AI virtual try-on that
shows exactly how it fits.
AI virtual try-on that
shows exactly how it fits.
AI virtual try-on
that shows exactly how it fits.
AI virtual try-on that shows exactly how it fits.
AI virtual try-on that
shows exactly how it fits.
Not an overlay. Not a guess. Vesto 3D builds a Virtual model of each shopper's body and renders your garments on it, simulating drape, fit, and proportion in real time. The result is a try-on experience that actually answers the question shoppers are asking: will the garment fit me?
Not an overlay. Not a guess. Vesto 3D builds a Virtual model of each shopper's body and renders your garments on it, simulating drape, fit, and proportion in real time. The result is a try-on experience that actually answers the question shoppers are asking: will the garment fit me?
Not an overlay. Not a guess. Vesto 3D builds a Virtual model of each shopper's body and renders your garments on it, simulating drape, fit, and proportion in real time. The result is a try-on experience that actually answers the question shoppers are asking: will the garment fit me?
Not an overlay. Not a guess. Vesto 3D builds a Virtual model of each shopper's body and renders your garments on it, simulating drape, fit, and proportion in real time. The result is a try-on experience that actually answers the question shoppers are asking: will the garment fit me?
What is
virtual try-on?
What is
virtual try-on?
What is
virtual try-on?
What is
virtual try-on?
Virtual try-on lets online shoppers visualise clothing on a digital representation of their body before they purchase. Unlike size charts or generic model photos, virtual try-ons account for each shopper's individual shape so they can see whether a dress actually fits their proportions, not just a sample size.
Virtual try-on lets online shoppers visualise clothing on a digital representation of their body before they purchase. Unlike size charts or generic model photos, virtual try-ons account for each shopper's individual shape so they can see whether a dress actually fits their proportions, not just a sample size.
Virtual try-on lets online shoppers visualise clothing on a digital representation of their body before they purchase. Unlike size charts or generic model photos, virtual try-ons account for each shopper's individual shape so they can see whether a dress actually fits their proportions, not just a sample size.
Virtual try-on lets online shoppers visualise clothing on a digital representation of their body before they purchase. Unlike size charts or generic model photos, virtual try-ons account for each shopper's individual shape so they can see whether a dress actually fits their proportions, not just a sample size.
Virtual try-on lets online shoppers visualise clothing on a digital representation of their body before they purchase. Unlike size charts or generic model photos, virtual try-ons account for each shopper's individual shape so they can see whether a dress actually fits their proportions, not just a sample size.
Vesto 3D uses AI to make this possible without an app, without a special device, and without any friction. Just a selfie, a height, and a weight, and the shopper has a personal avatar ready to try on your full catalogue.
Vesto 3D uses AI to make this possible without an app, without a special device, and without any friction. Just a selfie, a height, and a weight, and the shopper has a personal avatar ready to try on your full catalogue.
Vesto 3D uses AI to make this possible without an app, without a special device, and without any friction. Just a selfie, a height, and a weight, and the shopper has a personal avatar ready to try on your full catalogue.
Vesto 3D uses AI to make this possible without an app, without a special device, and without any friction. Just a selfie, a height, and a weight, and the shopper has a personal avatar ready to try on your full catalogue.
Vesto 3D uses AI to make this possible without an app, without a special device, and without any friction. Just a selfie, a height, and a weight, and the shopper has a personal avatar ready to try on your full catalogue.
From selfie to checkout in under two minutes.
From selfie to checkout in under two minutes.
From selfie to checkout in under two minutes.
From selfie to checkout in under two minutes.
From selfie to checkout in under two minutes.
No app download. No scanning. Works on any device, including desktop.
No app download. No scanning. Works on any device, including desktop.
No app download. No scanning. Works on any device, including desktop.
No app download. No scanning. Works on any device, including desktop.
No app download. No scanning. Works on any device, including desktop.
01
01
The Vesto assistant asks for height, weight, and a selfie.
The Vesto assistant asks for height, weight, and a selfie.
The Vesto assistant asks for height, weight, and a selfie.
01
The Vesto assistant asks for height, weight, and a selfie.
01
The Vesto assistant asks for height, weight, and a selfie.
02
02
02
AI generates a personalised Virtual avatar in seconds.
AI generates a personalised Virtual avatar in seconds.
AI generates a personalised Virtual avatar in seconds.
AI generates a personalised Virtual avatar in seconds.
AI generates a personalised Virtual avatar in seconds.
03
03
03
The shopper browses your catalogue and tries garments on their avatar in real time.
