#nowaday

[boiling-with-rage]

watching you have beef on my dash is the funniest thing. and you're always winning

I DON’T EVEN REMEMBER WHO I HAD BEEF WITH THIS TIME WAS IT THE THERAPRISM GUY OR WHAT

HASHTAG MY DECEMBER ASK

[jaubaius]

Reference

[alexhanstory]

Five Best Virtual Try-On Software Solutions Compared in 2025

There’s been a major disruption in the way fashion e-commerce is currently operating, and VTO technology (virtual try-on technology) is at the centre of that disruption. Additionally, by 2035 VTO is projected to grow to more than $22 billion globally from approximately $9.17 billion in 2023 which represents a staggering 26.4% CAGR. Brands can therefore no longer ignore VTO as a changing technology. The big question is which solution should you buy?

After testing out all the key players within the VTO technology space and evaluating their features, I’ve come up with 5 key providers who are leading the charge in VTO technology in 2025. I will share with you precisely why these are the best and not simply all the marketing jargon that they each have.

1. FASHN AI: The Technical Leader

If you’re looking for extremely accurate representations of your products and are willing to pay for premium service, then you’ll want to consider FASHN AI. FASHN has a well-established reputation for delivering pixel-perfect accuracy using a proprietary algorithm that is trained on a dataset of 18 million high-quality VTO examples. Trust me, you can tell!

Unique Features: FASHN's unique approach to combining two functions is smart. On the one hand, it creates content for brands and on the other hand, it acts as an online fitting room for customers. Its first release (v1.5) was in 2025 and created images in less than 20 seconds with excellent detail retention. This means that text on T-shirts remains clear, and the printed designs remain true to the garment.

Reality Check: For users who generate a lot of images, the cost per image, $0.075 (as of March 2025), can be considerable. Also, because of issues associated with ethical training, swimsuits and lingerie are not included among the item's categories, nor do they allow for the use of different rendering styles for accessories. However, for users focused primarily on mainstream apparel, FASHN's consistent, commercially viable results exemplify its worth.

Suitable Users: FASHN is a good choice for fashion companies, advertising agencies, and retailers looking for professional-quality images that can be used to promote their products. These organisations will need to determine if they will achieve a return on their investment (ROI) by using FASHN.

2. Visboom: Your Complete Fashion eCommerce Solution 

Visboom is the total solution to everything that you may need as a fashion eCommerce professional. Although it does not have the same narrow focus on providing the best try-on experiences as FASHN, Visboom is still versatile enough to be used in many real-life applications.

Why is it different? Visboom has an integrated ecosystem that allows you to use many different services on one platform, including: AI model swaps (over 10,000 available), pose variations, shoe try-ons with both close-up and full body views, and changing backgrounds. Visboom's workflow is simple and straightforward, allowing you to select a model, upload your product/image, generate photos of your product/model combinations, and customize backgrounds. That’s it.

The reality is that the AI-generated images may not always look as realistic as they need to be for high-end fashion campaigns, but they are the best option for getting a large number of eCommerce product listings prepared quickly. The primary benefits of this platform are its volume and speed; it does not try to compete for the highest-quality tier. It is ideal for fast-moving fashion brands, growing or small to medium-sized eCommerce brands, and anyone who requires a large quantity of visual content but does not have the funds to execute traditional photography.

3. PICTOFiT (Reactive Reality): 3D Creator

Reactive Reality's PICTOFiT technology is different from anything else currently on the market. The PICTOFiT software uses photogrammetry and 3D modeling techniques to develop and create a physical 3D garment model.

What Makes PICTOFiT Stand Out: With the 3D Capture Kit, brands can capture digital copies of their products in a photorealistic way and turn them into digital assets that can be utilized in a virtual space. The results are highly detailed images that can be used to create true-to-life virtual fitting rooms. The Content Management System makes it simple to create digital assets from existing product photography.

What to Expect: The initial investment in time and effort is considerably more than using 2D images due to the more complex initial set-up required to create a 3D asset. However, when the time comes to use those assets, they can be reused many times and function realistically in a virtual fitting room environment. This is a long-term strategy.

Best For: Well-established brands with an established customer experience, retailers with dedicated digital/technology teams, and brands that intend to implement VTO across all customer touchpoints (web, mobile, and in-person).

