information flow.
Apache Spark Streaming Cluster: Powering real-time data processing for agile decision-making.
Hadoop Cluster: Unearthing invaluable insights from vast datasets to drive strategic decisions.
Kafka: Enabling seamless data communication within the ecosystem.
Inventory Management System: Guaranteeing product availability through meticulous inventory control.
Pricing Service: Ensuring accurate product pricing for optimal search results.
Redis Cluster: Turbocharging data retrieval for lightning-fast search experiences.
ElasticSearch Cluster: Empowering robust and intuitive product searches.
Wishlist Service: Enabling users to curate and save their favourite items effortlessly.
Cart Service: Streamlining shopping cart management for a frictionless experience.
Cart Database MySQL: Safeguarding cart contents securely.
Item Database MongoDB: Efficiently managing the vast repository of product data.
Inventory Database MySQL: Keeping a vigilant eye on available inventory to prevent disappointments due to out-of-stock products.
Order Management System Database MySQL: Ensuring the smooth sailing of order processing operations.
Load Balancer: Optimising system performance by intelligently distributing traffic.
Authentication & Authorization Layer: Fortifying system access and data integrity with robust security measures.
User & Interaction Layer: Handling user interactions and incoming requests with finesse.