In May 2019, at a blockchain conference in New York, a dress sold at auction for $9,500. It was translucent, iridescent, and entirely unreal.
The dress, called Iridescence, came from Dutch studio The Fabricant, artist Johanna Jaskowska, and Dapper Labs. The buyer received no physical garment. Instead, the purchase included a digital file, blockchain-based proof of ownership, and the right to have the dress fitted to a photograph. Engadget’s coverage asked the question that turned out to matter: if people will only see an outfit online, does it need to exist in real life?
Seven years later, the answer is complicated, but it is no longer hypothetical. During the first nine months of 2023, Roblox users bought nearly 1.6 billion digital fashion items and accessories. Nike acquired virtual-product studio RTFKT in 2021, then wound it down in early 2025. Morgan Stanley once estimated that digital demand could add $50 billion to luxury-industry sales by 2030. The category has produced real purchases, jobs, and creative tools, but it has also exposed how quickly a digital garment can lose relevance when a platform or business changes direction.
So, what is digital fashion? The short answer is clothing designed, sold, or worn as data. The more useful answer involves who buys it, who profits from it, and how much control the wearer really has after clicking “purchase.”
What is digital fashion?
Digital fashion is clothing created for a digital environment. A garment may exist as a 3D asset built in software such as CLO or Marvelous Designer, where software simulates how fabric drapes, folds, catches light, and moves around a body.
That garment can be worn by an avatar in a game, composited onto a photograph, applied through an augmented-reality filter, displayed in an ecommerce experience, or sent down a virtual runway.
A few terms are easy to blur together:
- Digital clothing or digital clothes usually refers to the garments themselves: the 3D assets.
- Digital fashion is the wider system of designers, tools, platforms, marketplaces, brands, and buyers.
- Virtual try-on and AR fashion are technologies that show a garment on a body, avatar, live video, or uploaded image before, or instead of, a physical purchase.
The most revealing difference is what the digital garment replaces. A physical dress requires fabric, thread, labor, packaging, freight, and eventually disposal or reuse. A digital dress requires design labor, software, storage, and computing power. The materials change. The design skill, status, and desire to be seen wearing something do not.
“We create clothes that only exist in a digital space and never exist in the physical world,” The Fabricant co-founder Amber Jae Slooten told Dezeen. She also pointed out that people already present different identities on Instagram and LinkedIn. Digital clothing gives each identity a wardrobe.
How a digital garment gets made
A digital garment often starts much like a physical one: with a pattern. A designer drafts or imports two-dimensional pattern pieces, stitches them around a digital body model, and chooses materials from a fabric library. Each material can have its own weight, stiffness, texture, and sheen.
The software then simulates physics. The designer adjusts fit and construction, tests movement, refines the materials, and exports the finished asset to a game engine, AR app, marketplace, ecommerce tool, or rendering workflow.
This production process changes the economics in two important ways.
The cost moves to the front of the process
Physical fashion continues spending after a design is approved: samples, manufacturing, photography, shipping, inventory, and returns all add cost. Digital fashion concentrates more of the expense in skilled 3D work. Depending on its complexity, a garment may take days or months to produce, according to an Ellen MacArthur Foundation case study on DRESSX.
Once the asset is finished, making another copy costs little compared with manufacturing another physical garment. Distribution is not free; platforms, storage, rendering, maintenance, and transaction fees still exist. But the cost does not rise in the same way it does when every additional unit needs new material and factory time.
Some physical constraints become optional
A virtual garment does not need strong seams or available fabric. It can glow, change shape, trail smoke, or move in ways gravity would never allow. That gives designers room to create clothing that could not survive outside a screen.
The same tools can also create physically plausible garments that are never manufactured. Brands can use these assets for design reviews, virtual samples, wholesale presentations, campaign imagery, or pre-order testing. In those cases, the business value is less about fantasy and more about avoiding an unnecessary sample or photoshoot.
Who buys digital clothes, and why?
The stereotypical buyer is a crypto collector bidding on an NFT dress. That buyer exists, but the larger audience is easier to find in games and social platforms, where people dress avatars as part of everyday online life.
Roblox’s 2023 Digital Expression report recorded 165 billion avatar updates during the first three quarters of the year, up 38% from the same period a year earlier. Users bought nearly 1.6 billion fashion items and accessories, up 15%.
The report also included a commissioned survey of 1,545 active Gen Z users in the United States and United Kingdom. Of those respondents, 56% said styling an avatar was more important than styling themselves in the physical world. Eighty-four percent said their physical style was at least somewhat inspired by an avatar’s style.
