Discover Augmented Reality Projects on Upwork

Job Description:
We are looking for a top-tier Full-Stack Developer or an AI Engineer to build a disruptive Jewelry Customization Web Application. The goal is to allow users to upload any jewelry image and receive an instant, dynamic price quote based on AI analysis, real-time material costs, and 3D visualization.
Key Responsibilities:
• AI Image Analysis: Implement Vision AI (GPT-4o/Gemini) to identify jewelry types, estimate metal weight, and map stones from user-uploaded screenshots or URLs.
• Dynamic Pricing Engine: Build a backend that calculates costs based on real-time Gold prices (USD to ILS conversion) and fixed pricing for Lab-Grown Diamonds.
• 3D & AR Visualization: Create a pipeline to convert 2D images into 3D models (using Blender API or similar) and implement a "Virtual Try-On" (AR) feature for mobile browsers (Three.js/8th Wall/Camweara).
• Web-App Development: Develop a high-performance, mobile-first responsive Web App (No download required).
Technical Requirements:
• Proficiency in Python (FastAPI/Flask) and React/Next.js.
• Experience with Computer Vision and OpenAI/Google Vision APIs.
• Strong knowledge of 3D Web libraries (Three.js, Babylon.js) and Blender Python API (bpy).
• Experience with Augmented Reality (AR) for web browsers.
• Familiarity with financial APIs for real-time commodity pricing (Gold/Currency).
What we are looking for:
A proactive developer who can take this project from PRD to MVP. You should have a portfolio demonstrating similar AI-driven or 3D/AR applications

• "How would you approach the conversion of a static 2D jewelry image into a 3D mesh for web rendering?

We are looking for a 3D artist specialized in real-time optimization to convert CAD files into AR-ready GLB models.

This project involves 50–60 consumer products (home appliances such as refrigerators and kitchen equipment) to be used in WebAR experiences.

Scope:
- Convert CAD files (STEP/STP) into clean, optimized 3D models
- Create low-poly assets (target: 50K–150K polygons)
- Optimize textures (1K–2K max)
- Ensure fast loading and smooth mobile performance
- Export in GLB format
- Set real-world scale (1:1, meters)
- Separate meshes for moving parts (e.g. doors)

Important:
- This is NOT a rendering job
- Models must be optimized for real-time (mobile/WebAR)
- Performance is critical

Requirements:
- Experience with GLB / GLTF workflows
- Strong understanding of low-poly modeling and optimization
- Experience with real-time, mobile or AR projects
- Portfolio must include optimized models (not only renders)

Nice to have:
- Experience with WebAR platforms (Vectary or similar)

Please include in your application:
- Example work with polygon count and file size
- Tools you use (Blender, Maya, etc.)
- Estimated price per model

We will start with 1 test model.
If successful, this will scale to 50–60 products.

Budget:
$30–80 per model depending on complexity

• What is your typical polygon count and file size for a mobile-ready GLB model?

Hi! I wanted to ask you for a quote for a Scopa-like game with more rules, real-time multiplayer, and English and Italian. Scalable and with a backend so you can make changes to the game without having to redo the code each time. I already have a version of this game online called Scopa e Vecchia. If you take a look, you might get an idea. But the new project is more complete. How much would it cost?

I need a lightweight, browser-based virtual try-on plugin that drops straight into my website like
https://demo.neox-lab.com
Visitors should be able to grant camera access, have their face detected in real-time, and see any of our frames—supplied as GLTF/GLB models—rendered accurately on their face. Smooth performance on both desktop and mobile is a must, with natural motion tracking that keeps the glasses locked to key facial points as users turn or tilt their head.

