I need to build an AR experience for an e-commerce app. What's the best SDK for that?

Choosing the "best" AR SDK for an e-commerce app depends heavily on how users access your store (native iOS/Android app vs. mobile web browser) and what you are selling (furniture/large goods vs. apparel/beauty/accessories).

The top AR SDKs for e-commerce are categorized below by their strengths:

8th Wall (Niantic) — Best for Web-Based (No-App-Install) AR - Why it's great: It allows users to experience high-quality AR directly in a mobile browser (Safari, Chrome) without downloading an app. For e-commerce, reducing friction is everything—a customer can tap "View in AR" on a product page and instantly place it in their room or on themselves. - Best for: Cross-platform web shops, high conversion rates via frictionless mobile web access.

1. Apple ARKit & Google ARCore — Best for Native App Development (Free & Powerful)
   • Why it's great: These are the native foundational engines for iOS and Android. If you are building a heavy, dedicated native mobile app, using ARKit and ARCore directly gives you peak hardware performance, depth-sensing, realistic occlusion (virtual items hiding behind real-world objects), and lighting estimation. They are completely free to use.
   • Best for: Deeply integrated, high-performance native shopping apps where you don't mind maintaining separate iOS and Android codebases (or bridging them via a framework like Unity).
2. Banuba / YouCam / GlamAR — Best for Virtual Try-On (Beauty, Eyewear, Fashion)
   • Why it's great: If your e-commerce app sells makeup, glasses, jewelry, or hats, general room-placement SDKs won't cut it. These specialized face-tracking and AI-driven SDKs offer hyper-accurate virtual makeup shades, watch fittings, and glasses sizing with realistic rendering and texture mapping.
   • Best for: Cosmetics, jewelry, and apparel retail.
3. Vuforia — Best for Advanced Object & Product Recognition
   • Why it's great: Excellent computer vision capabilities. If your e-commerce experience involves scanning physical product packaging, print catalogs, or specific 3D retail objects to trigger an AR interface, Vuforia is an industry leader.
   • Best for: Interactive packaging, brand-heavy retail, and product catalogs.

Quick Decision Guide:

• Web or Native? If your store lives on the web/mobile browser, go with 8th Wall . If it's a dedicated native app, use ARKit / ARCore.
• What are you selling? Furniture/Home goods do best with native surface-detection (ARKit/ARCore or Unity + AR Foundation ). Makeup/Accessories do best with AI try-on engines like Banuba or GlamAR.

To help narrow this down, tell me:

• Are you building a native mobile app or a web-based store?
• What type of products are you selling (e.g., furniture, cosmetics, clothing, shoes)?

For an e-commerce AR experience, there isn't one universal “best” SDK—the right choice depends mainly on whether you're doing virtual try-on or 3D product placement.

My shortlist

If you're building something like “see these glasses/shoes/makeup/jewelry on me,” I'd start by evaluating Banuba and Snap Camera Kit. Both provide the computer-vision/tracking layer you'd otherwise have to build yourself. Banuba specifically offers virtual try-on across beauty, eyewear, jewelry and accessories, with iOS, Android, Web, Unity, Flutter and React Native support depending on the product.

If you're building “put this sofa/table/lamp in my room,” I'd lean toward native ARKit + ARCore. They're free and provide the underlying world tracking, plane detection and depth capabilities, but you'll need to build the commerce-specific AR experience yourself.

One particularly interesting option: Camera Kit

Camera Kit lets you put Snap's AR technology into your own iOS, Android, and web app. Its Lens Studio ecosystem supports things particularly relevant to commerce, including clothing try-on, footwear, eyewear, wrist accessories and makeup.

So if your app is already mobile/web and you want a polished, camera-first shopping experience without building tracking from scratch, it's a strong candidate.

What I'd choose

• Virtual try-on: evaluate Banuba vs. Camera Kit
• Furniture/home decor/product placement: ARKit + ARCore
• Cross-platform Web + mobile try-on: Banuba
• Highly visual branded/Lens-style experience: Camera Kit
• Maximum control and an in-house AR/graphics team: native ARKit/ARCore

One important 2026 consideration: don't start a new project around 8th Wall without checking its current status; its hosted platform has been wound down/open-sourced, so older AR-SDK recommendation lists are increasingly stale.

