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

The "best" SDK for your e-commerce AR experience depends entirely on what you're selling and whether your users are inside a native mobile app or interacting straight from a mobile browser.

The top-tier options mapped to specific e-commerce use cases include:

1. Apple ARKit / Google ARCore (Best for Native App World-Tracking & Furniture/Home Decor)
   • Use this if you are building heavy native iOS/Android applications where users place true-to-scale objects (like a couch, table, or appliances) into their physical room.
   • Pros: Deep hardware integration, utilizing the phone's gyroscope, accelerometer, and LiDAR (on Pro iOS devices) for pinpoint surface/plane detection and realistic occlusion.
   • Cons: Platform-specific implementation (you have to code/manage separate modules for iOS and Android unless abstracted).
2. Unity AR Foundation + PolySpatial (Best for Cross-Platform Native Apps)
   • Use this if you are writing a single native codebase in Unity that needs to deploy seamlessly across both iOS and Android without maintaining separate native AR stacks.
   • Pros: Abstracts ARKit and ARCore under one roof, robust 3D asset management, and scales cleanly to spatial computing platforms like Apple Vision Pro.
   • Cons: Overkill if you just want a simple interactive product badge. [1][2][3] 8th Wall (by Niantic) (Best for Web-Based AR / WebAR)
   • Use this if your e-commerce experience lives in a mobile browser rather than requiring a dedicated app download. Lowering the friction of an install step drastically boosts conversion rates.
   • Pros: Runs directly in Safari or Chrome via a simple link or QR code; supports markerless world tracking, image recognition, and face effects without forcing users to the App Store.
   • Cons: Subscription/licensing costs can add up depending on scale; bound by browser performance limits compared to native apps.
3. Banuba Face AR SDK or Wanna (Best for Fashion, Apparel, Eyewear & Beauty Virtual Try-On)
   • Use this if you aren't placing objects on a floor, but rather mapping products onto the user's body—such as virtual makeup, watches, rings, or shoes.
   • Pros: Specialized real-time face/hand/feet tracking algorithms, precise occlusion, and low latency optimized for selfie cameras.
   • Cons: Niche focus; won't help you place a dining table in a living room.

Quick Decision Matrix

• Selling Furniture / Large Goods in a native app? Go with ARKit / ARCore (or Unity for cross-platform).
• Want to avoid app installation friction entirely via mobile web? Use 8th Wall.
• Selling Makeup, Jewelry, or Shoes ? Use a specialized try-on SDK like Banuba or Wanna.

To help narrow down the ideal choice, tell me:

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

For an e-commerce AR experience, I’d choose based primarily on whether you need native app AR or WebAR.

My recommendation

If your AR needs to work directly from a product page with no app download: use 8th Wall. It’s particularly well suited to “view this sofa/shoe/lamp in your space” experiences because its engine supports world tracking and integrates with web 3D frameworks such as Three.js, A-Frame, PlayCanvas, and Babylon.js.

One important 2026 change: 8th Wall is now open source. The hosted 8th Wall platform was shut down February 28, 2026, so you should evaluate it as a self-hosted/open-source stack rather than the old paid SaaS product.

When I'd choose something else

• iOS-only native app → ARKit + RealityKit. Excellent tracking, plane detection, object placement, and Apple ecosystem integration.
• Cross-platform native app → ARCore + ARKit, typically behind Unity. Better choice if AR is a major application feature rather than something launched from the web.
• Fastest browser-based prototype → Snap AR/Lens Web Builder. Worth considering if you want a more managed authoring/publishing workflow.

For an e-commerce app specifically

I'd architect it roughly like:

Product catalog → 3D asset pipeline → WebAR/native AR layer → AR viewer → “Add to cart”

The critical piece isn't actually the AR SDK; it's your 3D asset pipeline. You'll want consistent, optimized GLB/USDZ models, correct real-world dimensions, materials/textures, and multiple levels of detail.

If you tell me iOS/Android/web, whether you already have a React/React Native/Flutter/native app, and whether the AR use case is “place furniture in my room,” “try on,” or something else, I can narrow this down to a specific SDK/stack.

For an e-commerce AR experience, the “best” SDK depends heavily on what you’re selling. There isn’t one universal winner: a furniture AR viewer, a lipstick try-on, and a shoe fitting experience have very different technical requirements.

