Ho-ho-ho! There’s not much time left until Christmas celebrations. That means it’s time to add augmented reality to your merchandise or gifts.

Give your users a unique and memorable experience that will engage participants, trigger their imagination, and leave a lasting impression.

While this guide uses a Halloween-themed project as an example, the same steps can be followed to create your magical Christmas AR experience.

1. Choose your type of tracking

This time I recommended using Image Tracking. This type of tracking allows you to integrate different packaging.

2. Upload the marker

If you can’t find exactly the same image of your packaging, you can simply take a picture and upload it.

After uploading the marker, check the lights’ recourses. In case if your project opens without lighting, add Directional light and Ambient light.

3. Let the fun begin!

It’s time to choose 3D models for your project. This is my personal tips on how to find the idea and 3D models for it:

• Discover the marker. Maybe some details from your packaging can be used in 3D?
• Don’t forget about your global idea. If you are creating a project for Halloween, find some special 3D models like pumpkins, monsters, vampires, and so on.

Where to find 3D models?

• MyWebAR library
• Create your own on Blender
• Sketchfab library

4. Adding 3D models

Where are 2 ways how to add 3D models from the Sketchfab:

• You can activate Sketchfab plugin on your MyWebAR account and add models without downloading them.
• You can open Sketchfab in another window, find models, download them and after upload to the MyWebAR account.

For the projects with special effects (plugins) I reccomended to download models and after upload them to your account.

This time I will add few simple models and few animated.

Models from MyWebAR library:

• Spider ‘Black Widow’
• Ant

Models from Sketchfab:

• Spookie Pumpkin https://sketchfab.com/3d-models/spooky-pumpkin-6cd869e89b0940f29eb3dbf80c5a1451
  
• Witch Couldron https://sketchfab.com/3d-models/witchs-cauldron-5d04d27d281743799e3eea8578a979d2

While your 3D models are upleading, always choose optimized model. It will safe your project’s store and make your project faster at the opening.

5. Making a scene

Don’t forget to put 3D models in the right place, to make the scene be more beautiful and aesthetic. Decide which 3D model will be the main, and put in the best place on your marker.

6. Adding an Occlusion

The occlusion plugin will help your 3D models be more sustainable. It is necessary if you are using two or more models and effects.

7. General Settings

One more important thing – your project name and URL. You can easily change it in Settings. Make your project name logical and easy to write, in case you can’t copy the URL address.

8. Share and have fun!

The project is ready! It’s time to share the QR code, and film videos for social media and tag @mywebar account!

Happy Holidays!

Buying glasses online is tough without a fitting room. That’s why we built Sunglasses Slider: a simple WebAR try-on that lets people flip through several frames in seconds and see what actually fits. It runs in the browser, so no apps, no special setup.

What you’ll prepare

You’ll need four lightweight 3D models of sunglasses in .glb format and four matching thumbnails (one per model). If you’re just experimenting, grab sample models on Sketchfab. Keep files light so phones don’t freeze.

Step 1—collect the 3D models

Head to Sketchfab, search for sunglasses, and download four models in .glb. Name them clearly: classic_black.glb, retro_tortoise.glb, sport_mirrored.glb, etc. 

Step 2—make the thumbnails

Open a web viewer like glTF Viewer. Load each .glb, rotate to a flattering angle, take a screenshot, and save as 512×512 PNG or JPG. Name them to match the models, e.g., classic_black_thumb.png.

Step 3 — create a project in MyWebAR

Log in, click Create Project, and choose the tracking type Face Filters and Effects. Open the editor. Face tracking will place frames on the head automatically, so you don’t have to line anything up by hand.

Step 4—add the plugin

In the left sidebar, open Extensions, find Sunglasses Slider, and install it. Then go to Objects and press “+” to add the plugin to your scene.

Step 5—set up the slider

For each slide, upload the .glb model and the matching thumbnail. Do this for all four frames. When everything looks right, click Save Configuration.

Step 6—publish and try it on

Click Publish to go live. Open the link on a phone and test like a real customer: switch between frames, check the fit, and see how it behaves in different lighting.

Here’s an example you can explore:

https://mywebar.com/p/Project_0_ki7txkwo8y

Why teams like this flow

It works in any modern mobile browser, there’s no code to write, and swapping models or thumbnails takes minutes. Shoppers can compare several frames quickly, which reduces second-guessing and speeds up decisions.

