Electrochromic materials are a type of smart fabric that can change color or pattern when an electric current is applied, allowing for dynamic and interactive fashion designs.

3D printing in fashion enables designers to create highly customized and personalized garments, catering to individual preferences and unique body shapes.

Natural dyeing is a sustainable alternative to synthetic dyes, reducing the environmental impact of textile production and promoting eco-friendly fashion practices.

Wearable technology refers to clothing and accessories that integrate electronic devices and sensors, enabling various functionalities such as health monitoring, communication, and entertainment.

Recycled polyester fabric is a sustainable alternative to traditional polyester, made from recycled plastic bottles, reducing waste and promoting circularity in the fashion industry.

Virtual reality fashion design involves using VR technology to create 3D virtual garments and environments, allowing designers to explore new design possibilities and showcase their collections in immersive ways.

Modular fashion involves designing garments with interchangeable components that can be mixed and matched to create different looks, promoting versatility and reducing the need for multiple garments.

3D body scanning fashion involves using 3D body scanners to capture the wearer's exact body measurements, enabling the creation of garments that fit perfectly and enhance the wearer's silhouette.

Energy-harvesting textiles are a type of smart fabric that can generate electricity from various sources, such as movement or sunlight, providing power for integrated electronic devices or sensors.

Fashion AI and machine learning involve using AI algorithms to analyze vast amounts of data, identify trends, predict consumer preferences, and optimize various aspects of the fashion industry, from design to production and marketing.

Responsive textiles are a type of smart fabric that can change their properties, such as shape, texture, or color, in response to external stimuli like temperature, light, or touch, creating dynamic and interactive fashion designs.

Blockchain fashion traceability involves using blockchain technology to create a transparent and immutable record of the journey of fashion products, from raw materials to the final consumer, ensuring authenticity and promoting ethical and sustainable practices.

Biometric fashion technology involves integrating sensors and electronic components into garments to monitor the wearer's vital signs and physiological data, enabling personalized health tracking and monitoring.

Upcycling and repurposing involve transforming discarded materials or products into new fashion items, reducing waste and promoting circularity in the fashion industry.

Wearable Internet of Things (IoT) involves integrating IoT devices and sensors into garments, enabling communication between clothing items and external devices, creating interactive and connected fashion experiences.