4. Zyler: The Premium Brand Specialist

Zyler focuses on the requirements and expectations of the premium end of the fashion market. By utilising GAN technology for rendering and producing high standards of visual quality, Zyler has positioned itself as a premium digital fashion brand provider.

Zyler has created an API that offers flexibility in terms of design and experience, making it easy for retailers to develop an e-commerce site that matches their unique brand image.

Zyler's API offers an extensive level of customisation and therefore presents some technical challenges to retailers who do not have development capabilities in place prior to implementation.

Zyler is best suited for established premium or luxury fashion retailers that require high quality retail images for their websites or who want to maintain a visual quality standard.

5. Google's VTO Technology: Scale

Google, the world's largest search engine, has given virtual try-on significant consideration due to its vast distribution possibilities for consumers. Announcing at Google I/O 2025, this new technology allows for the use of personal photographs when trying on clothing while also providing access to billions of apparel listings through its Shopping Graph.

What Makes It Different: The scale of this technology is something that no one can compete with at present. Google's customizable fashion image generation technology also simulates how different types of fabrics will behave on a variety of different body types, e.g., how they will fold, drape and stretch when worn by an individual. The fact that AI Mode can help guide users from the inspiration stage, to trying things on, right through to purchase, all within Google's ecosystem, makes this a very unique offering.

Who This Would Be Best Suited For: If you are a retailer that has already established an account with Google Shopping; if you are a brand that is looking to market to the largest possible audience; or if you are a business that is comfortable relying on a single platform as a sales channel.

Bottom Line

The "best" virtual try-on solution for your business really comes down to your individual needs. FASHN AI has the highest technical quality for creating content. Visboom has the best combination of features vs. price for emerging ecommerce brand owners. PICTOFiT offers true three-dimensional (3D) possibilities and is indicative of where we will ultimately go. Zyler has created a beautiful product for those at the high-end of the marketplace. If you are willing to comply with their requirements, Google provides unmatched reach and scalability. 

The virtual try-on revolution is not coming, rather it is already here. The real question is what virtual try-on technology will be the best fit for your unique circumstances, such as business model, budget, and how you envision your company's future growth. Selecting the correct solution will be important as manufacturers who were early adopters of virtual try-on technology have already experienced conversion rates of greater than 60% increases and significant declines in return rates to date. Those statistics are not inflated, they are the dawning of a new age in fashion ecommerce in 2025.

[alexhanstory]

The API Showdown for Virtual Try-On Technology: Which API is the Easiest to Integrate? (Featuring FASHN Vs Veesual Vs SpreeAI vs VisboomAI) 

Today I'm sharing my experience testing out four different virtual try-on technology providers and how they compare in terms of ease of integration into your fashion e-commerce platform. I've been testing these APIs for several weeks now and have to say, the virtual try-on landscape has been more fragmented than I initially thought! If you are a developer wanting to add a try-on feature to your fashion e-commerce site, you’ve most likely heard of these four names and I'm here to help you figure out which is the best for your needs.

Quick Overview of My Findings:

FASHN has the best documentation, which makes it easy for developers to integrate; Veesual has the most advanced fashion-specific features but requires a higher level of setup; SpreeAI has the least amount of documentation available for developers but does provide good quality; and VisboomAI does not appear to have an API available yet.

FASHN Has Best Documentation

If you're wanting an API that will enable you to easily integrate virtual try-on technology into your fashion e-commerce site, FASHN is your best option. They have put together a comprehensive and clear set of documentation, provided numerous SDKs and offer code examples that are helpful to developers.

Ease of Integration: 7/10 (Easy)

The enterprise’s endpoint suite is incredibly complete. As well as providing virtual fitting you can also take advantage of model creation and product to model images, background replacement, and other features. Depending on how you set quality levels on your application programming interface (API) results show up between 5 seconds and 17 seconds after a request, which is excellent given that you want quick results for real-time apps.

Their documentation is fantastic - they have quick start guides for python and javascript, plus they have a typescript software development kit (SDK) available on GitHub. If you wish to test it within ComfortUI first, they provide a unique custom node. Furthermore, you can use the API dashboard to monitor all request activity on a real time basis which makes troubleshooting integration problems much easier when debugging at midnight.

