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Real Time Food Tracking System | A Case Study of Amasi

The Center for Cyber-Physical Food, Energy and Water Systems is leading the way in utilising Fourth Industrial Revolution (4IR) technologies to enhance the management of food, energy, and water resources. One of its groundbreaking initiatives is the development of a smart agro-processing facility that integrates machine learning, the Internet of Things (IoT), and blockchain technology, among other 4IR advancements. This facility is currently applied to the production of Amasi and Mahewu, traditional fermented beverages in South Africa. The smart agro-processing facility collects data on the fermentation process and securely stores it on a blockchain, allowing consumers to access this information via QR codes. This integration ensures food safety and facilitates market penetration for agro-processors.

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While this case study primarily focuses on rural agro-processors in South Africa, the implications of this technology extend far beyond local borders, offering transformative potential for agro-processing on a global scale. This initiative exemplifies how advanced technological solutions can streamline agricultural processes, improve efficiency, and ultimately contribute to worldwide food security and economic development. Key Features of the Smart Agro-Processing Facility include real-time product scanning and tracking that employs barcode and QR code systems for real-time validation of fermentation and production data, ensuring product quality and traceability while boosting consumer confidence. It also uses an interactive virtual system in which users can interact with the system seamlessly through gesture, voice, and facial recognition technologies.

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