Key points
• Assets: GLTF/GLB models only; the script should load multiple variants on demand
• Tech stack you choose can include Three.js, WebGL, WebXR, TensorFlow.js or similar face-tracking libraries, provided everything stays client-side and privacy-friendly
• Styling hooks: expose simple props or CSS classes so I can match the look and feel of the rest of the site
• Bundle size matters—please tree-shake and lazy-load where possible

Deliverables
1. Reusable components that mounts the camera feed, handles face tracking, and overlays selected GLTF/GLB model
2. Configuration file or props interface to swap frame models, adjust scale offsets, and fine-tune positioning
3. Clear setup instructions plus a short demo page showing the component in action
4. Commented source code pushed to my private Git repo

Acceptance criteria
• Initialisation time under 2 seconds on a mid-range mobile device
• Tracking remains stable within ±5° head rotation without visible drift
• Component passes basic accessibility checks (keyboard focus management, ARIA labels for controls)
• All code lint-clean and builds in a standard Create React App or Vite environment

Let me know your proposed approach, any relevant past work, and an estimated timeline so we can get this feature live quickly.

Skills: JavaScript, CSS, HTML5, OpenGL, Augmented Reality, Three.js, Virtual Reality, Accessibility

I already have a complete .vrm avatar; what it lacks is my real-world expression. Your task is to build a Unity scene that takes a live webcam feed, tracks only my eyes and mouth, and projects them onto the model in real time so the character blinks, looks and speaks with my actual features.

The workflow I have in mind is straightforward:
1. Unity (latest LTS) loads the .vrm file through UniVRM.
2. A webcam stream is processed on the fly—OpenCV, MediaPipe, or any other lightweight library you prefer—to isolate eye and mouth regions.
3. Those regions are then composited onto the avatar’s existing eye and mouth meshes or UVs with minimal latency, keeping head pose from the original rig intact.

Deliverables
• A self-contained Unity project or package with clearly commented C# scripts.
• A short calibration routine so I can line up the tracking once and save the offsets.
• Simple UI toggle to start/stop the overlay and switch back to the default textures.
• Quick README or screen-share video that shows setup, play-mode demo, and how to replace the webcam if I upgrade hardware later.

Acceptance criteria
• Overlay stays locked during normal talking and blinking, under 70 ms end-to-end latency.
• Works on a standard 1080p webcam without additional hardware.
• No noticeable artifacts when the avatar turns ±30° on the Y-axis.

If you have prior VTuber or AR face-tracking examples, feel free to share when you bid so I can gauge fit. I’m ready to test builds as soon as you have a prototype.

Skills: C# Programming, C++ Programming, Unity 3D, Game Development, Augmented Reality, OpenCV, Computer Vision, Unity

I want a better looking website. A homepage which mind boggles everyone. Since website is not a very big factor in our industry, but I want it to be better than others. I would like you to suggest a maybe some features which could achieve the wow factor.

• Describe your typical design process and methods
• Where do you get inspiration from?
• Describe your recent experience with similar projects

I’m building a mobile app called RIVL, which is a competitive skill-based gaming platform where users can play games for money. Similar to the app “Triumph” but my games will be like Gamepigeon style. The core concept is live 1v1 rivalry games (such as 8-ball, Connect 4, cup pong, etc.) where two players can match instantly and play in real time for a set stake (example: $1, $3, $5, etc.). The app will also include async “instant challenge” games where a player posts a score and is matched against another player’s score shortly after to solve liquidity when live players are not available. The platform requires real-time multiplayer gameplay, matchmaking/lobby systems, player accounts, wallet balances, entry fees, payout logic, leaderboards, friend invites, notifications, and secure backend infrastructure. The UI will have two sections: Live Battles and Instant Challenges, with a clean mobile gaming experience similar to apps like Skillz or Triumph but focused heavily on live rivalry. I need a developer with proven experience building real-time multiplayer mobile games, matchmaking systems, and backend game infrastructure (preferably using Unity with Photon/Mirror/Netcode and a backend like Node.js/Firebase/Supabase). Please confirm if you have built multiplayer mobile games before, what networking frameworks you used, whether you have implemented matchmaking, wallets/payments, and scalable backend systems, and provide examples of similar apps you’ve built. I also require that all source code, repositories, servers, and assets are owned by me and stored in accounts under my control (GitHub, backend services, etc.), with proper documentation so the project can be continued or transferred to another developer if needed. I’m looking to build this as a high-quality, production-ready platform, not a basic prototype, so please only apply if you have serious experience with multiplayer game architecture and scalable mobile apps. If this is a project your confident in executing and have interest in , do you think we can hop on a quick call to talk more about ?