Neat, easy, and effective. The organisation has a pay-as-you-go pricing model that starts from $7.50 per credit, and does not compel you into taking out a recurring monthly commitment. The version 1.6 of their latest product creates images at a resolution of 864px x1296px and it is also available via the FAL’s platform if you are currently utilising the FAL’s platform.  Furthermore, privacy has been dealt with very effectively (automatic deletion after 72 hours), however, you will only be allowed to use selected types of garments (no shoes or accessories; no children’s clothing) due to the limitations of the dataset used in creating your garment images.

Veesual is a Fashion First Company

Veesual has a different way of looking at things compared to other companies. Instead of simply being an API (application programming interface) Provider, Veesual is going to build out an entire Virtual Stylist solution – which can both be an advantage but also a challenge.

Integration Difficulty: 5/10 (Moderate)

Veesual really stands out based on its focus on fashion-related use cases. They provide a service called Switch Model where customers can see how an item looks on different body types, as well as Multi-Size Visualization and a mix and match styling tool. Eileen Fisher saw an increase of 93% in conversions when using their platform... impressive!

The downside is that Veesual's integration challenges are not as easy as FASHN's (another company that focuses on clothing). This is primarily because their documentation is very focused on use case and feature descriptions versus API (application programming interface) details. They provide integration options with major CMS's (Content Management Systems) and have an API component; however, it is likely that you'll have to reach out to their sales department to get the specific technical documentation to use their APIs.

The Veesual platform specializes in creating a Fashion Marketplace type experience for customers rather than providing a single try-on endpoint. If you were planning on building out a complete Fashion eCommerce Marketplace, then the additional effort put into Veesual's integration may be worth it; however, if you're only looking for a feature that would allow you to add simple try-ons... that would be overdoing it.

What's the catch? In order to use their services properly, you need to have high-quality product images and more upfront configuration is required. Essentially, you are adopting an entire platform rather than just adding an API.

SpreeAI: The Mystery Box

This is becoming increasingly complicated. SpreeAI claims that they provide "photorealistic illustration/testimonials" (which appears to be true; I saw a web-based version; there is a Chrome extension; etc.), but if you are developing and want to find out how to write an API, good luck.

Integration Difficulty: 2/10 (Complex)

After spending many hours looking, I have never found any documentation available publicly about the Product's API or pricing. The only references I have found related to SpreeAI on GITHUB are somewhat limited. The company's website is focused mostly on selling the Product to consumers and not developers.

While I have seen several third-party sites mention SpreeAI and relate it to the FASHN API, I am not sure whether or not that will be the same for the API SpreeAI provides. If you decide that you will be contacting the team and exploring potential custom integration opportunities, I would not recommend SpreeAI for developers.

The Truth: Without being able to see documentation, you are not likely to be able to easily integrate this service. The absence of an open API is an indication of serious trouble when developing.

VisboomAI: The Enterprise-First Approach

VisboomAI has a different business model than many of the other companies in this space. They target medium to large enterprises and offer custom, tailored solutions instead of a public self-service API.

Integration Complexity: 4/10 (Moderate to Complex)

VisboomAI has an API as part of its enterprise solution. However, you can't just sign up, get an API key and start coding. VisboomAI offers extensive integration support, which includes providing access to their API, along with training models on an individual basis, and offering private deployment options, as well as personalized support.

Some of the benefits of the enterprise-style solution provided by VisboomAI include: easy integration with existing systems using their API, custom training of AI models based on your business style and requirements, private deployment options for clients with sensitive data, priority on image generation during peak hours, and additional customization services based on your unique need.

Here’s why the Catch is an appeal for business-oriented models. It requires that you reach out to sales for pricing, documentation, and information about how to integrate it into your technology stack. There are no public-facing API documents and no clear pricing pages, nor do they provide any way for you to onboard yourself without going through the sales process. If you are a single developer or a small startup looking to build a prototype quickly, having to go through the sales process first could feel like overkill. However, if you're a large fashion retailer with complex security/compliance customization needs, VisboomAI's approach of providing customized solutions will likely meet your needs best.

The Decision about Which Product to Use:

FASHN is your best option for quick integration and for startups. With self-onboarding options available, clear, documented processes available to you to read, pricing information established and effective in less than 24 hours for your product, and you are up and running!

