Chapter 1:
How IT Teams Can Create 3D and AR Roadmaps
Start by Mapping Your End-to-end Workflow
Identifying the App Categories to Automate Your Workflow
Go-to-Market (GTM)
Planning Integrations
Start Building Your 3D and AR Roadmap to Marketing Success
Chapter 2:
3D and AR Basics: A Quickstart Guide for IT Teams
3D Basics
3D File Types
Common Misconceptions About Web Viewers
Chapter 3:
How 3D and AR Can Spark Your Fashion Marketing Campaigns
Why Are Fashion Brands Adopting 3D and AR?
Increasing Conversion Rates and Average Order Value
Expanding Your Marketing Campaigns Into the Metaverse
Accelerating Time to Market for Your Product Line
Promote Sustainability in Your Business Practices
Apply 3D and AR for More Effective Fashion Marketing
Chapter 1 - How IT Teams Can Create 3D and AR Roadmaps
Many IT teams in the fashion industry today are being asked to spearhead 3D and Augmented Reality (AR) initiatives for their organizations. However, they often lack expertise in these relatively new technologies, making it challenging to plan workflows, select providers, or develop customizations. To address this, we’ve put together this guide to help educate IT teams on what they need to know about 3D and AR.
In the first chapter of this three-part guide, we’ll show you how your IT team can start building a roadmap charting a path to 3D and AR adoption. We’ll walk you through the essential elements you need to consider while developing your roadmap, including workflows, apps, and integration. Then, in Chapter 2, we’ll look at the basics of 3D and AR technology. Finally, in Chapter 3, we will provide an overview of the benefits of 3D and AR for fashion marketing.
Start by Mapping Your End-to-end Workflow
Before selecting software tools, a preliminary step is to map your workflow. This creates a framework you can use to organize your app selection, and it also helps you identify missing pieces and avoid committing to solutions that won’t scale.
Think of your workflow in relation to the business processes your software will need to support. You should consider as many potential end use cases as possible here along with any related 3D requirements for those distribution channels. These include:
- Marketing processes, such as promotion on your eCommerce site, search engines, ads, and social media profiles
- Sales processes, such as buyer presentation meetings and self-serve B2B platforms (i.e. JOOR & NuOrder)
- Logistics processes, such as integration of production decisions with supply chain management
- IT processes, such as content management of digital assets
In addition to identifying the processes involved, determine which team members are responsible for managing these processes. This will enable you to collect valuable input about procedures and apps that need to be factored in and plan the workflow itself.
Identifying the App Categories to Automate Your Workflow
Once you’ve got a workflow map, you have a solid basis for analyzing your software needs. Here are some important app categories to think about:
3D Creation Programs
Before you can incorporate 3D into your marketing and sales efforts, your team will need to build 3D models of your inventory. Will your 3D designs be created in-house, externally, or both?
If you plan to create your designs in-house, you’ll need technology such as 3D design software to build virtual models or 3D digital scanners to capture data from inventory items. You’ll also need the in-house expertise to use this technology. Will you use a single 3D design program or multiple? It’s important to consider whether different design programs will work well together. For instance, are you designing footwear and Rhino, but adding materials in Keyshot?
Your material creation is essential to think about at this point in the process. Without high-quality digital materials, the fidelity of your 3D models will suffer. You also want to make sure that the digital materials that are being built will be compatible with all of your potential end use cases. VNTANA highly recommends that materials follow a Metallic Roughness PBR workflow. You can learn more about that here.
Alternatively, you can work with a provider who specializes in these areas and already has the necessary technology. VNTANA’s platform makes it easy to upload your own 3D models or to reach out for help with 3D modeling services.
3D Collaboration and Feedback
3D modeling creation is a collaborative process, so you should consider how you will integrate your 3D asset creation into your collaboration software workflow. Some questions to consider include:
- How do your designers currently share feedback?
- Are they using tools like Stylezone or CLO?
- Are they sharing actual 3D source files, or are they sharing screenshots?
- Are they interacting with vendors in areas with poor Internet connectivity?
- Is PLM your single source of information?
Your answers to these questions will help you determine how to integrate your 3D design process into your collaborative workflow and what software will be involved. Often, 3D collaboration suffers because the files are too large to share with multiple stakeholders in organizations. Having a light optimized model is critical for efficient sharing and feedback.
Product Lifecycle Management (PLM)
PLM software overlaps with collaborative workflow and also plays a broader role in helping you manage your supply chain. When evaluating the role of your PLM in your workflow, consider questions such as:
- Does your PLM support 3D integration?
- Do you plan on storing 3D files in your PLM?
- Do your vendors have access to your PLM, or is access limited to your internal stakeholders?