Mixed Reality Scenario:
Fire fighting
Initial Setup: At the beginning, a box containing a set of tools and equipment will appear to the trainee, as detailed below, for them to use throughout the scenario:

Step 1: First, there will be an alarm button. The trainee must interact with it by pressing it directly, or by grabbing it, placing it on the wall, and then pressing it. This action will trigger the alarm system and start the alarm sound.

Step 2: Next, the trainee must grab the telephone or mobile phone and dial the emergency number: 0000.

Step 3: After that, the trainee will find an electrical disconnect switch inside the box. They need to grab it and place it on the wall. Once placed, it will cut off the power supply and completely switch off the electricity in the environment.

Step 4: Following this, masses of fire/light (fireballs) will appear in the same box. We need to label each fireball according to its class (e.g., Solid Materials, Petroleum/Flammable Liquids, or Electrical).

The trainee will grab a fire type with their hand and place it in the environment. For example, if they select the electrical fire, they will throw the electrical fireball onto an electrical panel.

A new box will then appear containing different types of fire extinguishers. Based on the type of fire they initiated, the trainee must select the correct extinguisher and put out the fire.

Once the trainee successfully extinguishes the 3 different types of fires, they will grab the "Solid Materials" fire again and place it on paper, a table, or wood. They will then select the fire hose from the box and proceed to extinguish it.

Step 5: Immediately after all the fires are extinguished, a person completely engulfed in flames will appear, running frantically around the room. The trainee must quickly select the fire blanket from their toolbox and chase the burning person for a short duration until they can successfully wrap the blanket around them to put out the fire.

Step 6 (Evacuation & Assessment): Finally, the evacuation process begins.

The trainee must grab directional arrows and place them on the floor of the work environment to mark a clear path to the exit door.

Upon reaching the door, they will find cardboard boxes blocking the exit. The trainee must identify and select this as a "hazard" or "wrong practice."

To conclude the training, a set of various evaluation questions covering the entire fire and safety scenario will pop up to assess the trainee's performance.

Skills: Game Design, User Interface / IA, 3D Modelling, 3D Animation, Game Development, Augmented Reality, Simulation, Virtual Reality

Description:
"I need an expert Optical Engineer to provide a 100% functional technical plan for an aerial (floating) image display.
​I am looking for EXPERTS ONLY. Do not apply if you have not worked on HUD, AR, or aerial optical projection systems.
​Deliverables required:
​Optical Design: Define the exact path (e.g., Birdbath or similar) to project a clear aerial image at 15cm.
​Sourcing BOM (Must be from Chinese market): A detailed list of all required optical components (Micro-display, beamsplitters, mirrors, lenses). You must provide Part Numbers and direct supplier links (Alibaba/Chinese vendors) where these parts can be purchased today.
​Feasibility Guarantee: A technical report confirming that the selected components will work together to create the floating image. I need to know exactly what to buy to build this.
​To apply, you MUST:
​Provide examples/photos of your previous work on aerial or AR displays.
​Explain in your proposal how you would achieve the 15cm focal distance using standard, off-the-shelf Chinese optical components.
​Do not apply if you cannot provide a BOM with purchase links or if you have no experience with wearable optical systems."