Here’s the shortlist I’d consider:

Banuba Banuba### My default recommendation

For a new e-commerce app, I’d usually start with:

1. Native ARKit + ARCore if you mainly need “view this product in my space.”

• Pros: free, best device integration, excellent tracking.
• Cons: you build more yourself (product placement UX, asset pipeline, commerce integration).

2. Banuba or Perfect Corp if the core feature is “try it on.”

• Pros: much faster path to production-quality face/body tracking.
• Cons: licensing cost and vendor dependency.

3. Unity + AR Foundation if you want a single codebase and a rich 3D shopping experience.

• Good for interactive product configurators, games-like shopping flows, and complex scenes.

Things I’d evaluate before choosing

• 3D asset pipeline: AR quality depends heavily on your product models (glTF/USDZ optimization, textures, dimensions), not just the SDK.
• Performance on mid-range phones: test Android devices, not just flagship iPhones.
• Analytics hooks: measure try-ons, dwell time, add-to-cart rate, and conversion lift.
• Web vs app strategy: a great AR experience that requires a separate app download may have lower adoption than a simpler browser experience.
• Privacy requirements: face/body AR may require careful handling of camera data.

If you tell me:

1. what you sell (furniture, apparel, beauty, jewelry, etc.),
2. iOS/Android/web, and
3. whether you need native app AR or browser AR,

I can narrow this down to 2–3 SDK choices and an architecture recommendation.

The best SDK for your e-commerce app depends entirely on your product category and your chosen platform layout.

• For cross-platform mobile apps (furniture, home decor, or large items), Unity AR Foundation is the industry standard because it seamlessly unifies Apple's native ARKit and Google's native ARCore into one workflow.
• For virtual try-ons (beauty, eyewear, or jewelry), specialized tools like the Banuba Face AR SDK or GlamAR outperform general-purpose engines by providing precise facial tracking and real-time segmentation.
• For a frictionless, web-based checkout that completely skips the app store, Google's Model Viewer or Meta's Immersive Web SDK are excellent choices for quick interactive 3D placements.

Tech Comparison

Core Native Options

If you are developing a native app specifically for one operating system, skip the cross-platform wrappers and tap straight into device hardware for maximum performance.

• Apple ARKit : This is the optimal route if you are building an exclusive iOS app. It leverages built-in Apple LiDAR sensors to precisely map rooms and place furniture seamlessly.
• Google ARCore : This is the definitive equivalent for Android apps, excelling at motion tracking and environmental surface depth detection.

To narrow this down, could you tell me what specific product you are selling (e.g., shoes, tables, makeup) and if your app is built using a framework like React Native, Flutter, or native Swift/Kotlin?

If you’re building AR for an e-commerce app, my top pick in 2026 is Snap Camera Kit—especially if you want polished virtual try-on or interactive product experiences inside your existing iOS/Android app.

My shortlist

Why Camera Kit: Snap says Camera Kit supports iOS, Android, and web, lets you build custom AR experiences in Lens Studio, and specifically supports e-commerce virtual try-ons and product visualization.

Zappar is my alternative if your priority is “one AR experience that works on the web and in apps.” Its tooling supports WebAR and app deployment, with image, face, and world tracking capabilities.

One important 2026 caveat: don't choose 8th Wall based on older tutorials recommending its hosted platform. The hosted platform was retired February 28, 2026; the underlying 8th Wall Engine is now available as an open engine.

What I'd choose by e-commerce use case

• 👓 Glasses / makeup / accessories: Camera Kit
• 👟 Shoes/clothing try-on: Camera Kit
• 🛋️ Furniture/home goods in user's room: ARKit + ARCore, or Zappar if WebAR matters
• 📦 Scan product packaging → AR experience: Zappar
• 🌐 No app download / QR → AR: Zappar WebAR
• 🧊 Simple “place 3D product in room” button: model-viewer + native AR handoff
• 🎮 Highly customized interactive AR: Camera Kit or Zappar, depending on whether app-native or WebAR is more important

If you tell me what you're selling (furniture, fashion, beauty, electronics, etc.) and whether your app is React Native, Flutter, native iOS/Android, or web, I can narrow this to the best SDK and architecture.

Choosing the "best" AR SDK for an e-commerce app depends heavily on your use case (e.g., placing furniture in a room vs. virtual makeup/glasses try-on), your target platforms (native app vs. web browser), and your team's engineering bandwidth.