Answering these questions will help you determine whether your current PLM solution is sufficient for 3D and AR adoption or whether you need to explore new options. It also will help you decide how to integrate your PLM into your workflow.
Digital Asset Management (DAM)
Digital asset management is critical to an effective 3D or AR marketing strategy. An effective content management system (CMS) is essential to ensure that both your internal team and your customers can find images of inventory items.
When evaluating your DAM, consider questions such as:
- Where will you store 3D and AR files?
- Does your DAM have a 3D viewer?
- If so, what files does it support?
- How will you store and deliver files that are too large for 3D viewers?
- Will your DAM serve up assets to places like eCommerce or is there a separate CDN?
Regarding this last question, 3D files are usually hundreds of megabytes, which tends to exceed the capacity of 3D viewers, requiring other solutions. VNTANA uses patented file compression and a built-in CMS system to support an efficient DAM strategy. VNTANA also integrates with may of the leading DAM solutions including Adobe Experience Manager and Nuxeo.
Go-to-Market (GTM)
Your go-to-market strategy defines how you plan to reach your customers and outreach your competition. Your GTM solution supports your go-to-market strategy by automating key processes. When developing 3D and AR assets, you’ll need to consider how you intend to leverage them for marketing and sales.
One way to approach this issue is by considering the nature of your market. Is your target market:
- B2B (such as wholesalers and retailers)?
- B2C?
Below are some considerations for each of these categories. For both B2B and B2C markets, you’ll also want to consider timing issues, such as the seasonality of sales cycles and demand peaks.
B2B Considerations
If your market is B2B, here are some questions you’ll want to consider:
- What are the required inputs from B2B platforms?
- Do they support 3D files?
- What are the file types used?
- What file size range needs to be supported?
- Are there any other specific requirements?
- Do vendors rework your assets as part of this process? If so, what is the cost, and what type of turnaround time is involved? This is very important as you assess the scalability of a solution.
- Do the vendors have plug-ins for their 3D creation programs?
You may find it helpful to reach out to a contact on your B2B customer’s IT team to help you answer these questions and arrive at mutually beneficial solutions.
B2C Considerations
If your market is B2C, here are some key categories of questions to ask:
- eCommerce: Load time is critical to make your 3D and AR files accessible to customers on smartphones, laptops, desktops, and other devices, as well as different browsers. A nice web viewer is not enough.
- AR try-on support: Many vendors may require new scans or reworks of your existing 3D assets. A tool that optimizes you files automatically can significantly increase your efficiency, saving you time and money.
- Ad formats: Different social media platforms and Google have different model specifications. You may need a different version of a 3D asset for Meta, Google, Snap, & others.
- Metaverse: In the current state of metaverse marketing, the reality is that almost everything is still being created manually and through agencies. The technology to support true scale is still emerging. This can create a bit of a red herring when leadership asks teams to look into this area, as there are not many options for using existing assets today. However, this will change as the market matures, and it doesn’t hurt to review your long-term needs when considering this area.
These are just some examples of questions to consider. Your workflow analysis may help you identify other considerations to take into account.
Planning Integrations
Integration considerations play a vital role in an effective roadmap. When choosing partners and solutions for any of the above app categories, interoperability and the ability to connect with existing infrastructure are critical. Users must go to multiple accounts, duplicate information, and waste time when this requirement is not met.
Consider whether your solution can pull metadata from Product Information Management (PIM) and PLM apps when planning integrations. This functionality can streamline your integration process, simplifying your roadmap.
A headless architecture is critical for 3D as it will need to be a part of so many different platforms throughout the lifecycle of the product. Make sure that whatever tool you are using to manage 3D has a robust set of APIs like what can be found with VNTANA.
Start Building Your 3D and AR Roadmap to Marketing Success
Using the guidelines above to review your workflow, app, and integration requirements will help you develop a roadmap that sets your IT team on a path toward 3D and AR implementation. In Chapter 2, we’ll review some 3D and AR basics to help your IT team know what to look for when considering solutions to put your roadmap into effect. In Chapter 3, we will close out our guide by sharing the benefits of adopting a 3D and AR marketing strategy.
Chapter 2 - 3D and AR Basics: A Quickstart Guide for IT Teams
The first chapter of this three-part guide covered how to develop a roadmap for 3D and AR adoption. In this chapter, we’ll provide IT teams with an overview of the technical basics of 3D and AR technology. This will help you understand which features and specs are important when choosing solutions to implement your 3D and AR roadmap.

We’ll start by reviewing the key features of 3D itself, including geometry, materials, file types, and file sizes.. Then we’ll look at web viewers who view 3D files online, clearing up some common misconceptions that can inhibit effective adoption.
