This project aims to develop a blockchain-integrated GIS platform for agricultural supply chain traceability, processing, financial tracking, and trade compliance. The system enables farmers, processors, distributors, retailers, and industrial users to track the origin, processing, separation, pricing, additional costs, weather conditions, and export/import transactions of agricultural products.

The blockchain ledger ensures tamper-proof records of batch transactions, pricing, and trade fees, while GIS provides real-time spatial tracking from farm to market, processing plants, industrial users, and final retail or export destinations. The system integrates automated weather API data based on longitude and latitude at each capture point. A QR-based tracking system allows stakeholders to scan and verify product details, including batch origin, processing type, separation details, usage destination (food, pharmaceuticals, biofuel, chemical processing), transaction price, transportation fees, taxes, and regulatory data.

The expected outcomes of the project are:

• A transparent agricultural supply chain with blockchain batch tracking.
• A real-time GIS-based system for monitoring batch movement and financial costs.
• A standardized metadata framework for seamless traceability adoption.
• A secure and verifiable transaction system for pricing, taxation, and compliance.

The possible modules to be included:

Student 1

• Blockchain Batch Registration Module
• Smart Contract for Trade Compliance & Taxation
• Financial Transactions & Pricing Module
• QR Code Tracking System
• Industry Utilization & Compliance Tracking

Student 2

• GIS-Based Processing & Distribution Tracking
• Weather API Integration
• Processing & Separation Tracking
• Metadata Standardization Framework
• Compliance Validation for Export & Import

SDG 9 – Industry, Innovation, and Infrastructure

SDG 12 – Responsible Consumption and Production

Assigned students - Mirza & Iqbal

Kleos Tech, MARDI