The GP iVAC technology is an innovative solution designed to tackle the challenges posed by African Swine Fever (ASF) through advanced AI and NFT integration. This technology stands out by offering precise epidemiological monitoring and tracing capabilities, which are crucial for managing and controlling ASF outbreaks effectively.

At its core, GP iVAC leverages AI to analyze vast amounts of data related to pig health, allowing for the early detection of symptomatic pigs. This early detection is vital for timely interventions, preventing the spread of the disease within and between farms. The AI component is trained on diverse datasets, ensuring it can accurately identify symptoms of ASF across different pig breeds and environments.

Complementing the AI, the NFT technology introduces a novel approach to traceability. Each vaccinated pig, along with its meat products, is assigned a unique digital identifier. This NFT-based system ensures that every piece of meat can be traced back to its source, providing unparalleled transparency and safety from farm to table.

The integration of AI and NFT into the GP iVAC system disrupts traditional ASF control methods by offering a more reliable, efficient, and transparent approach. This technology not only benefits farmers by protecting their livestock but also reassures consumers about the safety of their food. Furthermore, the blockchain backbone of the NFT component ensures that all data is securely stored and tamper-proof, enhancing trust in the system.

GP iVAC's workflow begins with the AI system continuously monitoring pigs for signs of ASF. When symptoms are detected, the affected pigs are flagged for further testing and isolated to prevent disease spread. Once a pig is vaccinated, it is assigned an NFT, linking all relevant health data and vaccination records to this digital token. This information is accessible in real-time, allowing for swift decision-making and action by farm managers and health officials.