Virtual nail try on is about driving user engagement in your app.
AR-powered digital nail salons offer unique experiences that replace traditional bars.
So, our post will help you know:
- How nail color simulators help drive engagement
- How do virtual try on nails work technically
- 4 ways to benefit from virtual nail painting.
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TL;DR
- As the nail market is expanding, brands aim to replicate the success of AR makeup with nail color virtual try-on.
- Virtual nail try-on SDKs provide realistic nail color simulators for mobile devices, allowing users to visualize different shades on their nails in real-time.
- The nails color try-on solution by TINT utilizes advanced computer vision and neural networks for precise nail segmentation and realistic polish rendering. The technology allows automatic nail recognition without needing specific hand placement, supporting various angles, skin tones, and nail lengths.
How Virtual Nail Try On Drives Engagement
The nail market is rapidly growing, with new techniques and products appearing on a regular basis, and augmented reality is here to help. Offline businesses shift to mobile and attract clients via virtual nail salon apps.
Brands, following their successful experience with AR makeup, now aim to replicate one with nail color try-on.
In both cases, app creators struggle to engage users through quality AR nails experience while speeding up time to market.
Our virtual nail try on SDK solves their challenges by bringing realistic and robust nail color simulators to mobile devices.
They let users color their nails into any shade imaginable just by pointing the mobile camera at their hand.
AR Nails Color Demo
Nails color try-on feature is available as an API meaning developers can easily integrate it with their apps.
Now, it supports iOS only, Android and web are coming soon. You can test it for virtual manicure app development by filling in our contact form.
How Virtual Nail Painting Works
Under the hood, virtual try-on technology combines several innovative computer vision technologies.
Nails segmentation
For accurate nail recoloring, we use a separately trained nail segmentation neural network. It detects user nails at the pixel-perfect level and helps to eliminate finger coloring.
Achieving realistic nail polish simulation in AR
Accurate nail detection is just one part of the challenge when building a nail color try on experience.
Another one is a realistic rendering of the nail polish in AR. To solve it, our technology uses several algorithms to add the gloss effects. It mimics real nail polish shine under the light.
Virtual Nail Try On Demo
As a result, users can see how a virtual nail polish color will look on their hands.
They can try on real brand shades or recolor nails virtually into vibrant shades. Whatever the experience, it feels and looks real.
How Nail Color Simulator Works Technically
What makes our virtual nail try on technology unique is that it works effortlessly for a user.
Most existing virtual nail painting apps require users to place their hands in the frame at a certain angle.
It’s a tiresome process that creates friction, but our virtual try on nails technology eliminates one.
Here is how it works for the user:
- Automatic nail recognition in real-time
- No frames needed
- Right and left hands recognized, user can color nails on any
- Accurate coloring at any angle, even with part of the nails overlapped
- Different skin tones and nails of varied length apply
- Robust nail segmentation with any background.
To implement a robust mobile nail color simulator, we developed custom convolutional neural networks.
To train the neural network for accurate nail segmentation, we used the input image datasets and further marked the results to improve the accuracy.
The neural networks run in real-time on NPU (for example, iPhoneXR+) and GPU-based devices.
Currently, the virtual try on nails technology runs on the iOS platform.
We're working to bring the technology of nail color try-on to Android and the web.
Post-processing and nail colouring work the next way.
Having an initially combined segmentation nail mask, we divide it into separate finger masks.
It allows us to apply different coloring techniques to different fingers. Then we replace the color tone for all pixels with the desired one.
We shift the average brightness and saturation to match the parameters of the required color. The saturation spread determines the perception of the nail as matte (small spread) or glossy (large spread).
4 Ways to Benefit from Virtual Try On Nails
You can integrate our nail color simulator technology into try on apps, virtual nail salons, manicure apps, or in-store mirrors.
Beauty brands can add the AR nails try-on feature into their apps to showcase real shades. Consumers can try on nail polish virtually before purchasing.
Nail Color Try On Showcase
Nail salons looking to adapt to new post-pandemic realities can connect and retain customers on mobile.
Virtual salon apps like Modiface can fully replace physical catalogs and showcase nail service right on the customer's hands with the possibility to order one.
Added to AR mirrors in-store, virtual nails try-on will engage visitors who can pick up the color that goes with their makeup or outfit.
Finally, you can embed our Nails API into machines to enable robotic manicure. Nail segmentation technology allows the creation of software like in Clockwork’s nail painting robot.
With nail polish simulation, the challenges are accuracy, realism and performance.
Our virtual try on nails technology addresses them all delivering realistic nail coloring on mobile. Integrate it into your iOS app via API, easily pick colors and engage users with virtual nails try-on experience.
