1 G Praveen, 2 I Meghana, 3 G Srija, 4 K Samhitha Reddy, 5 R Nikhitha 03 09 The Vendor Performance Comparison Dashboard is a datadriven system designed to evaluate compare and monitor the performance of multiple vendors using a centralized dashboard Organizations often depend on several vendors for supplying products materials services or other business requirements Evaluating these vendors manually can be difficult because performance information may be distributed across invoices purchase records delivery reports quality records and other documents The proposed dashboard brings these important performance indicators together in a single platform The system focuses on key vendor performance metrics such as ontime delivery product quality order fulfillment cost response time and overall vendor rating These metrics are collected from available vendor and procurement records and processed to generate meaningful performance scores By applying consistent evaluation criteria the system enables organizations to compare vendors using standardized measurements rather than relying only on manual judgment The dashboard presents vendor information through interactive charts graphs tables ranking views and performance indicators Users can compare vendors based on individual metrics or an overall performance score Historical data can also be analyzed to understand whether a vendors performance is improving declining or remaining stable Filters can be provided for vendor product category date range location and performance metric to support detailed analysis The main purpose of the proposed system is to help procurement managers and business administrators make informed vendorselection and vendormanagement decisions By identifying reliable and underperforming vendors organizations can take appropriate corrective actions and improve procurement efficiency Overall the Vendor Performance Comparison Dashboard provides a centralized transparent and systematic approach to vendor performance evaluation Copyright (c) Journal of Science Engineering Technology and Management Science. All rights reserved 2026