Quick fixes if something feels off

If a model looks huge or tiny, re-export the GLB with the right scale and try again. If materials look wrong, make sure textures are packed into the GLB. If older phones stutter, simplify geometry or reduce texture sizes.

That’s the whole setup. Four models, four thumbnails, one publish. You’ve got a clean AR try-on that feels natural and is easy to maintain.

MyWebAR is a no-code platform designed to enable developers, marketers, and educators to launch interactive AR experiences right from their browser, no apps required.

But even experienced users may not realize the full potential of the platform. Beyond the basics, MyWebAR offers advanced features that greatly expand your capabilities, from AR games to immersive product visualizations and spatial experiments that can be implemented in the real world.

In this article, we’ll highlight six powerful tools that are already available on the platform and ready to use today. Whether you’re building your next MVP, an educational project, or a location-based brand activation, these features will help you achieve more, with less time and less code.

Let’s take a look at six powerful MyWebAR features that you may not have explored yet, but that are already available and ready to use in your next AR project.

1. Stencil Plugins

What it does: Stencil plugins let you create complex visual effects using stencils on 3D models. Combine multiple stencil masks to use 4-6 models in a single scene.

Why it’s important: You’ll have the ability to show up to 6 objects in a single scene. This is a favorite plugin among MyShevA creators who work with retailers and restaurants.

Where to learn more: Innovative Solution for Brands: WebAR Stencil Technology

2. 3D Object Tracking

What it does: This tracking mode anchors AR content to real-world objects of any scale and color, even minimally textured or solid-color shapes, using edge and shape recognition.

Why it’s important: No special markers are required, and surfaces don’t require high contrast. You can use AR on swag, toys, equipment, or retail displays.

Where to learn more: DEVAR announces the industry’s first 3D tracking system for solid-color objects for the web.

3. Curved (Cylindrical) Image Tracking

What it does: Supports AR content on curved surfaces: bottle labels, cans, or cylindrical displays. The system recognizes cylindrical images and overlays animation or 3D effects.

Why it matters: Perfect for beverage packaging, takeaway cups, product displays, branded columns, or 360-degree visuals around cylinders.

Where to learn more: How to Create an AR Project with a Cylindrical Marker

4. Spatial Tracking

What it does: Links AR content to real-world volumetric structures: buildings, facades, sculptures, or urban landmarks, without the need for flat image markers.

Why it matters: Spatial tracking enables the creation of large-scale AR scenes, turning entire spaces into immersive scenes. Great for tourism, wayfinding, architecture, cultural storytelling, or urban campaigns.

Where to learn more: Spatial Tracking: A New Chapter in the Evolution of AR

5. AI-generated content (text to 3D, scene elements)

What it does: Uses the AI tools in MyWebAR to create 3D models, animations, voiceovers or backgrounds directly from cues – without the need for design or programming skills.

Why it matters: Brands and instructors can quickly create immersive content – product models, character animations or storytelling, even without the involvement of a technical team. Where such scenes used to take technical specialists several weeks to assemble, now brand managers or marketers themselves can assemble AR content in a few minutes.

Where to learn more: How AI is Powering the Future of WebAR: A Look at MyWebAR’s Innovations

6. Code editor with an AI codewriter

What it does: Programmers on the MyShevAR platform are still loved and respected. We have a code editor specifically for them, where you can place your scripts for AR scenes. You will also find a built-in AI coder on the platform, which can generate scene logic, UI components, animations or game mechanics, even if you are not a developer.

Why it matters: This feature provides design flexibility: you can create custom interactions that go beyond visual drag-and-drop, while still enjoying the benefits of automation.

Where to learn more: MyWebAR platform updates: Code editor now features an AI codewriter

How these features work together

MyWebAR combines code-free simplicity with immense creative power. Use stencil plugins for visual effects, curved tracking for packaging, 3D and spatial tracking for precise real-world anchoring, AI tools to scale content, and the code editor to customize behavior. Mix and match to create product demos, brand activations, city-scale overlays, educational scenes, or interactive storytelling.

All tools work in the browser, and most are available in the Pro or Ultimate plans.

We constantly come across new videos, clips, and publications created in MyWebAR. And these are only the ones where users remembered to tag us! Below is an ever-growing list of creators who inspire and teach others how to work with our platform in their videos.