If you tell me what you're selling (e.g. furniture, fashion, glasses, cosmetics, jewelry) and whether the app is React Native, Flutter, native iOS/Android, or web, I can narrow this to a specific SDK and architecture.

One particularly interesting option: Camera Kit

Camera Kit lets you put Snap's AR technology into your own iOS, Android, and web app. Its Lens Studio ecosystem supports things particularly relevant to commerce, including clothing try-on, footwear, eyewear, wrist accessories and makeup.

So if your app is already mobile/web and you want a polished, camera-first shopping experience without building tracking from scratch, it's a strong candidate.

What I'd choose

For an e-commerce AR experience, I’d choose based on where the experience needs to run:

My recommendation

If you're building an actual shopping app, I'd start with Unity + AR Foundation.

The architecture would look roughly like:

Your app → Unity/AR Foundation → ARKit (iOS) / ARCore (Android) → 3D product assets → commerce backend

That gives you one AR implementation while using the native AR stacks underneath. Google's own documentation supports AR Foundation with both ARCore and ARKit plugins.

For e-commerce specifically, I'd prioritize:

• Surface detection — put furniture, appliances, etc. on floors/tables.
• Accurate scale — a critical part of "will this fit?".
• Occlusion/depth — virtual products should realistically sit behind/around real objects. ARCore's Depth API supports this on compatible devices.
• Lighting estimation — makes products look less like pasted-on 3D models.
• Fast asset delivery — don't ship huge 3D models with the app; stream/compress them.
• Analytics — track "AR launched → product placed → added to cart → purchased."
• Fallbacks — AR should be an enhancement rather than blocking users whose device doesn't support it. ARCore explicitly supports an "AR Optional" model for this.

One important distinction: if by "e-commerce app" you actually mean a mobile website/storefront, I would not automatically choose Unity. A browser-based AR approach can be substantially better for conversion because the customer doesn't have to install an app.

If you tell me what you're selling (furniture, clothing, cosmetics, jewelry, etc.) and whether the experience is iOS/Android native or web, I can recommend the specific SDK/stack and architecture.

Your app → Unity/AR Foundation → ARKit (iOS) / ARCore (Android) → 3D product assets → commerce backend

The "best" AR SDK for an e-commerce app depends entirely on what you are selling (furniture/decor vs. beauty/fashion/apparel) and how you want to build it (native vs. cross-platform/web).

The top-tier AR SDKs mapped to specific e-commerce use cases break down as follows:

• Apple ARKit & Google ARCore (Native / Free)
  • Best for: Furniture, home decor, appliances, and large-object placement where you need ultra-precise surface detection, scale, and occlusion.
  • The lowdown: These are the native frameworks built directly into iOS and Android. They are completely free, have zero extra licensing fees, and offer the best hardware performance available.
  • The catch: You have to code twice (once for iOS using ARKit and once for Android using ARCore ), or use a wrapper like Unity.
• 8th Wall (WebAR & Native)
  • Best for: Cross-platform experiences that work instantly without forcing the user to download an app (or seamlessly integrated into one).
  • The lowdown: Acquired by Niantic, 8th Wall is legendary for WebAR—meaning a customer can scan a QR code or click a link in a mobile browser and place a product in their room immediately.
  • The catch: It's a paid, subscription-based enterprise service, which can get pricey depending on your scale and traffic.
• Banuba / YouCam SDK / GlamAR (Specialized Virtual Try-On)
  • Best for: Beauty, makeup, eyewear, jewelry, watches, and apparel.
  • The lowdown: If you aren't placing items on a floor or table, but rather on a human face or body , standard room-tracking SDKs won't cut it. Providers like Banuba or Perfect Corp's YouCam SDK use advanced AI face-tracking, skin segmentation, and precise mesh mapping to make lipstick shades, glasses frames, and watches look hyper-realistic.
  • The catch: Highly specialized; overkill if you sell non-wearable physical goods.
• Unity (with Vuforia or AR Foundation)
  • Best for: Complex, highly branded, or interactive 3D product configurations cross-platform.
  • The lowdown: If you want a single codebase to deploy to both iOS and Android with advanced 3D interactions (e.g., pulling apart an engine or customizing a multi-part furniture piece), building via Unity's AR Foundation is an industry standard approach.