3D Basics
Fundamental 3D basics include:
These factors enable you to deliver 3D images to customers over the Internet that combines maximum quality with minimal wait times. Managing these variables effectively can make a decisive difference in customer satisfaction and sales results.
Geometry
You can think of the geometry of the model as the structure. It is almost like the mesh of a topiary that plants grow on. The geometry of a 3D model is made up of small triangles or squares called polygons. The more polygons that exist in a model, the larger the file size and the more processing power it takes for a device to render the model. Ideal polygon counts for consumer facing applications are generally under around 100k polys although certain platforms may have harder limits like 40k.
3D Materials
Realistic 3D representations of physical materials such as fabric depend on a graphics method called Physically Based Rendering (PBR), which mathematically adjusts lighting effects to simulate how light bounces off different physical objects. Some materials reflect more light, while some absorb more.
PBR effects come in two forms: pre-rendered and real-time. Pre-rendered images retain high quality, but the compromise is that they can take excessively long to render or download, making them unsuited for rapid sharing with customers.
Real-time PBR simplifies effects for faster rendering and delivery on any device. This enables PBR to be used for practical eCommerce applications.
3D File Sizes
3D file size can challenge IT teams to deliver customer usability. Presenting problems similar to those experienced in the film industry, where graphics play such a central role, 3D users deal with enormous files (hundreds of megabytes or even gigabytes) which often are not interoperable. This can be a significant issue when looking to scale the use and distribution of 3D across your organization.
In the film world, proxies were developed so that users could work on lighter versions of files, where alterations would then be reflected in the original. With 3D, we use a similar strategy for file optimization.
3D optimization works on the principle that the faces of 3D shapes can be divided into 2D polygons such as triangles. Adjusting the number of polygons adjusts complexity, resolution, and file size. This enables files to be transformed into more manageable versions for online delivery and display purposes.
It’s important to note that file size isn’t just an issue for adding 3D to places like eComm and B2B selling tools. Having light 3D files is also important for internal design reviews so that teams can easily share web-based 3D models with multiple stakeholders.
3D File Types
3D file formats divide into proprietary formats, specific to a particular platform, and open-source formats, which can be used in their own right or as mediums for converting between proprietary formats. Some of today’s most common formats include:
- glTF (Graphics Language Transmission Format), an open-source format that comes in .gltf and .glb extensions and is becoming a popular standard for 3D shopping
- FBX (Filmbox), a proprietary format owned by Autodesk, popular for animation and as an exchange format between other formats
- OBJ, a format that may be used in open-source or proprietary forms, helps store shape, texture, and color information for applications such as 3D scanning but not for animation
- USD (Universal Scene Description) and USDZ (USD zip file): developed as a proprietary format by Pixar and Apple and later released as open-source, used for AR applications on iOS devices
- STL (stereolithography): an open-source format used for 3D printing
- STEP (Standard for the Exchange of Product model data) or STP: an open-source format used for engineering and defense industry applications
- COLLADA (Collaborative Design Activity), .dae(digital asset exchange) extension: An open-source format originally developed by Sony and later taken over by the nonprofit Khronos Group, COLLADA was once popular for physics applications but has been superseded by glTF.
Which format to use depends on considerations such as your purpose and the software you and your collaborators use.
Common Misconceptions About Web Viewers
Web viewers are apps that enable 3D files to be viewed by website visitors in a form that looks realistic to the human eye. They are a critical component for scaling 3D across an organization. However, some common misconceptions surround them. Here are a few:
“They are expensive.”
Actually, web viewers aren’t expensive. Free versions are available, as well as cost-effective premium versions.
“We can build it in-house.”
Technology is changing rapidly, and outdated viewers may not work with new 3D model standards.
“They’re all the same.”
All 3D web viewers are not the same. Some have functions like annotations which allow users to comment directly on the 3D model and link to a unique user profile. Others are customized and don’t meet the Khronos Group standard, which means your files may look different in the web viewer than in other applications.
Essential features to look for in a web viewer include:
- Whether your web viewer needs to function as an iframe (which pulls the webviewer from an external location) or a JavaScript (which can be installed locally and allow you to load 3D models from anywhere)
- Lighting controls allow you to adjust the lighting relationship between the web viewer’s content and its surrounding environment
- HDRI (high dynamic range image) maps are used to store data representing realistic lighting effects
- Bulk edit functionality, allowing you to edit multiple items at once rather than trying to adjust lighting for individual items, an approach that can become prohibitive at scale
Look for the features most relevant to your technical and business needs.
Now that you’ve had a crash course on 3D and AR technology basics, you are ready to learn about the benefits of 3D and AR for fashion marketing teams.