Veesual is likely to be the best comprehensive fashion platform, given that they provide the most number of specific fashion application features representing types of clothing and variety in the outfitting of models/user parties. Their integrations will tend to be moderately time-consuming (maybe a week) and, in some cases, involve working on a direct basis with the Veesual product team.

For businesses needing customized solutions, VisboomAI's bespoke service is suitable because it allows for private installation of AI service, as well as training and customization of AI models, in addition to having compliance obligations. However, be prepared for the sales process to drive anything you do rather than having the option of self-serving the implementation.

For the purpose of quickly testing consumer responses to your application, SpreeAI will serve this purpose well as a browser extension or consumer-related application; however, I wouldn't recommend it for production-level applications due to a lack of publicly available API documentation.

Best Practices for API Integration

In my experience of using various APIs, I learned a great deal. The following is a list of things to keep in mind when integrating an API:

1. Always start with webhooks. All APIs that require a lengthy processing time will require a webhook implementation.

2. Image preparation/processing before sending images to the API provider for processing. Since input quality has a direct effect on the results returned from the API, implementing client-side validation of images prior to sending to the API provider may save you on credit costs and improve your results.

3. Use caching whenever possible. Unless it is mandatory, the results of a virtual try-on for any particular combination of the same model with the same garment will be the same, so a caching layer should be created to minimize costs on the API provider's side.

4. Always have a backup plan. The API may be down, and you need a fallback plan so that customers may continue to make purchases without the API.

5. Continuously monitor the quality of returned output images from the API providers. Occasionally, the AI models will return a strange or unwanted returned output image, and this is not something you want your customers to receive.

The field of virtual try-on APIs has just begun to develop into its own separate area, with various products available targeting a range of users. As such, there are many different choices depending on what segment of the market you're targeting, whether it be FASHN for self-service developers; Veesual for fashion-only sites, VisboomAI for larger companies looking to build custom solutions around virtual try-ons; or SpreeAI for consumer goods retailers.

The decision on which virtual try-on product to adopt should be based on the size of the company, the available technical skillsets, and the specific needs of the business.

In the meantime, I'm going to need to find an answer for my product manager regarding why we cannot add AI to our try on capabilities by next Friday as previously stated in a technology news article.

[alexhanstory]

The Review of Modular Winter Jumpsuit: Where Fashion Meets Software Architecture

Before now, I would never have believed that I would become excited about an article of clothing, as most of my time is spent reviewing software and analysing modularity in systems. To that end, I can say with absolute confidence that the Modular Winter Jumpsuit is one of the most cleverly constructed pieces of winter outerwear available today, and believe me when I say it is not just because of its software like architecture and design.

Concept: Fashion and Modularity

The Modular Winter Jumpsuit is built on the exact same principles as software development.  In much the same manner that you would design an application today using interchangeable modules that you can add, remove or change without disrupting the operation of the rest of the application, this jumpsuit contains a base component, and many additional detachable pieces that allow you to customise the way you look and the way in which the jumpsuit performs.

The highlight feature of the Jumpsuit is its detachable sleeves decorated with holly leaves are the perfect way to celebrate the winter season while still providing functional versatility.  Now that we have covered the look of the jumpsuit, let's examine the Technical Architecture of the jumpsuit in a manner similar to that of a well-designed software system.

Core Architecture: The base jumpsuit. 

The jumpsuit is sleeveless and made from a thermal insulating fabric blended together in a way to create a maximum amount of warmth while still allowing breathability. It is designed to be the core of your application (keeping you warm and looking great) without adding too much bulkiness.

The fabric has a subtle, low sheen finish which gives it an elegant, almost technical appearance. It is designed for use in a modern winter urban environment where clean lines, a well tailored fit and practicality are necessary. The jumpsuit also includes a two-way zipper system, practical hidden zipper pockets, and an adjustable waist belt, allowing you to style it according to your needs.

The detail to structural design was what impressed me the most. With reinforced stress points, flat-felled seams, and a gusseted crotch, the designers understood the importance of both form and function. They approached their design with an understanding of how software architecture can incorporate both an excellent user experience and healthy product performance.

The Modular Magic: Slip-on Holly Leaf Sleeves

What really stands out about this jumpsuit is its sleeve attachment system. You can get your sleeves attached or taken off in under thirty seconds, thanks to hidden zippers and snap buttons. No more fumbling around for sleeves or awkward pauses, just seamless and dependable results.