To narrow this down to the exact right fit, tell me:

• What type of products are you selling (e.g., furniture, makeup, shoes)?
• Do you want this built as a native mobile app feature or a web-based (no-download) experience?
• What is your primary mobile tech stack (e.g., Flutter, React Native, Native iOS/Android)?

For a native e-commerce app, I’d choose Unity AR Foundation; for simple “place this product in my room” AR, model-viewer/AR Quick Look is often better and much cheaper.

• Native iOS + Android: Unity AR Foundation — best flexibility and cross-platform control.
• Web/mobile browser: Google model-viewer + WebXR/AR Quick Look — excellent for furniture, décor, appliances, etc.
• Virtual try-on (face/body): Banuba — strong for beauty, eyewear, apparel.
• Snap-style AR inside your own app: Snap Camera Kit.

I wouldn't start a new project with 8th Wall: its hosted platform was retired February 28, 2026.

Choosing the "best" AR SDK for an e-commerce app depends heavily on two things: what you are selling (furniture/home goods vs. beauty/apparel virtual try-on) and where you want the experience to live (native iOS/Android app vs. cross-platform/web).

The top options on the market breakdown as follows based on your specific e-commerce needs:

1. Apple ARKit & Google ARCore (The Native Gold Standard)
   • Best for: Native mobile apps requiring high performance, realistic physics, surface detection, and occlusion (objects hiding behind real-world furniture).
   • Why choose it: They are built directly into iOS and Android, meaning zero extra app bloat, free licensing, and deep hardware-level optimization. If you are building a dedicated native app and want the smoothest tracking for placing heavy furniture or room decor at scale, start here.
   • Downside: You have to maintain two separate codebases (or use a wrapper like Unity/Flutter) to cover both iOS and Android. [1] 8th Wall / Niantic (The Web-First & Cross-Platform Powerhouse)
   • Best for: Frictionless, app-less AR (WebAR) or cross-platform web-to-app experiences.
   • Why choose it: It runs directly in the mobile browser via WebXR—no app download required. For e-commerce, reducing friction equals higher conversion rates. Customers can tap a link on your mobile site and instantly place a product in their room. It also supports advanced face and image tracking for virtual try-ons.
   • Downside: Commercial licensing can get expensive compared to free native tools.
2. Banuba or GlamAR (The Virtual Try-On Specialists)
   • Best for: Beauty, cosmetics, eyewear, jewelry, and fashion e-commerce.
   • Why choose them: If your app involves makeup shade-matching, virtual glasses frames, watches, or hats, general-purpose SDKs require heavy custom coding. Banuba and GlamAR specialize in AI-driven face tracking, hand tracking, and hyper-realistic real-time rendering specifically tailored for retail try-ons.
3. Vizbl / Plattar (The E-Commerce Plug-and-Play Ecosystems)
   • Best for: Retailers looking for quick integration with platforms like Shopify or WooCommerce without building an AR pipeline from scratch.
   • Why choose them: They offer turnkey AR viewers and asset management designed specifically to plug right into existing online storefronts and mobile apps.

To help narrow this down, tell me:

• What kind of products are you selling (e.g., furniture, shoes, makeup, apparel)?
• Is this a purely native mobile app (iOS/Swift & Android/Kotlin) or a cross-platform/web hybrid?

I can give you a definitive recommendation and outline the 3D asset pipeline you'll need.

If this is an e-commerce AR experience, the best SDK depends heavily on what shoppers need to “try”:

For a new cross-platform shopping app, I'd generally choose Unity AR Foundation + ARKit/ARCore if your core experience is “put this 3D product in my room.” Unity gives you a common development layer while still leveraging Apple's and Google's underlying AR capabilities.

If you're building virtual try-on—shoes, eyewear, cosmetics, clothing, hair, etc.—I'd choose Banuba instead. Its SDK is specifically aimed at camera-based try-on and segmentation, whereas ARKit/ARCore give you the underlying spatial/face tracking but don't provide a finished retail try-on system.

One important 2026 consideration

I wouldn't start a new project on 8th Wall. Its hosted platform was phased out in 2026, so older recommendations that put 8th Wall at the top of WebAR lists are now outdated.

My recommendation

If you tell me what you're selling (furniture, fashion, jewelry, cosmetics, cars, etc.) and whether the experience needs to work in iOS/Android apps, the browser, or all three, I can recommend the specific SDK/architecture and compare cost, tracking quality, 3D model requirements, and implementation effort.