Chapter 3 - How 3D and AR Can Spark Your Fashion Marketing Campaigns
In the final part of this three-part guide, we will review the benefits of 3D and AR for fashion marketing teams. From increasing sales revenue and expanding Metaverse marketing outreach to accelerating time to market and supporting sustainability, the benefits of 3D and AR add up to a strong case for fashion brands to adopt these technologies.

Why Are Fashion Brands Adopting 3D and AR?
For several compelling reasons, 3D and AR have become popular tools for fashion marketing. Some of the most appealing benefits include:
- Increasing conversion rates and average order value
- Expanding your marketing campaigns into the Metaverse
- Accelerating time to market for your product line
- Promoting sustainability in your business practices
Let’s look at why 3D and AR benefit fashion brands in these areas:
Increasing Conversion Rates and Average Order Value
The bottom-line benefit 3D and AR offer fashion brands is increasing sales. With the rise of eCommerce, fashion brands have developed a need to provide digital shoppers with an online equivalent to the physical shopping experience.
3D and AR help bridge the gap between physical and virtual reality by showing shoppers realistic previews of clothing, shoes, and apparel. For example, a shopper can use an AR-enhanced selfie to see what they’d look like wearing a 3D model of your outfit.
This creates a more engaging digital shopping experience, promoting higher conversion rates and increased average order size. Additionally, shoppers who’ve experienced realistic 3D and AR previews of products are less likely to return them, reducing losses from returns and increasing profit margins.
How much do 3D and AR increase sales? VNTANA 3D eCommerce data highlights some impressive results:
- Online conversion rates double when shoppers can preview products in 3D
- Average order value increases, with 63% of U.S. consumers saying they’ll buy more from brands that offer 3D and AR online shopping experiences
- Return rates fall 40%
These numbers alone make a case for adopting 3D and AR as part of your fashion marketing toolkit.
Expanding Your Marketing Campaigns Into the Metaverse
3D and AR further increase sales potential by enabling marketing teams to expand their outreach into the Metaverse. Arriving on the scene with a force that can no longer be ignored, the Metaverse constitutes one of the fastest-growing segments of the fashion marketing industry. From 2021 to 2026, the fashion market’s share of the Metaverse will increase to $6.61 billion, a projected compound annual growth rate (CAGR) of 36.47%, according to a report by market research firm Technavio. In 2022 alone, the market will record a year-over-year growth rate of 30.5%.
The biggest driver of this growth is the growing number of fashion brands entering the Metaverse space. Innovative fashion brands, big and small, are reaping the benefits of an entirely new revenue stream: digital fashion products in the form of Non-Fungible Tokens (NFTs). All signs point to the fact that the Metaverse is here to stay and it’s time for brands to develop their 3D eCommerce and AR Metaverse strategies.
Accelerating Time to Market for Your Product Line
Another significant benefit of 3D and AR for fashion brands is allowing companies to accelerate the process of bringing products to market. Digital designs enable brands to reduce reliance on physical prototypes, speeding up the research and development process.
Moreover, you can use 3D and AR to speed up the process of test-marketing new products before scaling up production. Combining 3D and AR with smart logistics strategies lets you optimize shipping schedules, speeding up the distribution process while cutting warehousing and shipping costs.
Promote Sustainability in Your Business Practices
The benefits of implementing a 3D and AR strategy go beyond any increase in profit. Adopting 3D digital showrooms into your business processes positively impacts your customers, the environment, and your bottom line. Save money on manufacturing costs while simultaneously reducing your carbon footprint and reliance on physical samples by developing, showcasing, and even conducting virtual line reviews of your designs using 3D and AR technology.
Imagine presenting an entire fashion line to a potential retailer or wholesaler before you manufacture any products. Interactive 3D assets allow you to improve your customers’ understanding of your product, collect feedback, and incorporate changes to your design without wasting the resources and materials required to create physical prototypes.
Once your product is ready to be sold to the final consumer, 3D web viewers and AR try-on experiences can also reduce shipping costs and environmental impact by increasing your customers’ understanding of your product, allowing them to buy with confidence, and reducing return rates.
Apply 3D and AR for More Effective Fashion Marketing
Now that you know how to create a 3D and AR roadmap and what to look for when implementing it, you’re ready to start applying these technologies and bringing their benefits to your business. The VNTANA platform is designed to assist you with this process, with features that make it easy for you to rapidly implement 3D and AR at scale.
We use an optimization algorithm that lets you compress files without compromising quality so you can deliver 3D product previews with real-time speed. We provide a web viewer so visitors can see your files on your site. Our platform automatically optimizes your files for display on media such as Facebook, Instagram, Snapchat, and Google. A built-in content management system makes it easy for you to organize your files so shoppers can easily find your products. Schedule a demo today to see how 3D and AR work in action.