From streamlining data collection and interpretation across various industries to bettering the diagnostic process in healthcare, AI fashion is yet another innovative extension of artificial intelligence technology.
The latest venture in this category is commenced by Beatrice Sangster-Bullers — a Central Saint Martins graduate who embraces smart clothing for her final collection. Dubbed 'The Order of The Singularity,' this innovative capsule features a range of AI fashion that boasts clothing that is "emotionally intelligent."
The sensors that are incorporated into the experimentally driven garments have the ability to detect the mental state of the wearer in real time. Depending on personal preferences, one can then communicate thoughts and feelings through the AI fashion with custom visual outputs, adding a stronger layer of authenticity and individualism.
For her collection of AI fashion, Beatrice Sangster-Bullers used a material made out of coffee grounds, reclaimed nylon, and SympaTex.
Emotionally Intelligent Clothing
Beatrice Sangster-Bullers Dabbles in AI Fashion & Smart Clothing
Trend Themes
1. Emotionally Intelligent Clothing - The development of AI-powered clothing with sensors that can detect the mental state of wearers in real time presents opportunities for personalized communication and empowering emotional expression.
2. Smart Sensor Technology - Advancements in smart sensor technology enable real-time detection and interpretation of emotional and mental states, creating opportunities for applications across various industries.
3. Sustainable Fabric Innovation - The use of sustainable and eco-friendly materials, such as coffee grounds and reclaimed nylon, is a growing trend in the fashion industry and presents opportunities for innovation in material sciences and circular economies.
Industry Implications
1. Fashion & Apparel - The fashion industry can integrate smart sensor technology and sustainable material innovations to create clothing that enhances emotional expression and connect with consumers on a deeper level.
2. Healthcare & Mental Health - The ability to detect and interpret mental states in real time through clothing has potential applications in healthcare and mental health diagnosis and treatment, creating opportunities for innovation in the medical industry.
3. Data Analytics & Interpretation - The development of smart sensor technology presents opportunities for improved data collection and interpretation across industries, such as retail, sports and fitness, and marketing research.