The holly leaf design on these sleeves needs to be highlighted as well. The embroidery is done with metallic thread that reflects light in an eye-catching manner. While the pattern has a holiday feel, it doesn't feel strictly Christmas-like. Instead, the way in which the leaves descend from shoulder to wrist gives the design an appealing and balanced look, as well as added visual interest without being overly busy.

Where things get really interesting is from a modular perspective. The sleeves are available in three different styles. There are long sleeves, which provide complete coverage, three-quarter sleeves, which are great for transitional weather, and short sleeves caps, which offer just a small amount of decorative flair. All styles feature the same holly leaf design; however, each has different scale to match the sleeve length.

This modular approach essentially gives you three separate garments in one. If you're just running out for coffee in the morning, you can go without sleeves altogether. If you have an important presentation at work, pair your jumpsuit with the three-quarter sleeves for a polished look. And finally, for a fancy winter evening party, slip on the full sleeves with that beautiful holly embroidery—that will definitely be your statement piece!

Real-Life Performance Testing 

For two weeks, I used this jumpsuit for many different winter uses. I went on a cold-weather morning walk, had to work from home, went out to eat, and attended a holiday event. It was impressive how versatile this garment is! 

Thermal regulation was excellent! I wore only the Body Suit underneath and was very comfortable both with it on in an indoor climate and outside in moderate temperatures. When I added the Sleeves, I was pleasantly surprised to find that they kept me warm without causing me to become over-heated while transitioning between indoor and outdoor conditions (going inside or outside). The material had a good amount of airflow, which prevented me from feeling wet and/or clammy, as is typical with most winter wear. 

I was impressed with the durability of the attachment points throughout all of my experiences, including no unexpected disconnect or loosening during the term of use. I used the Zipper and Snap to attach/detach multiple times without them showing any signs of wear and tear. The overall level of reliability of the attachment points is a critical factor for why modular systems are viable; they simply cannot exist without reliable connections.

Visboom AI Advantage: pre-purchase visualisation

One issue with clothing innovation such as this is the ability to envision what it will actually appear to be on your body in various sleeve configurations. This is where technology like the Visboom AI comes into play.

Visboom AI has sophisticated visualisation capabilities allowing for a visual representation of how modular pieces such as the jumpsuit will appear on different body types when using different combinations of components prior to making a decision. For example: you can see the sleeveless base jump suit, the jumpsuit with the three-quarter sleeves combination, and the long sleeves featuring the beautiful holly leaves, each stylising and proportionate to your individual taste and body type.

For manufacturers and retailers alike, Visboom AI is an impressive solution to an otherwise challenging task, enabling a customer to comprehend a modular, complex product in a manner that precludes their need to physically try outside of each possible configuration. Rather than anticipating and assessing through trial and error a specific sleeve configuration, customers now know the results prior to purchasing, thus diminishing the hesitation to purchase and the probability of returns.

Final Assessment: Implementation with Success

The success of the Modular Winter Suit comes from being able to implement the general idea of modularity in a sensitive and deliberate manner. Each point of connection has been carefully considered, each part can be used for a variety of reasons, and all of the parts work together as a system.

Is it perfect? There are some areas that could use improvement. The sleeve's storage was not as stylish as I would have hoped (you will want a garment bag), and at the high price point, it may not be within everyone's reach. The holly leaf pattern is beautiful; however, providing additional pattern options would greatly enhance the versatility of the system.

These issues are minor quibbles among an otherwise extremely well-executed concept. The Modular Winter Suit illustrates how fashion and function can exist together when designers think about the user's needs and how to integrate them into the design.

[alexhanstory]

Modular winter boots equipped with changeable technology modules are the coming thing for boots.

Boots for winter have always had one job: to keep your feet warm and dry during cold weather. But what if I told you there is an exciting way to enhance this function? Enter "modular winter boots with interchangeable technology modules"; footwear that is customizable and offers high-tech features.

I’m a software product reviewer and have seen many new technologies introduced during my career in Technology Product Review Publications. When I heard about boots with the latest smart technologies (or “smart boots”), I didn’t think much of it. However, after exploring the new products on the market, I find the developments in the smart boot category to be a significant enhancement to a traditional product category.