Skills: Electronics, Manufacturing, Supplier Sourcing, Manufacturing Design, Product Design, 3D Design, Augmented Reality, Optical Engineering, Aerial Technical Site Survey, Product Development

I need a lightweight mixed-reality build for Meta Quest that lets a single player anchor a virtual screen to a real-world wall and watch a short pre-loaded video. The “game” element is minimal—think of it as a solo adventure whose entire objective is finding a surface, tapping to spawn the screen, and controlling basic playback (play / pause / restart).

Core flow
• Plane detection prompts the user to pick a wall.
• A single tap places the screen; a second tap starts the video.
• Standard transport controls sit beneath the screen; once the video ends, the user can reposition the wall or quit.

Technical notes
Unity with the Meta Presence Platform or an equivalent native OpenXR approach is fine, as long as passthrough and plane detection remain stable on Quest 2/3. The video file will be supplied as an .mp4; please stream it locally to avoid buffering issues. All assets can be placeholders—functionality matters more than polish.

Deliverables
1. Unity (or native) project source.
2. Signed APK ready for sideloading on Quest.
3. Short README explaining build steps and SDK versions.

The experience should launch straight into passthrough, require no external accounts, and run at a comfortable frame rate. Once the APK is on-device I’ll test and confirm that the wall anchoring, playback, and controls work as described before marking the project complete.

Skills: Mobile App Development, C++ Programming, Unity 3D, Game Development, Augmented Reality, Video Streaming, Unity, Virtual Reality

Unity XR Developer Needed – Runtime NavMesh Navigation in AR (LiDAR / AR Foundation)
Project Overview
I am developing a Unity-based augmented reality application that scans real indoor environments using LiDAR and reconstructs them as a dynamic mesh. A simulated vehicle operates within this scanned environment.
The application already includes environment scanning and vehicle simulation.
The objective of this task is to implement autonomous navigation so that the vehicle can move toward a selected destination while automatically avoiding obstacles in the scanned environment.
This task is part of a functional MVP demonstration.
Project Context
The geometry of the environment is generated dynamically at runtime using AR Foundation and AR Mesh Manager.
Because the geometry is created during the scanning process, navigation must rely on runtime NavMesh generation rather than a static NavMesh baked in the Unity editor.
The expected navigation pipeline is conceptually as follows:
ARMeshManager → MeshCollider → NavMeshSurface → runtime NavMesh build → NavMeshAgent pathfinding.
Scope of Work
The selected developer will implement the navigation system for the existing AR application.
The work includes:
• generating a NavMesh at runtime using geometry produced by AR Mesh Manager
• triggering NavMesh generation after the environment scan stabilizes
• implementing NavMeshAgent pathfinding and obstacle avoidance
• integrating NavMeshAgent movement with an existing vehicle controller that uses WheelCollider physics
• ensuring stable navigation behavior on LiDAR-generated meshes.
The AR application and vehicle system already exist.
This task focuses exclusively on the navigation layer.
Required Experience
Applicants should have demonstrable experience in at least one of the following areas:
• Unity XR or AR Foundation development
• runtime NavMesh generation
• AI navigation systems in Unity
• physics-based vehicle controllers.
Experience with dynamic or procedurally generated environments is highly relevant.
Screening Questions (Required)
To help evaluate technical expertise, please answer the following questions in your proposal. Applications without answers will not be considered.
Question 1
How would you generate a navigation mesh for geometry that is created dynamically at runtime using AR Mesh Manager? Please describe the components and workflow you would use.
Question 2
NavMeshAgent typically moves objects by modifying the transform. How would you integrate NavMeshAgent movement with a vehicle controller that uses WheelCollider physics?
Question 3
LiDAR-generated meshes often contain irregular or noisy geometry. What techniques would you use to ensure reliable navigation on such meshes?
Additional Notes
The main technical challenge of this task is navigation on runtime-generated AR geometry.
If available, please include examples of relevant Unity XR or navigation-related projects.

The Mission:
We are building a high-end spatial platform aiming for a next-level interface and performance. We are looking for a developer who can bridge the gap between Generative AI and Web-native Augmented Reality. Your goal is to automate the transformation of 2D assets into high-quality, AR-ready 3D environments.