If you’re currently working with MyWebAR, post your work, tag @MyWebAR, or add #mywebar. We’ll continue expanding this list so that our entire community of creators can learn from and admire each other.

Our ever-growing circle of MyWebAR friends:

A tutorial by Denys Gamers
YouTube
Denys is a developer and 3D artist who proves that a simple, no-code workflow and a little imagination are all it takes to create WebAR magic.

Digital Scholar from India
Facebook
This marketing skills training center offers a complete tutorial in one video on Facebook — how to create your first project on the MyWebAR platform. Perfect for beginners who need a quick and practical guide.

On the small channel Joselle Caligner
YouTube
We found a short video on how to build a simple project with a QR code. Perfect as a tutorial for educational institutions. Thanks!

OAR — an online channel managed by the Department of Educational Technology and Innovation, Library Services Center, Prince of Songkla University, Thailand
YouTube
A full guide on how to create an augmented reality business card in Thai.
We love that they created the project live on air. Respect!

Muhammad Farhan
YouTube
Like a true engineer, he tested MyWebAR on a container ship. And it looks awesome.

Tutorial by DISEÑO Y FABRICACIÓN DIGITAL
YouTube
A step-by-step guide on how to create an AR project with Real World Tracking. Entirely in Spanish! Thanks, amigos!

Video by AR creator from EdTech Jaime Donally
YouTube
One of the first videos with a photo coming to life on YouTube. It still impresses viewers! “What, is it possible to make photos come to life, like in the newspapers in the movie Harry Potter?”

Guides by Zarinah
YouTube
In her video, Zarinah shows off a really cute 3D coffee pot house from her laptop screen. And did we mention that MyWebAR is perfect for showcasing real estate?

Amol Kale
Instagram
Shows how easy it is to create projects on MyWebAR. Clear, understandable, and inspiring.

What a cool Instagram channel — 60 Seconds Tech
Instagram
These guys featured our favorite content — a living menu in augmented reality! You’re the best!

One of our favorite videos from Studio Sam and his team
YouTube
An art project by young creatives just taking their first steps in augmented reality. Wow!

Enough about business!
Have you tried making a greeting card with wild wishes in AR? Rohit Chaturvedi’s video
(Instagram) will surely inspire you!

We love the creators from AR Makers Studio
Their constant work with our favorite plugins always inspires us. Like here, for example.
Keep creating, guys! You are very talented!

Face effects tutorial by Emiliusvgs
YouTube
Emilio from Peru created this clear and detailed tutorial on how to use the new Face Effects feature on MyWebAR. In just a few minutes, he shows how to build a face-tracking AR experience directly in the browser.
And yes, it’s in Spanish again! ¡Hola!

Show us what you’re creating!
Publish your project on YouTube, Instagram, TikTok, LinkedIn, Facebook — wherever you share your work. Tag @MyWebAR or use the hashtag #mywebar so we can find it. We’ll keep adding your posts with interesting tutorials to this article.

Your creativity is the driving force behind the entire MyWebAR ecosystem. Keep generating ideas, and let’s grow together!

We are entering a new era of web-based augmented reality — where AR is no longer limited to printed pictures or QR codes, but instead flows freely through the spaces around us. This is where Spatial Tracking comes in.

With Spatial Tracking, your digital content no longer clings to a flat surface or a static marker. Instead, it wraps itself naturally around real-world objects — whether that’s a sculpture in a museum, a storefront facade, a giant machine, or a historic landmark. The technology recognises the three-dimensional shapes and features of the object, transforming it into an interactive AR anchor point.

This is more than just a technical upgrade. It’s a shift in mindset: AR is no longer something “added on top” — it’s something that integrates into the spaces we inhabit. AR becomes part of our cities, our businesses, our daily lives.

With that vision in mind, let’s walk through how to build your own Spatial Tracking project on MyWebAR, using a simple, no-code process.

Step 1 — Create your project

In the MyWebAR editor, click Create Project and select Spatial Tracking.
The system will generate a unique Scan Link (URL + QR code) — this is what you’ll use to scan and register your chosen object.

Step 2 — Open the scan link

On your smartphone, tap the URL or scan the QR.
A WebAR page will open directly in your browser — no app download required.

Step 3 — Start capturing

Follow the on-screen prompt:
“Point your camera over the object or area you’d like to augment and slowly move your phone from side to side to initialize capture.”

A red Record button will appear — tap it to begin.