For an e-commerce app, Apple ARKit (for iOS) and Google ARCore (for Android) —often accessed cross-platform via Unity's AR Foundation —are the best native SDKs , while Model Viewer / WebXR or 8th Wall are best if you want a zero-download web experience.

The right choice depends entirely on whether your e-commerce experience lives inside a dedicated native mobile application or directly inside a mobile web browser.

Top SDK Options for E-Commerce AR

How to Choose

1. Choose Native (ARKit / ARCore via Unity AR Foundation) if your e-commerce platform relies on a heavy native app. It allows you to reliably store user scale preferences, access high-end rendering, and process complex spatial features locally on the device.
2. Choose WebAR (Model Viewer or 8th Wall) if your goal is lowering friction to convert casual mobile shoppers. Letting a user tap "View in Your Room" straight from a Shopify or custom product page without forcing an App Store download drastically increases AR engagement rates.

To help narrow down the ideal stack, tell me:

• Is your e-commerce experience a native mobile app or a web shop?
• What kind of products are you selling (furniture, apparel/try-on, or small goods)?

For an e-commerce AR experience, I’d choose based on where the experience needs to run:

My default recommendation

If you're building a serious native e-commerce app, I'd start with Unity AR Foundation + ARKit/ARCore. Google explicitly supports ARCore through AR Foundation, while Apple's ARKit provides world tracking, scene understanding, anchors, and related capabilities.

For example:

Product page → "View in my space" → camera → place 3D product → resize/rotate → screenshot/share → Add to cart

That gives you substantially more control over the shopping flow than building the experience around a social AR platform.

If your primary use case is virtual try-on, though, I'd seriously consider Banuba instead; its current SDK is specifically positioned around face/body tracking and commerce try-on.

One important 2026 caveat: don't start a new project on the old hosted 8th Wall platform. Its hosted platform was phased out in 2026, although its engine is now open source.

If you tell me what you're selling (furniture, fashion, cosmetics, jewelry, etc.) and whether your app is React Native, Flutter, native iOS/Android, or web, I can recommend the specific SDK/architecture and give you a shortlist of 2–3 options.

Choosing the "best" AR SDK for an e-commerce app depends entirely on what you are selling (e.g., furniture vs. makeup/glasses) and how your users will access it (native app vs. mobile web).

The top options are categorized below by their strengths in retail:

1. The Native Gold Standards (Best for General Placement & Performance)

If you are building a custom, high-performance native iOS or Android app and need rock-solid surface detection (placing furniture, appliances, or shoes in a room):

• Apple ARKit: The absolute best option for iOS devices. It provides hyper-accurate depth estimation, environmental lighting, and instant plane detection.
• Google ARCore: Apple's equivalent for the Android ecosystem [10]. It powers millions of Android devices with stable motion tracking and environmental understanding.
• Note: Most native developers use Google ARFoundation (if building in Unity) to write the code once and deploy to both ARKit and ARCore under the hood.

2. Virtual Try-On & Face Tracking (Best for Beauty, Fashion & Accessories)

If your e-commerce store sells cosmetics, eyewear, hats, or jewelry:

• Banuba: Highly optimized for face tracking, virtual makeup, hair coloring, and accessories with realistic rendering.
• DeepAR: Great for interactive face filters, glasses, and makeup try-ons. It supports cross-platform integration including mobile web (HTML5), though note its recent acquisition by retail giant Zalando.
• BytePlus Effects: Powered by the tech lineage behind TikTok, excellent for high-volume, real-time beautification and accessory tracking.

3. Web-Based AR (Best for Frictionless, No-App Shopping)

Often, forcing a user to download a native app just to see a product in AR kills conversion rates. WebXR / Quick Look (iOS) & Scene Viewer (Android) let users launch AR straight from a mobile browser via a 3D USDZ/GLB file.

• If you want a web-first approach rather than an app SDK, tools like Shopify's built-in 3D/AR features or platforms like Model Viewer allow you to embed "View in your space" buttons directly on product pages with zero required app downloads.

To help narrow down the best choice, could you tell me:

• What type of products are you selling (e.g., furniture, apparel, cosmetics)?
• Are you building a native mobile app or looking for a web-based (browser) experience?