Core Responsibilities:
Develop a pipeline for automated 2D-to-3D reconstruction using state-of-the-art AI models or other models.

Implement a seamless, high-performance Web-AR experience that runs directly in mobile browsers (no native app).

Ensure extreme precision in spatial scaling and dimensions within AR environments.

Optimize 3D mesh topology and textures for real-time rendering at 60 FPS on mobile devices.

Required Competencies:
Generative 3D: Experience with models like TRELLIS, LRM, Unique3D, or Stable Fast 3D.

Computer Vision: Expertise in image segmentation (e.g., SAM 2) and depth estimation.

Web-native AR: Strong proficiency in WebXR API, Three.js, or Babylon.js.

3D Optimization: Deep understanding of GLB/USDZ formats, mesh simplification, and PBR texturing.

Mathematics: Strong grasp of linear algebra and spatial geometry for precise object placement and scaling

I’m looking for a Unity or Unreal Engine developer with VR experience to help build a multiplayer prototype for a new VR survival game concept called The Last Shore.

The goal is to build a small vertical slice prototype that demonstrates the core gameplay and atmosphere of the game.

This is an early indie project being developed under One Life Studios.

If the prototype goes well, there may be future paid work expanding the game.

⸻

Game Concept

The Last Shore is a relaxing VR island survival experience where players explore a tropical island, gather resources, craft tools, and slowly level up survival skills.

The tone of the game is meant to be relaxing and immersive, focusing on exploration, crafting, and progression rather than fast-paced combat.

Players should feel like they are living on a peaceful island and improving their survival skills over time.

The progression system is inspired by RuneScape-style skill leveling, where actions increase skill levels such as woodcutting or firemaking.

⸻

Prototype Scope (Phase 1)

The goal is a 2-player VR multiplayer prototype with the framework to support up to 4 players later.

The prototype should include:

Multiplayer

• 2-player VR co-op
• simple host/join system
• synchronized player presence

Environment

• small tropical island environment
• ocean water visuals
• fish visible in the water for ambience
• palm trees, rocks, and foliage
• at least one simple passive creature

Player Interaction

• VR hand presence
• axe visible in hand
• ability to switch between a few items
• basic interaction with objects

Gathering & Survival

• tree chopping mechanic
• resource gathering (wood, basic materials)
• simple campfire interaction

Progression System

• basic skill leveling UI inspired by RuneScape
• XP gain when performing actions
• simple level-up feedback

⸻

Platform

Target platform:

• Meta Quest VR

Engine preference:

• Unity or Unreal Engine

(Developer can choose the engine they are most comfortable with.)

⸻

Budget

Fixed Price: $1,000

This is for the prototype phase only.

If the prototype is successful, I plan to continue development and expand the game with additional paid milestones.

⸻

Timeline

Looking to complete the prototype in approximately:

4–6 weeks

⸻

Requirements

• experience with VR development
• experience with Unity or Unreal Engine
• familiarity with multiplayer networking
• ability to build a playable prototype

Bonus if you have:

• Meta Quest development experience
• previous VR game projects
• multiplayer VR experience

⸻

To Apply

Please include:

• examples of VR or multiplayer projects you’ve worked on
• which engine you prefer (Unity or Unreal)
• your estimated timeline for completing the prototype

To confirm you read this post, please include the word ISLAND in your application.

⸻

About the Studio

This project is being developed under One Life Studios, a small indie game studio focused on immersive VR experiences.

The long-term goal is to develop The Last Shore into a relaxing VR survival game with multiplayer exploration and skill progression.

I’m looking to get someone who can help me create the following ideas for custom parts for a collectible I’ll give you an example of the base item vs what I’m looking to accomplish

Job Description

We are building a prototype mobile application that uses augmented reality to identify runners during races by detecting their bib numbers and displaying an AR name overlay above them.