Walk slowly along or around the object until the progress bar beneath the button turns orange, or ideally green.

Keep in mind:

• Move smoothly, avoiding sudden jerks.
• Keep your speed steady.
• Make sure each new camera angle overlaps the previous one.
• Pass over the same areas from different angles for a richer scan.
• Work in a well-lit space for the best results.

Step 4 — Finish & Upload

Once the capture is complete, tap Finish Scan.
The system will automatically upload the data.

Step 5 — Refresh the editor

Back on desktop, reload your project.
You’ll now see a proxy model of your scanned object — this is your anchor for adding AR content.

Step 6 — Add your content

Drag and drop your creative assets into the scene:

• 3D models
• Images and GIFs
• Videos
• Audio clips
• Interactive buttons

You can position, scale, rotate, and assign actions to each element.

Step 7 — Preview & Publish

Click Preview to test how your AR scene works live.
When you’re ready, hit Publish — and your original QR/URL will deliver the full AR experience to anyone who scans it.

Why this matters

Spatial Tracking is not just another feature; it’s a major leap forward for web AR. It means that digital layers can now wrap around physical objects in ways we once only imagined — anchored not to flat paper, but to real, textured, three-dimensional space.

With tools like MyWebAR, you don’t need coding skills, big budgets, or specialist hardware to tap into this power. Any brand, artist, museum, educator, or creator can now bring their physical world to life with digital experiences.

The future of AR isn’t just on screens. It’s all around us — and it’s ready for you to build.

AR has the power to turn everyday packaging — like drink cans, coffee cups, and bottles — into interactive experiences. In this tutorial, you’ll learn how to create an AR experience using a cylindrical marker — for example, the packaging of a drink can — with the AR on a Curved Image tracking feature on MyWebAR. Let’s get started.

Step 1: Create a new project with AR on a Curved Image Tracking

To begin, prepare your image. This should be a flat version of the cylindrical object’s surface.
In our case, we used the packaging of a drink can, prepared as a flat label design.

Then log into your MyWebAR account and click “Create new project”.
From the list of tracking types, choose “AR on a Curved Image”.

This tracking mode allows AR content to wrap around cylindrical shapes like cans and cups, ensuring a stable and immersive experience.

If your object is not a perfect cylinder — for example, a cup that’s wider at the top — use the “upper radius” and “lower radius” settings to adjust curvature and fit.

These options help the system accurately track conical shapes and ensure a smooth AR overlay.

Step 2: Add a 3D model to the marker

Once your marker is uploaded, it will appear in the editor as a 3D cylinder. Now, it’s time to bring it to life.

To add a 3D model:

• Click “3D model” in the left-hand panel.
  
• Click the “+” icon.
  
• Scroll down and click “Upload”.
  
• Upload your model in .glb format.
  

The model will appear in the center of your project, ready to be positioned on the curved surface.

Step 3: Position and scale the 3D model

Use the arrows to move the model around the cylinder and adjust its position.

To scale or rotate the object:

• Use the controls in the right-hand properties panel.
  
• Make sure the model wraps naturally around the curvature or sits exactly where you want it on the label.
  

This is where the magic happens — experiment with positioning until your object feels integrated with the packaging.

Step 4: Preview your project

Before publishing, click “Preview” in the top right corner of the editor.

This allows you to test how your project will look on a real device. You can rotate the virtual can and see how the AR model behaves.
If something looks off, adjust the position or scale of your 3D model until you’re happy with the result.

Step 5: Publish and share

When everything looks good, click “Publish” in the top right corner.

After a short load time, you’ll receive:

• A link to your WebAR experience
  
• A QR code you can download and place directly on packaging, POS displays, flyers, or anywhere else.
  

That’s it — your cylindrical AR project is live and ready to delight your users.

Why cylindrical AR experiences work so well

As we’ve explored in our guide to AR for takeaway packaging, cylindrical objects are everywhere — and they’re perfect for storytelling and gamified interaction.

From revealing hidden characters on collectible cans to turning a coffee cup into a daily horoscope or game, AR adds a layer of magic to otherwise static products.

By using MyWebAR’s ““AR on a Curved Image” tracking, you’re not just adding AR — you’re creating a reason for people to return, collect, share, and engage.

We’ve updated MyWebAR to make AR creation even simpler and more flexible. Whether you’re adding AR to products, creating educational materials, or experimenting with digital art, these new tools will save you time and make your projects even better. Let’s break it down!