The shopper browses your catalogue and tries garments on their avatar in real time.
The shopper browses your catalogue and tries garments on their avatar in real time.
The shopper browses your catalogue and tries garments on their avatar in real time.
The shopper browses your catalogue and tries garments on their avatar in real time.
04
04
04
Once the fit is confirmed, they add the items to their cart and check out.
Once the fit is confirmed, they add the items to their cart and check out.
Once the fit is confirmed, they add the items to their cart and check out.
Once the fit is confirmed, they add the items to their cart and check out.
Once the fit is confirmed, they add the items to their cart and check out.
Not all virtual try-ons
are the same.
Not all virtual try-ons
are the same.
Not all virtual
try-ons are the same.
Not all virtual try-ons
are the same.
There are two main approaches to virtual try-on.
Understanding the difference matters when choosing a solution for your store.
There are two main approaches to virtual try-on.
Understanding the difference matters when choosing a solution for your store.
Vesto 3D doesn’t just improve the shopping experience; it moves the numbers that matter most to your business.
There are two main approaches to virtual try-on.
Understanding the difference matters when choosing a solution for your store.
AR try-on (Augmented Reality)
AR try-on (Augmented Reality)
Overlays a garment image onto a live camera feed using the shopper's phone. Works well for accessories and eyewear. For clothing, the overlay often looks flat, doesn't account for body shape, and requires the shopper to hold their phone up for the entire session.
Overlays a garment image onto a live camera feed using the shopper's phone. Works well for accessories and eyewear. For clothing, the overlay often looks flat, doesn't account for body shape, and requires the shopper to hold their phone up for the entire session.
Overlays a garment image onto a live camera feed using the shopper's phone. Works well for accessories and eyewear. For clothing, the overlay often looks flat, doesn't account for body shape, and requires the shopper to hold their phone up for the entire session.
2D AI try-on (Artificial Intelligence)
2D AI try-on (Artificial Intelligence)
Uses AI to digitally dress a flat photo of the shopper in a garment image. No live camera required; works on any device. However, it produces a 2D composite image; the garment is placed on the photo rather than simulated on the body. Fit and drape accuracy are limited because there is no understanding of body volume or depth.
Uses AI to digitally dress a flat photo of the shopper in a garment image. No live camera required; works on any device. However, it produces a 2D composite image; the garment is placed on the photo rather than simulated on the body. Fit and drape accuracy are limited because there is no understanding of body volume or depth.
Uses AI to digitally dress a flat photo of the shopper in a garment image. No live camera required; works on any device. However, it produces a 2D composite image; the garment is placed on the photo rather than simulated on the body. Fit and drape accuracy are limited because there is no understanding of body volume or depth.
3D AI try-on
3D AI try-on
Generates a full 3D avatar from the shopper's measurements and renders garments on that avatar with a realistic simulation of drape, weight, and fit. Accounts for body shape and volume, not just surface appearance. The shopper sees how a garment actually behaves on their specific body, not just how it looks placed on a photo.
Generates a full 3D avatar from the shopper's measurements and renders garments on that avatar with a realistic simulation of drape, weight, and fit. Accounts for body shape and volume, not just surface appearance. The shopper sees how a garment actually behaves on their specific body, not just how it looks placed on a photo.
Generates a full 3D avatar from the shopper's measurements and renders garments on that avatar with a realistic simulation of drape, weight, and fit. Accounts for body shape and volume, not just surface appearance. The shopper sees how a garment actually behaves on their specific body, not just how it looks placed on a photo.
AR try-on (Augmented Reality)
Overlays a garment image onto a live camera feed using the shopper's phone. Works well for accessories and eyewear. For clothing, the overlay often looks flat, doesn't account for body shape, and requires the shopper to hold their phone up for the entire session.
2D AI try-on (Artificial Intelligence)
Uses AI to digitally dress a flat photo of the shopper in a garment image. No live camera required; works on any device. However, it produces a 2D composite image; the garment is placed on the photo rather than simulated on the body. Fit and drape accuracy are limited because there is no understanding of body volume or depth.
3D AI try-on
Generates a full 3D avatar from the shopper's measurements and renders garments on that avatar with a realistic simulation of drape, weight, and fit. Accounts for body shape and volume, not just surface appearance. The shopper sees how a garment actually behaves on their specific body, not just how it looks placed on a photo.
AR shows how something looks. AI shows how something fits.
AR shows how something looks. AI shows how something fits.
