E-commerce e Social Commerce

Project Overview
This project demonstrates how to use Gaio DataOS to build a complete analytical solution for E-commerce and Social Commerce, covering everything from data extraction to predictive modeling and interactive dashboards.
Development Steps
1. Data Extraction

Connect multiple data sources: PostgreSQL, MySQL, and CSV files.
Use ETL blocks in Gaio to:
Clean and transform data
Create relationships across tables
Store intermediate data in temporary tables like:
tmp_orders
,tmp_customers
Create final analytical tables:
customers_sales
orders_sales
abandoned_carts_sales
social_interactions
2. Data Preparation

Build a unified flat table named
sales_ecommerce
that combines:Sales, visits, customer profile, social engagement, and abandoned cart data
This table is optimized for dashboards, exploration, and machine learning.
3. Predictive Analytics
3.1 Churn Prediction

Use the
sales_ecommerce
table.Engineer features like: last purchase, frequency, engagement.
Use AutoML to predict churn probability.
Output tables:
forecast_churn
: churn score per customerforecast_churn_metrics
: model performance (ROC, accuracy, etc.)
3.2 Customer Profiling

Generate customer features: RFM, purchase gaps, preferred categories.
Apply AutoCluster (K-Means) for customer segmentation.
Interpret clusters based on behavior and buying patterns.
3.3 Demand Forecasting
Aggregate order data by time, category, and channel into
tmp_order_demand
.Apply time series models using the Forecast module.
Output tables:
forecast_order_demand
forecast_order_demand_metrics
4. Interactive Dashboards
Use Gaio’s visual dashboard builder to create:
Sales Ecommerce Overview:
Total sales, channels, abandoned carts, social engagement.
Customer Detail View:
Individual customer metrics and lifecycle behavior.
Forecast Demand Panel:
Projected sales by time, product category, and channel.
Churn Monitoring:
Identify and track at-risk customers.
Customer Clustering:
Visualize segmented profiles for marketing and personalization.
Technologies Used
Visual ETL workflows in Gaio DataOS
Temporary and Final Tables for data versioning
AutoML and Clustering with assisted interface
Dynamic Dashboards with filters, graphs, and tables
Discovery Module for AI-generated insights (recommended)
Expected Outcomes
Reduced time for building analytical workflows
Centralized multi-source data in a single platform
Actionable predictions for churn and demand planning
End-to-end visibility across ecommerce performance
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