AI impacts every part of the manufacturing process from product cost, textile production, quality control, data collection, and so on.

Fremont, CA: With the demand for products like fitness trackers and wearable technology gradually increasing, the need for smart textile and smart apparel is also growing. The emergence of Artificial Intelligence (AI) and the Internet of Things (IoT) have revolutionized the textile industry. Computerized machinery is now common in most textile factories, providing more efficiency at creating unique designs on a large amount compared to human workers. Implementing AI along with Bluetooth Low Energy (BLE), edge computing, and cloud data, smart textiles can track and communicate the wearer's information like biometric data.

AI is transforming the overall production process of textile manufacturers and the way they carry out their businesses. AI can access and gather historical and real-time operational data, offering insights that can enhance operational efficiency.

AI impacts every part of the process, from product cost, textile production, quality control, data collection, and more. Some popular uses of integrated AI applications for textile production are defect detection, pattern inspection, and color matching.

AI has enabled smart apparel and smart clothes that utilizes IoT and electronic sensors to develop an improved user experience. With these technologies, smart clothes can provide a more comfortable experience and a more healthcare-centric experience.

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Smart clothing offers constant monitoring of important biometrics like heart rate. As long term monitoring become more practical, physicians can better detect or diagnose possible cardiac disease. Smart clothing allows patients to obtain comprehensive heart-related data, monitor long-term heart disease, and improve the identification and diagnosis of heart problems through constant monitoring over a period of time.

Apart from AI technology, cloud data, edge computing, accurate sensors, and ultra-low power technologies are also need to drive the textile industry forward. Smart clothes that depend on BLE and IoT technologies, a long-lasting energy source from their embedded battery, need to provide a satisfactory and useful consumer experience.