Those numbers need their context. This was a survey of Gen Z users already active on platforms such as Roblox, not a survey of the entire population. Even with that limitation, the behavior on Roblox is difficult to dismiss. For many users, the avatar is not simply a copy of the person. Style moves in both directions.
The career implications are visible too. In 2022, Roblox reported that more than 11.5 million creators had designed over 62 million virtual clothing and accessory items on its platform. Its fashion study with Parsons School of Design found that 58% of surveyed users considered a digital-fashion design career as impressive as, or more impressive than, physical fashion design.
Brands have a different reason to participate. A company can digitize a collection and reuse the assets for virtual sampling, wholesale, marketing, avatar items, and AR experiences. DRESSX, founded in Los Angeles in 2020 by Daria Shapovalova and Natalia Modenova, has built a business around that overlap between consumer wearables and services for brands.
The founders summarized their pitch in the Ellen MacArthur Foundation case study: “Digital fashion is the new fast fashion. If we really want it fast, it should be digital.” It is a sharp line, although the strongest business case may be more practical: create fewer samples, ship fewer one-off garments, and reuse the same asset across more of the product cycle.
| Buyer | What they buy | Why they buy it |
|---|---|---|
| Gamers and platform users | Avatar clothing, accessories, skins, and limited items | Self-expression, status, community, and play |
| Creators and influencers | Photo-based outfits, AR looks, and virtual styling | Content without obtaining a physical garment |
| Fashion brands and retailers | 3D samples, digital twins, campaign assets, and virtual collections | Product development, marketing, testing, and new revenue |
| Collectors | Limited digital garments and tokenized assets | Scarcity, ownership claims, fandom, or speculation |
Platforms own the closet
Digital fashion has an interoperability problem disguised as a technical detail. A garment bought for a Roblox avatar works on Roblox. It does not automatically move to Fortnite, a Meta avatar, or the AR app used to dress a selfie.
Each platform is a walled closet. The platform decides which garments it accepts, how creators upload them, what buyers pay, and what share of a sale everyone keeps. If the platform changes its technical requirements or shuts down a service, ownership on paper may not preserve the ability to wear the item.
Blockchain certificates were supposed to help separate ownership from the platform, but proof that someone owns a token does not make a 3D garment compatible with every body system, game engine, file format, or marketplace. Portability still requires technical standards and cooperation between companies.
The same issue exists inside professional fashion workflows. The Interline’s examination of digital-product interoperability describes a patchwork of 3D authoring tools, product-development systems, scanners, ecommerce platforms, and virtual environments, each with its own data formats and APIs. Open formats can help, but moving a garment between systems is still not as simple as moving a jacket between physical closets.
Digital fashion does not have one business model
The 2019 sale of Iridescence made digital fashion look like a new category of collectible. That category remains, but it is only one branch of the business.
Avatar marketplaces sell inexpensive items at huge volume. Designers sell labor-intensive digital couture. Software companies license 3D creation and virtual try-on tools. Brands use digital twins to reduce sampling or produce campaign content. Some products pair a physical garment with a digital version. Others never leave the screen.
Nike’s acquisition of RTFKT shows both the opportunity and the risk. Nike bought the studio in December 2021 to expand at the intersection of sport, gaming, culture, and digital collectibles. RTFKT announced three years later that it would wind down operations by the end of January 2025. Digital demand may be real, but individual formats and companies are not guaranteed to last.
The widely repeated $50 billion figure deserves the same caution. Reuters reported Morgan Stanley’s 2021 estimate that digital demand could add up to $50 billion in fashion and luxury sales by 2030. It was a forecast tied to NFTs and social gaming, not a record of revenue already earned.
Is digital fashion sustainable?
Digital fashion avoids fabric, dye, physical packaging, and freight when it genuinely replaces a garment or sample. That makes virtual sampling and digital-only content attractive to brands trying to cut material use.
Still, “digital” does not mean impact-free. Designers use powerful computers; complex garments require rendering; platforms store and deliver files; and some blockchain systems consume more energy than others. The environmental result depends on what the digital asset replaces, how often it is used, and the infrastructure running it.
The safest claim is also the most useful one: a digital sample can reduce the need to make and ship a physical sample. A virtual garment bought in addition to a physical one is a different calculation.
What digital fashion changes
Digital fashion will not replace the clothing people wear to work, dinner, or the grocery store. It does not need to. It already serves parts of life that happen on screens and parts of the fashion business that no longer require cloth.
The interesting shift is not that a dress can be fake. Fashion has always traded in image, identity, scarcity, and belonging. Digital garments simply make that machinery easier to see.
The next phase will depend less on whether people are willing to buy virtual clothes. Millions already do. It will depend on whether designers and buyers can keep meaningful control over what they create and purchase, or whether every new platform gives them another closet with a different lock.
