Innovation Development

The Smart Safety and Energy Management Innovation Project integrates AI and IoT technologies to enhance operational efficiency. The system utilizes real-time video cameras to detect fire signals, smoke, and abnormalities, enabling accurate and timely monitoring and alerts. Additionally, it supports efficient energy management, ensuring safety and sustainability across operations.​

The DNA Nano-Vaccine represents a new generation of vaccine innovation that combines molecular biology and nanotechnology. It integrates DNA vaccines with molecular adjuvants and a nanoparticle-based delivery system to enhance immune response in giant grouper. This approach ensures high safety, rapid and long-lasting immunity, user convenience, and strong potential for further development of vaccines for other fish species in the future.​

The temperature-controlled box with a built-in display is designed for efficient temperature monitoring and management. It features a multi-layer structure made from advanced insulating materials, including vacuum glass fiber, polyurethane foam, aluminum foil, and various polymers, ensuring superior thermal retention and enhanced durability.​

The genetic material extraction and analysis innovation was developed under the concept of Robotic Automation and Bioinformatics to minimize repetitive tasks, enhance accuracy, and generate biological Big Data. The collected data is utilized for strain identification, antimicrobial resistance gene detection, and mapping the distribution of pathogens and resistance genes nationwide. This innovation supports efficient farm management and the responsible use of antibiotics.​

The Digital System Development Project for the Banana Supply Chain has transformed management across the entire process from plantations and ripening facilities to retail outlets by shifting from paper-based operations to an ERP and Digital Platform. This enables real-time data management, reduces redundancy, ensures transparency, and provides full traceability through QR codes. Additionally, it enhances customer experience via iTrace for CPALL, building trust, setting new standards, and fostering sustainability across the value chain.​

The innovation of pathogen detection using Multiplex Real-Time PCR technology enhances accuracy, speeds up the process, and reduces operational steps. This advanced method enables precise strain differentiation compared to conventional techniques, empowering users to effectively apply the results for improved disease management, control, and prevention on farms.​