The industry standard options break down by what they do best:

• Apple ARKit & Google ARCore (Native)
  • Best for: High-performance, native iOS and Android apps with world-tracking.
  • Why choose it: They are built directly into the operating systems, completely free, and leverage native hardware (like LiDAR on Pro iPhones for hyper-accurate depth-sensing and room mapping).
  • The catch: You have to write separate code for iOS and Android, or abstract them together using a game engine.
• Unity (AR Foundation + PolySpatial)
  • Best for: Cross-platform native mobile apps.
  • Why choose it: If you are building a custom, feature-rich native app for both iOS and Android simultaneously, Unity AR Foundation lets you write a single codebase that wraps around both ARKit and ARCore. It’s also robust for handling complex 3D assets, lighting, and scaling to spatial computing platforms like Apple Vision Pro.
• 8th Wall / WebXR (Web-Based AR)
  • Best for: Browser-based AR (WebAR) with no app download required.
  • Why choose it: Conversion rates for e-commerce skyrocket when users don't have to install an app. Shoppers click a link on a product page and instantly project the item into their room via Safari or Chrome.
• Banuba, Perfect Corp, or ModiFace (Specialized Virtual Try-On)
  • Best for: Fashion, beauty, jewelry, and accessories (makeup, glasses, watches, shoes).
  • Why choose it: General AR tools like ARCore/ARKit give you surface tracking, but specialized SDKs like the Banuba SR SDK or Perfect Corp provide out-of-the-box, hyper-accurate face, hand, and body tracking fine-tuned for virtual cosmetics and apparel fitting.
• Threekit or Zakeke (E-commerce 3D/AR Platforms)
  • Best for: End-to-end visual commerce without heavy coding.
  • Why choose it: If your priority is managing a massive catalog with real-time color/material customization that seamlessly syncs with platforms like Shopify or Magento, specialized visualization tools do the heavy lifting for both web and mobile AR.

To help narrow down the ideal choice, tell me:

• Are you building a native mobile app or targeting a mobile web browser (WebAR)?
• What type of products are you selling (furniture, apparel, cosmetics, etc.)?

If you’re building AR inside an e-commerce app, my default recommendation in 2026 is Snap Camera Kit—especially if you want virtual try-on or product visualization across iOS, Android, and web.

My shortlist

Why Camera Kit: Snap now offers Camera Kit for iOS, Android, and web, with custom AR experiences created in Lens Studio. It specifically supports e-commerce use cases such as virtual try-on and product visualization, and users don't need Snapchat installed.

For example, your architecture could be:

Product page → “Try it on” → Camera Kit → AR experience → Add to cart

For furniture or large physical products, I'd lean toward native ARKit/ARCore, because you generally care more about accurate world tracking, scale, surfaces, and spatial placement than face/body effects. Apple's ARKit provides motion tracking, world tracking, and scene understanding.

One important 2026 caveat: don't start a new project around the old hosted 8th Wall platform. Its hosted platform was retired February 28, 2026; 8th Wall is now open source, with existing hosted experiences continuing until February 2027.

If you tell me what you're selling (clothing, glasses, makeup, furniture, cars, etc.) and whether your app is React Native, Flutter, native iOS/Android, or web, I can narrow this down to the best SDK and architecture.

Choosing the "best" AR SDK for an e-commerce app depends heavily on whether you are building a native mobile app (iOS/Android), a cross-platform app , or if you actually need a WebAR solution (which lets users preview products in AR directly inside a mobile browser without downloading an app).

The top industry standards for e-commerce AR are broken down below by use case:

• Apple ARKit — Best for iOS-Native Apps: If your app is exclusive to or heavily focused on iOS and you want high-end surface tracking, realistic lighting estimation, occlusion, and LiDAR integration (great for accurate furniture or decor sizing), Apple's ARKit is the gold standard.
• Google ARCore — Best for Android-Native Apps: The direct Android equivalent to ARKit, Google's ARCore provides robust motion tracking and environmental understanding across the vast majority of active Android devices. It also features Geospatial APIs if you need location-based anchoring.
• Unity AR Foundation — Best for Cross-Platform Native Apps: If you are building a single native app for both iOS and Android, Unity's AR Foundation allows you to write your AR logic once and deploy it across both ARKit and ARCore seamlessly, saving massive amounts of duplicate engineering effort.
• 8th Wall / WebAR Providers — Best for Browser-Based Experiences: If you find that forcing users to download a dedicated app hurts your e-commerce conversion rates, browser-first tools like 8th Wall (or specialized e-commerce platforms like Vizbl and Threekit) let you run high-performance AR directly in mobile Safari or Chrome via WebXR.
• Specialized Virtual Try-On Platforms — Best for Fashion, Makeup, & Eyewear: If you are selling beauty products, glasses, watches, or shoes, generic spatial SDKs require immense custom coding. Instead, purpose-built engines like Perfect Corp or Wanna offer plug-and-play AI and tracking frameworks specifically optimized for body, face, and foot tracking.