What Are Modular Requited Boots?

In layman's terms, we see modular winter boots as an all-in-one shoe. Modular boots have a main body with holes or attachment points that allow users to attach modules of technology. Do you need heated insoles for your morning commute to help with the cold weather? Simply attach them to your boots using the pre-drilled holes. Do you need to track your location when skiing in the forest? Simply swap the existing GPS tracking module for a different one. If you're going for a simple walk, you can pull off all of the other modules.

This type of footwear allows users the ability to create their own pairs of footwear. You no longer have to purchase multiple pairs of footwear to accommodate different activities. Instead of spending money on 3 different pairs of winter boots, you can purchase 1 quality pair of winter boots that you can customize to fit your specific needs, while being eco-friendly and supporting an environmentally sustainable lifestyle. Pretty innovative!

The Tech Modules: Their Functions

There are different tech modules available by each manufacturer. Below are some examples of tech module offerings for consumers today.

Heat Modules - Battery powered insoles or heel inserts designed to continually warm your feet. Most provide three to five different heating levels, usually between 6-10 hours using one charge. Many are compatible with smartphone applications for adjusting the temperature.

Activity Tracker Modules - Activity tracker modules record your daily steps, distance travelled, elevation climb, etc. They can also provide detailed metrics for hikers and the fitness community to track their weekly averages (without needing to wear another device).

GPS & Safety Modules - These modules are for adventurers; they track your location while you're out in the wilderness. Some GPS modules include a SOS (emergency) function. Being able to signal for help if you're exploring remote areas gives you peace of mind.

LED Light Modules - LED light modules will light your path and/or allow others to see you. Helpful for early morning joggers and anyone who needs light without using their hand for a flashlight.

Portable Power Modules - Most systems include modules that allow users to charge their cell phones and other electronic devices while on the go; in essence, they provide a power source (to charge) from your boots.

Performance In Use

Over the last few months, I have tested various modular boot systems while I commuted in cities, hiked mountains, and camped in the cold this winter. Here is my impression of each system:

The heat modules are fantastic. On a zero degree morning, the ability to generate heat in my feet from my cell phone could be viewed as a luxury. Additionally, the battery lasted the full 8 hours as advertised for most of these modular systems.

The activity tracking modules provided a surprise amount of accurate data. Although they are not a replacement for your dedicated fitness watch, they are excellent for users who want to gain insight into their fitness without a second device. One module provided the ability to notify me via my phone if a slippery surface was detected while I was walking on the ice.

The GPS signal was effective while on open terrain but would tend to drop out under heavy tree cover. This is a limitation of the GPS technology and not the boots. The GPS SOS feature worked as intended, and fortunately, I did not have to use it in a real emergency.

Examining the Software Aspect As I review and analyze the software of companion applications to the products I am reviewing. It is this aspect that I see companies either getting right or very wrong. The top-performing systems provide a very easy-to-use application with an uncluttered screen layout, allowing you to manage multiple modular units at once, see how much battery life there is, and adjust settings.

Unfortunately, some of the applications I have evaluated appear to be very much like an old-fashioned software project that was thrown together at the last minute, navigation that is not smooth, connection problems, and very limited functionality. It is here where developers must improve their product offerings. There is no way to provide an innovative piece of hardware if it can't be used better in software.

AI in product development is becoming more and more important as it allows for smooth communication among the various areas of hardware design, software development, and user experience when it comes to creating software and hardware products such as customizable winter shoes.

The Role of AI in Product Development

AI-powered tools like Visboom allow teams to streamline their processes, providing them with the ability to generate documentation, identify trends in user feedback, and even make recommendations for new features based on current market conditions. Because of the number of components and digital interfaces that teams have to manage, using AI tools to organize data, create technical specifications, and analyze consumer reviews is helping teams cut their development times considerably.

Visboom allows product management teams to consolidate feedback from several different sources in a matter of minutes. By allowing product management teams to quickly identify the features that customers want the most and the modules that need improvement, teams will be better positioned to continue to succeed in a competitive marketplace, especially for modular products with so many configurations.