What’s new in MyWebAR:

Flexible editing of 2D markers in a project

Customize, upload, or replace your AR marker — and instantly test your scene by scanning a QR code, all in one place.

Preview your project in real-time

View your AR scene exactly as users will see it: zoom, rotate, and adjust the camera angle in preview mode.

Curved surface marker editor

It’s now even easier to work with the new marker editor for cylinders and other curved surfaces — ideal for more stable AR tracking.

And this one is a real gift:

Coffee Cup AR Marker Unwrapper

Ready to bring AR to your coffee cups? We’ve created a Coffee Cup AR Marker Unwrapper [(link to tool)] just for you. This tool converts curved sleeve designs into flat MyWebAR tracking markers, making it easy to create interactive, immersive cup experiences. All AR scenes will work consistently, accounting for the cup’s curves.

“Awesome,” you’ll say. “Unbelievable,” we’ll reply.

Whether you’re developing AR-enabled products, creating educational programs, or experimenting with interactive art, these updates will help you push the boundaries of creativity. Log in to MyWebAR and try out the new features today!

The AR industry is making giant steps in marketing and changing brands’ strategies more creatively. Maybe it is your time to be a part of brands’ transformation and start to create AR projects for them.

Here are some tips on how to start your successful AR journey:

Identify Your Passion and Niche
Congratulations, you are already done with point number one! AR opens a new realm of creative possibilities by blending the digital and physical worlds. It allows you to create interactive, immersive, and dynamic experiences that engage users in ways traditional media cannot. Your enthusiasm will shine through in your projects, we promise!

Develop Your Skills
Continuously improve your creative skills through courses, workshops, online tutorials, and practice. Special for all your needs we created a Learning Center, where you can find all information about webAR. Learn how to start with special guides, watch professional tutorials, get inspired by creators’ cases, and visit our online events! Not enough for you? Join our AR course.

Don’t forget to invest in the necessary tools and software to enhance your capabilities.

Build a Portfolio and Share Your Cases
Create a professional portfolio showcasing your best work. Include a variety of projects that demonstrate your range and abilities. Your portfolio is crucial for attracting clients or employers, so make it visually appealing and easy to navigate.

By the way, don’t forget that the MyWebAR platform has a Creator plan that allows you to create and store cases for non-commercial use for free for as long as you want. Perfect for your portfolio.

Also, share your cases on social media. Only after showing what you can do people will know about your possibilities and the professional skills that you have. Memorable and shareable AR experiences have the potential to go viral on social media platforms, expanding your brand’s reach and creating organic buzz. Don’t forget, that social media can find you new clients too!

Extra tip: Network with other professionals in your industry to build connections and gain exposure, it will help you to grow as a creator.

Deliver High-Quality Work
Once you secure projects, focus on delivering exceptional results to build a strong reputation. Your current projects are your success in the future. Communicate effectively with clients, manage expectations, and meet deadlines. Good communication = good results.

Stay Inspired and Creative
Continue to find inspiration in your field. Attend conferences, read books, and follow industry leaders to stay updated. Find more inspiration right now by watching our last webinars.

Experiment with new ideas and techniques to keep your work fresh and innovative. Try new extensions on our platform, share your projects, and simply ENJOY! Find more tutorials on our YouTube channel.

It’s Your Time to Shine!
If you’re considering venturing into AR, it’s essential to invest in learning the necessary tools and skills, collaborate with experts in AR development if needed, and stay updated with the latest advancements in the field. By doing so, you can harness the full creative potential of augmented reality to bring your visions to life and captivate your audience.

Good luck with your AR cases!

Ho-ho-ho! There’s not much time left until Christmas celebrations. That means it’s time to add augmented reality to your merchandise or gifts.

Give your users a unique and memorable experience that will engage participants, trigger their imagination, and leave a lasting impression.

While this guide uses a Halloween-themed project as an example, the same steps can be followed to create your magical Christmas AR experience.

1. Choose your type of tracking.
This time I recommended using Image Tracking. This type of tracking allows you to integrate different packaging.

2. Upload the marker.
If you can’t find exactly the same image of your packaging, you can simply take a picture and upload it.

After uploading the marker, check the lights’ recourses. In case if your project opens without lighting, add Directional light and Ambient light.

