Client Background
- Client Name: A leading IT consulting firm in the USA
- Industry Type: E-commerce & Supply Chain
- Products & Services: Online retail & fulfillment operations
- The client operates in a fast-paced e-commerce environment managing inventory across multiple fulfillment channels including Shipmonk, Amazon, and WooCommerce.
The Problem
The client faced major challenges in:
- Inventory stockouts and overstocking
- Lack of centralized data across platforms
- No predictive system for demand forecasting
- Manual tracking leading to inefficiencies
Our Solution
We developed an automated inventory forecasting system using Knime and Tableau that:
- Integrated data from multiple sources
- Calculated major KPIS
- Built Dashboard
- Standardized and cleaned datasets
- Predicted demand using forecasting logic
- Generated automated alerts for stock risks
Solution Architecture
- Data ingestion from Shipmonk, Amazon, WooCommerce using Selenium in a Python node
- ETL pipeline using KNIME
- Data transformation and KPI computation
- Python scripting for forecasting logic
- Alert system for stockout prediction
- Tableau Dashboard
Deliverables
- Automated ETL Knime workflow
- Tableau dashboard
- Alert system for low inventory
Tech Stack
- Framework used
KNIME Analytics Platform - Language/techniques used
Python, ETL pipelines, Data preprocessing - Models used
Time-series forecasting (basic predictive models) - Skills used
Data analysis, forecasting, automation, backend logic - Databases used
CSV-based structured datasets
What are the technical Challenges Faced during Project Execution
- Inconsistent data formats across sources
- Missing and duplicate data
- Real-time alert generation
How the Technical Challenges were Solved
- Implemented data standardization pipelines
- Applied cleaning and validation rules
- Built custom Python scripts for KPI logic
- Automated workflows to reduce manual errors
Business Impact
- Reduced stockouts significantly
- Improved inventory planning accuracy
- Saved manual effort and time
- Enabled data-driven decision making





