Concerns and Challenges

Let's face it, modular Winter Boots are not without some flaws. The main flaw is that they are not as durable as other Winter Boots. The additional electronic components and connection points are potential areas for failure. Additionally, water-resistant functionality is critical for winter boot usage, and not all modular systems function similarly in wet conditions.

Pricing is another thing to think about too. The price tag of quality modular winter boots with a few interchangeable modules is usually between $300-$500, which is significantly higher than traditional winter boots. However, when considering the versatility of different boot use all in one, there are a lot of reasons for/ advantages to considering the value of this product.

Another challenge, Battery Management, can also be a bit of a burden. Multiple modules to remember to charge! Some of the manufacturers of these systems are creating magnetic charging contacts integrated into the boot itself to help facilitate this hassle; however, battery anxiety is very real.

Who Should Buy Them?

Modular Winter Boots are designed for outdoor enthusiasts who are involved in multiple outdoor activities, technology lovers who appreciate customizable equipment, and individuals who want to focus on sustainability over having multiple types of specialized products.

Conversely, Modular Winter Boots may be overkill for an individual who uses boots only occasionally for winter walking or prefers simply/no-fuss boots.

How Modular Boots Will Change the Future of Footwear

The Modular Boot is indicative of a larger trend in which products will be designed to fit our needs instead of having us modify ourselves to use their design and functionality. The evolution of product technology into smaller and more efficient components means we'll see further advancements in modular boot systems over time as they improve and evolve.

I'm excited to see how this develops within the footwear market. Future Modular Boot variations may include solar-powered charging systems, extended battery life, advanced sensors, and greater integration with both the smart home and wearable device ecosystems.

Today, Modular Winter Boot Systems are a great indication of where we are headed as footwear technology continues to advance by integrating customization, technology, and functionality all into one product. The way winter is viewed is about to become significantly more innovative.

[alexhanstory]

Augmented Reality (AR) Fitting Rooms vs. Smart Mirrors

The way people shop for clothes is changing dramatically, thanks to new technology. Two technologies that are leading this charge are the AR fitting room and smart mirrors. I have personally tested many retail technology products, and I have seen these technologies go from large, slow prototypes to now being at a level where they really enhance consumer experiences. So, which of these technologies is worth your time and investment?

Before we compare AR fitting rooms with smart mirrors, let's quickly identify what each of these technologies really do.

AR fitting rooms use augmented reality to provide an experience where you can virtually "wear" clothing on your body through your smartphone, tablet, or PC. To use an AR fitting room, you just take a photo of yourself and then point your device's camera at the photo. After that, the AR software will show you how that clothing would look on you without actually having to try it on. This technology allows you to have a fitting room in your pocket wherever you are.

In contrast, smart mirrors are mirrors that are enhanced with a camera, digital display, and sensors. Typically found in physical retail environments (like stores), smart mirrors allow you to see yourself in different outfits (or colors) by using the smart mirror's screen to display the image of yourself and the clothing you want to wear. You can request to try on different sizes or change the light conditions while in the fitting room (depending on how the smart mirror is programmed).

Advantages of AR Fitting Rooms: Availability and Accessibility

Availability and Accessibility via AR Fitting Rooms

One of the major benefits of using AR Fitting Rooms, compared with other fitting room technologies, is their broad availability for customers. Since AR Fitting Rooms utilize a customer's existing mobile device to provide a virtual try-on experience, retailers do not need to invest heavily in additional hardware to implement this technology.  Additionally, customers can virtually try on clothing from the comfort of their couches at 2 AM if they want to quite empowering.

From a technology perspective, the current AR Fitting Room technologies are quite advanced and can very accurately replicate the 3D model of the customer's body. They can now determine the exact body measurements in real-time, as well as simulate how a garment drapes on the body and how the garment will move as the customer moves. Also, they can simulate how a garment will look in different lighting conditions using various materials. Furthermore, the cost to enter the market and develop the necessary software is low compared to other technologies, and the potential for growth and revenue in this market is large.

Nevertheless, while AR Fitting Rooms are becoming increasingly sophisticated, they are not perfect. Like any camera, AR Fitting Rooms require adequate lighting to work correctly. Also, degrading photography from an AR camera can make the virtual experience feel cold and impersonal. After using an AR Fitting Room, when users then see themselves on a small screen, it may not create the same experience of actually wearing the clothing in person.

