Cher

The Future of Outfit Planning

In the ever-evolving world of fashion and technology, a new star is on the horizon, inspired by a blend of '90s nostalgia and modern innovation. Introducing Cher, a conceptual outfit planner app named after Alicia Silverstone's iconic character in the movie "Clueless." This proof of concept takes the essence of Cher's revolutionary rotating closet and transforms it into a digital platform for fashion enthusiasts. Cher aims to revolutionize how we view and combine our wardrobe, making outfit planning an exciting and interactive experience.

Project Concept Summary

  • Cher, inspired by "Clueless," is a conceptual app for planning outfits, blending '90s nostalgia with modern tech.

  • Key Features:

    • Fashion Catalogs Swipe: Explore and combine clothes by plugging in catalogs like Gap and Nordstrom.

    • Smart Shopping Cart: Add complete outfits to a visually oriented cart.

    • AI Suggestions: Get personalized recommendations for outfits.

  • Challenges:

    • Size Availability: Limited sizes could restrict access.

    • Decision Fatigue: The vast choice might overwhelm users, slowing purchases.

  • Advantages:

    • Engaging Experience: Like scrolling through social media, it makes shopping fun.

    • Insights for Brands: User data can influence future fashion trends.

  • Conclusion: Cher has the potential to change outfit planning and shopping, needing development to transition from concept to essential app.

Main Features

Cher's core functionality revolves around its intuitive and engaging user interface, designed to mimic the convenience and allure of Cher Horowitz's own digital wardrobe. The app allows users to swipe through a comprehensive catalog of clothes from popular brands like Gap, Nordstrom, and Uniqlo. This feature not only enables users to explore vast collections at their leisure but also to experiment with different clothing layers to create unique outfits.

UX Design Process

Bringing the Closet from the 90’s to modern day

When designing for Cher, I'm thinking about how people use their phones and how I can make checking out different outfits fun and easy. Since phone screens are tall, I can show off whole outfits from hats down to shoes, which is pretty cool. I'm playing around with different combos, like mixing and matching four pieces (think headwear, a top, bottoms, and shoes) or keeping it simple with just three (maybe a hat, a dress, and some neat footwear). But what about when you want to throw on a jacket or add a belt? That's where it gets interesting. I'm figuring out the best way to let users layer up and accessorize without making things complicated. It's all about keeping it chill and making sure everyone can see how their choices come together right on their phone.

In designing Cher, I've been diving deep into how we can shuffle through different clothing options in a way that feels natural and fun. I've come up with two main models to tackle this: Nigiri and Maki.

With Nigiri, you swipe left and right to flip through catalog items for a specific layer, like moving from one shirt to another. Swiping up and down shifts you between layers on that body part, so you could go from a shirt to a jacket with a simple swipe up.

Maki takes a slightly different approach. Here, swiping up and down changes the layers for all clothing items at once. It's a bit like pulling an imaginary zipper that layers or unlayers your whole outfit from head to toe.

Chirashi UX, lightweight organization

Both the Nigiri and Maki models bring valuable features to the table, yet they also present significant challenges, particularly in the way users preview combinations and the smoothness of interaction loading and display. The task of quickly generating images as users swipe left to right through the catalog is daunting. While technology capable of virtually dressing users does exist, the possibility of pre-loading being time-consuming is a concern, as each image must be generated rapidly to keep up with user interactions. The goal is to avoid a loading icon with every swipe, ensuring a seamless and engaging user experience. This situation has prompted me to reconsider our approach to digital clothing organization and outfit planning, underscoring the need for a more intuitive solution that aligns with user expectations and technological capabilities.

Taking a step back, outfit planning has always been an integral part of our daily routines, whether it's setting aside clothes for the next day or packing for a 3-day trip. What if we could apply a similar model to organize the tiles within our app? This is where I believe Chirashi could really shine. By drawing on the familiar process of selecting and organizing outfits in real life, Chirashi has the potential to revolutionize the way we approach outfit planning digitally, making it more intuitive and aligned with our natural habits.

The UX model named Chirashi introduces a novel approach to outfit planning by allowing users to layout a full view of clothes, thereby effectively displaying their entire catalog. This model organizes tiles from top to bottom, correlating directly with the clothing item's position on the body—starting with headwear at the top and ending with sneakers at the bottom. Users can easily swipe left to right on each tile to explore and discover new products within that specific category.

This intuitive design mirrors the natural way we think about dressing, making the process of mixing and matching pieces from a digital wardrobe both seamless and enjoyable.

Did you know that my love for sushi inspired the naming of these UX models?

It's no accident—I realized that the layered structure and movement in sushi could be applied to how we think about clothing layers in these models. Nigiri, characterized by a layer of fish atop rice, sometimes with wasabi nestled between, reflects the concept of layering one item over another, much like clothing. Maki, with its inner and outer rings, mirrors the idea of wrapping one piece around another. Chirashi, a bowl of rice with various types of fish organized on top, represents the assortment of clothing options available in a more freeform yet structured layout. Drawing parallels between these types of sushi and the UX models I've created for this project showcases the creative thought process behind organizing and visualizing outfit planning.

Different Images, Different Feelings

Injecting images into shopping tiles can significantly influence the shopping experience, offering different perspectives on how clothing looks and fits. Traditional product-only images provide a clean, focused view of the item, ideal for highlighting details, colors, and textures without distraction. However, incorporating images of models wearing the items offers a more dynamic and relatable shopping experience. This approach helps shoppers visualize how the clothes might look on a real person, offering insights into fit, drape, and styling possibilities. It bridges the gap between imagination and reality, making it easier for customers to make informed decisions. While product-only images are great for clarity and simplicity, images with models wearing the items add context and relatability, potentially increasing engagement and reducing the uncertainty that often accompanies online shopping.

AI and Personalization to make it easier

A standout selling point is Cher's seamless integration of shopping features. Users can effortlessly add their curated outfits to a cart or save them for later consideration. Unlike traditional online shopping carts, Cher's cart is visually oriented, showcasing the selected ensemble as a whole rather than as disjointed items.

Additionally, Cher leverages generative AI to offer personalized outfit suggestions. Whether it's recommending complementary colors, appropriate fits, or season-specific attire, the app ensures users can easily complete their outfits with the perfect finishing touches.

Possible Pitfalls & Disadvantages

Despite its innovative approach, Cher faces certain challenges. A significant hurdle could be the potential lack of available sizes, limiting the app's inclusivity and accessibility. Additionally, the abundance of choices and the novelty of the shopping model might lead to decision fatigue among users, possibly slowing down the path to purchase compared to more traditional online shopping experiences.

Advantages

Cher's advantages, however, are a double threat. The app offers a new and engaging way to explore clothing catalogs, akin to scrolling through social media platforms like Instagram or TikTok. This not only enhances the shopping experience but also holds the potential to significantly influence fashion trends and customer preferences.

Moreover, the data collected from users' interactions with the app can provide invaluable insights to clothing companies. Understanding scrolling behaviors, preferred combinations, and popular items can inform future collections and marketing strategies, aligning product offerings more closely with consumer desires.

Conclusion

Cher is not just a concept; it's a glimpse into the future of fashion and technology integration. While still in the UX and UI design phase, its potential to transform the outfit planning and shopping experience is undeniable. By addressing its possible pitfalls and leveraging its unique advantages, Cher can indeed become a reality, offering a fun, innovative, and personalized way to explore fashion. With the right development and support, Cher could soon move from concept to a must-have app in every fashion enthusiast's digital arsenal.

Working Files and Screenshots

UX Wireframes, High fidelity UI prototype created in Figma. Items in this section best viewed in Desktop.