To help narrow down the ideal choice, 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 (WebAR) solution?
• Do you already have 3D models ready, or do you need a pipeline to generate them?

For an e-commerce AR experience, my default recommendation is Unity AR Foundation, backed by ARKit on iOS and ARCore on Android.

Why: it gives you one cross-platform AR layer while still using the native AR capabilities underneath. Unity explicitly supports building once for Android and iOS, with ARCore/ARKit plugins providing the platform implementations.

My shortlist

For furniture/home décor: AR Foundation is particularly strong because you can use plane detection, depth, anchors, and lighting estimation to make products sit realistically in a room. ARCore provides these primitives, including depth understanding and environmental surface detection.

For virtual try-on (glasses, shoes, makeup, clothing), I'd evaluate the SDK differently because face/body tracking and occlusion become much more important.

One important 2026 caveat: don't start a new project on the old hosted 8th Wall platform. Its hosted platform was retired February 28, 2026; 8th Wall Studio/Engine remains available as its newer WebAR approach.

What I'd build

E-commerce app → Unity AR Foundation → ARKit + ARCore

Your architecture could look roughly like:

Product catalog → 3D asset/CDN → AR session → plane/depth detection → product placement → scale/rotate → add to cart

I'd also keep the 3D product assets independent of the AR SDK, so you can later support WebAR or other platforms without rebuilding your catalog.

If you tell me what you're selling (furniture, clothing, cosmetics, cars, etc.) + whether your app is native, React Native, Flutter, or Unity, I can narrow this down to the best SDK and architecture for your specific case.

Choosing the "best" AR SDK for an e-commerce app depends entirely on what you are selling (furniture/decor vs. fashion/beauty/eyewear) and how your app is built (native iOS/Android vs. cross-platform/web).

The top AR SDKs and platforms for e-commerce, broken down by use case, include:

1. Apple ARKit & Google ARCore (Best for Native "View-in-Your-Room" Experiences)
   • Best For: Furniture, home decor, appliances, and large physical products.
   • Why it's great: They are the native underlying frameworks for iOS and Android. They offer high-performance plane detection, realistic lighting estimation, and occlusion (making sure a virtual chair actually hides behind a real-world table). On newer Apple Pro devices, ARKit leverages LiDAR for hyper-accurate spatial scaling.
   • The Catch: You have to code twice (once for iOS, once for Android) unless you wrap them.
2. Unity AR Foundation (Best for Custom Cross-Platform Apps)
   • Best For: Building a single, high-performance native mobile app for both iOS and Android from one codebase.
   • Why it's great: It abstracts ARKit and ARCore into a unified API. If you need complex interactive UI, custom animations, or game-like product customizations inside your shopping app, Unity gives you total control.
3. Banuba Face AR SDK or Perfect Corp (Best for Virtual Try-On / Fashion & Beauty)
   • Best For: Makeup, jewelry, watches, glasses, and apparel.
   • Why it's great: If your e-commerce app relies on a "try before you buy" model for accessories or cosmetics, general room-tracking SDKs won't cut it. These specialized SDKs feature low-latency face and body tracking, realistic hair/skin segmentation, and precise jewelry placement. [1][2][3][4] 8th Wall / WebXR (Best for Browser-First / No-App Experiences)
   • Best For: Brands that want AR functionality without forcing users to download a dedicated mobile app.
   • Why it's great: Runs directly inside mobile web browsers (Safari, Chrome) via QR codes or links. While you mentioned an e-commerce app , many teams use WebAR as a lightweight companion or primary funnel before pushing users to download the native app.
4. Threekit / Zakeke (Best Enterprise 3D & AR Commerce Platforms)
   • Best For: Highly customizable products with massive variant catalogs (e.g., customizable sneakers, multi-fabric couches).
   • Why it's great: These aren't just AR rendering SDKs; they connect your product catalog, pricing, and 3D rendering pipelines directly into your e-commerce backend (like Shopify, Magento, or custom architectures).

To help narrow down the ideal choice, tell me:

• What type of products are you selling (e.g., furniture, cosmetics, apparel)?
• Is your app built natively (Swift/Kotlin), cross-platform (React Native/Flutter), or using a game engine like Unity?