3. Let the fun begin!
It’s time to choose 3D models for your project. This is my personal tips on how to find the idea and 3D models for it:

• Discover the marker. Maybe some details from your packaging can be used in 3D?
• Don’t forget about your global idea. If you are creating a project for Halloween, find some special 3D models like pumpkins, monsters, vampires, and so on.

Where to find 3D models?

• MyWebAR library
• Create your own on Blender
• Sketchfab library

4. Adding 3D models
Where are 2 ways how to add 3D models from the Sketchfab:

• You can activate Sketchfab plugin on your MyWebAR account and add models without downloading them.
• You can open Sketchfab in another window, find models, download them and after upload to the MyWebAR account.

For the projects with special effects (plugins) I reccomended to download models and after upload them to your account.

This time I will add few simple models and few animated.

Models from MyWebAR library:

• Spider ‘Black Widow’
• Ant

Models from Sketchfab:

• Spookie Pumpkin https://sketchfab.com/3d-models/spooky-pumpkin-6cd869e89b0940f29eb3dbf80c5a1451
  
• Witch Couldron https://sketchfab.com/3d-models/witchs-cauldron-5d04d27d281743799e3eea8578a979d2

While your 3D models are upleading, always choose optimized model. It will safe your project’s store and make your project faster at the opening.

5. Making a scene
Don’t forget to put 3D models in the right place, to make the scene be more beautiful and aesthetic. Decide which 3D model will be the main, and put in the best place on your marker.

6. Adding an Occlusion
The occlusion plugin will help your 3D models be more sustainable. It is necessary if you are using two or more models and effects.

7. General Settings
One more important thing – your project name and URL. You can easily change it in Settings. Make your project name logical and easy to write, in case you can’t copy the URL address.

8. Share and have fun!
The project is ready! It’s time to share the QR code, and film videos for social media and tag @mywebar account!

Happy Holidays!

In September, India celebrates one of its most beloved holidays — Ganesha’s birthday. This festival, which lasts for 10 days, is marked with grand celebrations throughout the country. Inspired by the occasion, we decided to create something special: a t-shirt featuring Ganesha in augmented reality!

Step 1: Creating the Marker

To bring our t-shirt to life with AR, we first needed an image of Ganesha, which would serve as the marker for our project. For this, we asked ChatGPT to draw Ganesha in a naive style — a simple yet expressive form of art that brings out the fun, playful aspects of the deity.

Once our image was ready, it was time to prepare the AR project using MyWebAR.com.

Step 2: Creating AR with MyWebAR

Here’s a simple walkthrough on how you can add AR to your own merchandise:

1. Find and download a 3D model of Ganesha.
   We used an existing 3D model of Ganesha to integrate into our AR scene.
   
2. Search for the Abstract Visuals collection.
   MyWebAR offers a variety of effects. From this collection, choose the visual effects that match your project.
   
3. Create an image project and add the marker.
   Use the image of Ganesha as the marker that will trigger the AR experience.
   
4. Add the Ganesha model to the scene.
   Upload and place the 3D model in the AR environment.
   
5. Adjust Ganesha’s position.
   Ensure that the 3D model fits well within the AR scene by adjusting its location and size.
   
6. Add a rotation animation.
   Bring your model to life by adding rotation effects. Always double-check to ensure that the animation runs smoothly.
   
7. Add an effect and resize it.
   Add some abstract visual effects and adjust their size along one axis to fit your scene.
   
8. Configure the rest of the effects.
   Experiment with different effects to enhance the overall visual experience.
   
9. Add lighting and save the project.
   Lighting plays a key role in AR. Add suitable light sources, finalize, and publish your project.
   

Step 3: Printing the T-Shirts

With the AR experience set up, we went ahead and printed t-shirts with the Ganesha design. Once the project was complete, scanning the t-shirt with a smartphone instantly brought Ganesha to life in augmented reality!

Our Ganesha t-shirts with AR are now ready to wear and enjoy!

Enjoy Your AR Project!

Whether it’s for a special festival or to add a fun twist to your merchandise, adding AR to t-shirts is an exciting and creative way to celebrate.

Ready to bring your own merchandise to life with augmented reality?

Sign up on MyWebAR today and start creating your personal AR project for a t-shirt, cap, backpack, or any other item of your choice! It’s easy to get started, and with MyWebAR’s no-code platform, you can add AR to your merchandise in just a few steps.

Unleash your creativity — register now and make your designs stand out with augmented reality!