The Advantage of Smart Mirrors is a First-rate Design Experience

When you use a smart mirror to try on clothing, you are getting a life-size experience of how the clothing will look on your body. Smart mirrors give you an accurate representation of how an outfit fits and appears on your body because of the size and scale of the mirror, the correct proportion of the mirror to the human body, and the natural way you can move in front of the mirror.

In addition, many smart mirrors connect to inventory systems that enable shoppers to request a different size or color of the product without having to leave the changing room. Some provide artificial intelligence that can give you suggestions for additional items or styles that complement the item you are trying on.

Unfortunately, the costs of smart mirrors and their need for a considerable amount of space and upkeep, and their limited availability due to being located only in physical locations, are some of the disadvantages of using them compared with augmented reality fitting rooms, which have access to the growing number of online shoppers.

Real-World Performance

This is where it really gets interesting. Both technologies have been extensively tested by me, and the reality is much more complex than what you might think.

The advantages of AR Fitting Rooms are that they generate high levels of engagement and that they can reach many more customers than you would expect based on their use in online fashion retail. They may be the best solution to a huge problem that online fashion retailers have with high return rates, since studies indicate that AR try-on features may help to only return as much as 40% of the e-commerce product, which represents a substantial cost when you factor in shipping, fulfillment, processing, etc.

Compared to AR Fitting Rooms, Smart Mirrors are all about generating unforgettable in-store experiences for customers. Smart Mirrors seem to increase the amount of time that customers spend in a dressing room and tend to lead to a large increase in the amount of items that an individual will purchase from that retailer. Because the AR process is streamlined and makes the try-on process so much easier and enjoyable, consumers are much more likely to try on more items and purchase a larger variety of them.

Technologies by Visboom AI

Both technologies use computer vision and machine learning; however, they approach the issue differently. AR fitting rooms must develop complex 3D mapping of human bodies for usage in various locations with varying environments, including inconsistent lighting and camera quality. Smart Mirrors operate in controlled environments; however, they need to facilitate a wide range of interactions and integration with physical inventory systems.

Visboom AI helps solve this problem by providing unified technology solutions. Instead of providing support for either AR fitting rooms or Smart Mirrors, forward-thinking companies will work together to create a solution that can support both AR fitting experiences or Smart Mirror applications through a common technology platform. The computer vision algorithms used by Visboom AI will adapt to the various deployment conditions behind each of these applications while maintaining the same level of accuracy and performance across all deployment conditions.

The main thing that I find encouraging about the Visboom AI approach is the emphasis on realistic rendering and body mapping for all deployments. The same high-quality body mapping and realistic rendering produced by their technology in Mobile AR will be produced in the same way in a high-end Smart Mirror installation. Therefore, retailers wanting to create a true omnichannel customer experience will find that this level of flexibility is of great benefit to their business.

So the Big Question: Which Tech Is Better?

The question of which tech is "better" for you isn't really a "either/or" question, it's more of a "both" question. They exist in different spaces; one is best suited for some types of businesses and the other for others, as well as different business models.

If you're running an e-commerce business or trying to reach customers who prefer to shop at home, AR-Fitting Rooms may be the best option for you because they are very affordable, can be easily scaled and will significantly enhance your customer's online shopping experience and significantly decrease the number of returns that you generate.

If you're running a brick-and-mortar store and are trying to create a unique customer experience that differentiates you from your competitors and gives customers a reason to come into your store, then Smart Mirrors provide that unique experience that customers will remember and come back for time and time again.

The best retailers are implementing both technologies, allowing customers to virtually try on clothing at home via AR and then go to the store to try on clothing using Smart Mirrors.

Future will be a mixed blend of existing technology

This evolution of merged/combined digital channels and e-commerce along with physical retailing will create unique, interesting, and beneficial shopping experiences by combining all this technology in one platform for the customers, the retailers, and the technology providers to take advantage.

The true value in technology is not necessarily choosing one option over another but rather combining multiple options to provide customers with exciting and comprehensive shopping experience where they can find the clothing that they're looking for in an efficient, enjoyable, and sustainable way, regardless of how they would like to experience their favorite clothing items. The only constant in retail technology is change, therefore retailers and technology providers need to be flexible with their solutions and have quality solutions that can quickly evolve as the technology evolves and the preferences of consumers evolve as well.