AR in fashion primarily enhances customer engagement by allowing them to virtually try on products, visualize them in different settings, and interact with them in a more immersive way.

Markerless AR allows users to virtually try on fashion items by tracking their body movements and superimposing digital content onto their live camera feed, without the need for physical markers.

AR in fashion provides a more personalized and immersive experience by allowing consumers to virtually try on products, see them in different environments, and interact with them in a more engaging way.

The primary challenge associated with the adoption of AR in fashion is the difficulty in integrating AR technology with existing systems, such as e-commerce platforms, product databases, and inventory management systems.

3D product visualization allows users to visualize fashion items in their own homes before purchasing them by superimposing digital models of the products onto their live camera feed.

AR in fashion reduces the need for physical production by allowing consumers to virtually try on products and visualize them in different settings, which can help reduce overproduction and waste.

Gesture-based AR enables users to interact with digital fashion items in a virtual environment by tracking their hand and body movements and allowing them to manipulate the digital content.

AR in fashion accelerates the product development process by allowing designers to create and visualize digital prototypes, iterate on designs quickly, and collaborate with stakeholders in a more efficient manner.

The primary limitation of AR technology in the fashion industry is the limited availability of AR-compatible content, such as 3D models of fashion products and virtual environments.

Virtual dressing rooms allow users to virtually try on fashion items by superimposing them onto their live camera feed, enabling them to see how the items look on their body in real-time.

AR in fashion allows users to create custom designs by enabling them to mix and match different fashion items, change colors and patterns, and visualize the final product before purchasing it.

Remote AR enables users to experience fashion shows and events virtually by allowing them to view live streams of the events and interact with digital content, such as product information and behind-the-scenes footage.

AR in fashion facilitates remote design reviews by allowing designers and manufacturers to share and visualize digital prototypes in a virtual environment, enabling them to collaborate and provide feedback on designs in real-time.

AR catalogs allow users to browse and purchase fashion items through an AR-enabled catalog by superimposing digital product models onto their live camera feed, enabling them to see how the items look in their surroundings.

AR in fashion reduces the need for physical production by allowing consumers to virtually try on products and visualize them in different settings, which can help reduce overproduction and waste.