AR shows how something looks. AI shows how something fits.
AR shows how something looks. AI shows how something fits.
AR was designed for products that sit on the surface of the body: glasses, jewellery, and hats. For those categories, a visual overlay is enough. Appearance is the question, and AR answers it.
AR was designed for products that sit on the surface of the body: glasses, jewellery, and hats. For those categories, a visual overlay is enough. Appearance is the question, and AR answers it.
AR was designed for products that sit on the surface of the body: glasses, jewellery, and hats. For those categories, a visual overlay is enough. Appearance is the question, and AR answers it.
AR was designed for products that sit on the surface of the body: glasses, jewellery, and hats. For those categories, a visual overlay is enough. Appearance is the question, and AR answers it.
AR was designed for products that sit on the surface of the body: glasses, jewellery, and hats. For those categories, a visual overlay is enough. Appearance is the question, and AR answers it.
AI try-on builds a model of the shopper's body and simulates how each garment behaves on it. That's the difference between seeing a product and knowing it fits.
AI try-on builds a model of the shopper's body and simulates how each garment behaves on it. That's the difference between seeing a product and knowing it fits.
AI try-on builds a model of the shopper's body and simulates how each garment behaves on it. That's the difference between seeing a product and knowing it fits.
AI try-on builds a model of the shopper's body and simulates how each garment behaves on it. That's the difference between seeing a product and knowing it fits.
AI try-on builds a model of the shopper's body and simulates how each garment behaves on it. That's the difference between seeing a product and knowing it fits.
For clothing, fit is the question. A garment can look right in a photo and fit entirely wrong on a specific body. AR can't solve that; it doesn't know how fabric drapes over the shopper's actual proportions.
For clothing, fit is the question. A garment can look right in a photo and fit entirely wrong on a specific body. AR can't solve that; it doesn't know how fabric drapes over the shopper's actual proportions.
For clothing, fit is the question. A garment can look right in a photo and fit entirely wrong on a specific body. AR can't solve that; it doesn't know how fabric drapes over the shopper's actual proportions.
For clothing, fit is the question. A garment can look right in a photo and fit entirely wrong on a specific body. AR can't solve that; it doesn't know how fabric drapes over the shopper's actual proportions.
For clothing, fit is the question. A garment can look right in a photo and fit entirely wrong on a specific body. AR can't solve that; it doesn't know how fabric drapes over the shopper's actual proportions.
What changes after adding Vesto 3D?
What changes after adding Vesto 3D?
What changes after adding Vesto 3D?
What changes after adding Vesto 3D?
Up to 40% reduction in size-related returns
Up to 40% reduction in size-related returns
Up to 40% reduction in size-related returns
Up to 40% reduction in size-related returns
Higher add-to-cart rates and average order values
Higher add-to-cart rates and average order values
Higher add-to-cart rates and average order values
Reduced cart abandonment at the point of size selection
Reduced cart abandonment at the point of size selection
Reduced cart abandonment at the point of size selection
Repeat purchase rates that improve as shopper confidence builds
Repeat purchase rates that improve as shopper confidence builds
Repeat purchase rates that improve as shopper confidence builds
See it in your store.
See it in your store.
See it in your store.
See it in your store.
See it in your store.
Book a demo and we'll show you Vesto 3D running on your actual products.
Stop losing revenue to size mismatches. Give your shoppers the confidence to buy and keep what they love.
Stop losing revenue to size mismatches. Give your shoppers the confidence to buy and keep what they love.
Book a demo and we'll show you Vesto 3D running on your actual products.
Not all virtual
try-ons are the same.
Vesto 3D doesn’t just improve the shopping experience; it moves the numbers that matter most to your business.
AR try-on (Augmented Reality)
Overlays a garment image onto a live camera feed using the shopper's phone. Works well for accessories and eyewear. For clothing, the overlay often looks flat, doesn't account for body shape, and requires the shopper to hold their phone up for the entire session.
2D AI try-on (Artificial Intelligence)
Uses AI to digitally dress a flat photo of the shopper in a garment image. No live camera required; works on any device. However, it produces a 2D composite image; the garment is placed on the photo rather than simulated on the body. Fit and drape accuracy are limited because there is no understanding of body volume or depth.
3D AI try-on
Generates a full 3D avatar from the shopper's measurements and renders garments on that avatar with a realistic simulation of drape, weight, and fit. Accounts for body shape and volume, not just surface appearance. The shopper sees how a garment actually behaves on their specific body, not just how it looks placed on a photo.