Custom-made cocktail dresses may be only a click or two away thanks to Continuum from Mary Huang. Continuum is a web-based service that lets women design their dresses, skirts, and gowns.
Continuum from Mary Huang is meant for women who have trouble fitting into the dresses off the racks. Just because you can fit into a small, medium or large, it doesn't necessarily mean you look good in those sizes. Continuum uses Delaunay triangulation (essentially a bunch of triangles cut and sewn together) to help you build a dress that hugs and tugs in all of the right places.
I don't intend on wearing a dress or skirt anytime soon, but I'd still love to see Continuum from Mary Huang up and running. Custom-made menswear is on the horizon, guys.
Dress-Building Apps
Continuum from Mary Huang Frees Women from Fashion Designers
Trend Themes
1. Customization Apps - Continuum from Mary Huang shows the opportunity for further development of web-based services that allow users to customize their apparel, providing new opportunities for fashion and technology companies.
2. Delaunay Triangulation - The use of Delaunay triangulation in Continuum from Mary Huang displays potential opportunities for incorporating this mathematical concept in other design and manufacturing processes.
3. Made-to-measure Clothing - Continuum from Mary Huang is part of a larger trend towards made-to-measure clothing, signaling an opportunity for innovation in the fashion industry to provide bespoke apparel at scale.
Industry Implications
1. Fashion - Continuum from Mary Huang is disrupting the fashion industry by providing a more inclusive and customizable service, showing potential for increased competition and innovation in this space.
2. Technology - Continuum from Mary Huang fuses fashion and technology, highlighting a potential for more collaborations and disruptive innovations between these two industries in the future.
3. Manufacturing - Continuum from Mary Huang presents a new model for manufacturing customized apparel, showing potential for innovation in manufacturing processes and technologies.