This is an early-stage prototype project focused on proving the core technical functionality.

The goal of this project is to build a working MVP prototype with the following functionality:

-Open the mobile app and launch the camera

-Detect a runner’s race bib number using OCR/computer vision

-Match that number to a simple database of registered runners

-Display an AR overlay above the runner showing their name or nickname

Example use case:
A spectator at a race points their phone camera at a runner. The app detects the runner's bib number and displays the runner’s name in an AR overlay.

Core Requirements

The prototype should include:

• iOS application built in Swift
• Camera view using ARKit
• Bib number detection using OCR or computer vision (Apple Vision framework or similar)
• Simple backend or local dataset to match bib numbers to runner names
• AR overlay anchored near the detected runner

This does not need to be production-ready. The goal is simply to prove that bib detection and AR overlay can work smoothly in real-time.

Deliverables

• Basic iOS prototype app
• Camera-based bib number detection
• Matching bib number to test dataset
• AR overlay displaying runner name
• Clean and documented code

Ideal Candidate

We are looking for someone with experience in:

• iOS development (Swift)
• ARKit
• Apple Vision / OCR / computer vision
• Camera-based mobile apps
• Augmented reality overlays

Bonus if you have:

• Built AR applications previously
• Experience with sports or event apps
• Experience detecting text or numbers in real-world environments

Please include examples of AR or computer vision apps you have built.

Project Scope

We are open to suggestions regarding the best technical approach for bib detection and AR overlay.

If the prototype is successful, there will likely be additional development work to expand the product.

To Apply

Please include:

Links to relevant AR or computer vision projects

Your suggested approach to bib number detection

Estimated hours to complete this prototype

Your hourly rate

Im building a mobile app in android and ios in react native. Im looking for AR developer to join the team and create custom AR filters
Some filters require face tracking, some face and body and some 3D items shown
Some filters require cinematic luts and color changing. I prefer if you can work with cinematic effects and VFX

I'll provide a ref photo and a description for every idea, I need 90% matching design as the ref photo
The filters will be integrated into the app
I prefer to use snap AR
More to discuss

Hi I am looking for someone to help me create a tiktok filter for a pop artist.

AR and VR developer needed for a short term Mobile game project that would last a period of 4 weeks. The game would be hosted on WebAR and should be engaging

I need a tiktok filter made of our Air Dancer inflatable tube man. I have OSB files and vector files. I am not sure what the limitations of the filter are but Ideally would like the face to match the persons face and possibly the arms and body movement. Would be a plain red air dancer modeled after our mascot

We are seeking a skilled developer to implement Augmented Reality (AR) features into our e-commerce platform. The ideal candidate will have experience creating immersive shopping experiences that enhance user engagement and drive sales. Your role will involve designing and developing AR applications that allow customers to visualize products in their environment. If you have a passion for cutting-edge technology and a strong understanding of AR frameworks, we would love to hear from you!

Full WebAR Furniture Platform – Project Scope
Project Budget: €4,000

Estimated Development Time: 8–10 weeks
Project Goal

The goal is to build a browser-based WebAR furniture visualization platform that allows users to place furniture in their real environment directly from their mobile browser without installing an app. The system should work on both iOS and Android devices and later be scalable into a larger AR platform for multiple furniture retailers.
WebAR Technology

The platform must run directly in the mobile browser and use modern WebAR technologies.
Requirements:
WebAR experience accessible from mobile browsers
Support for both iOS and Android
Camera access directly from the browser
Built using technologies such as WebXR and Three.js
Fast loading and optimized performance on smartphones
Cloud-based delivery of 3D assets
AR Environment & Room Detection

The system should allow users to scan their environment and detect surfaces for furniture placement.
Features:
Room scanning using the smartphone camera
Floor and surface detection
Visual grid/raster feedback for placement
Stable object tracking in AR
Real-time interaction with placed objects
Real-Scale Furniture Placement

Furniture must appear in accurate real-world scale based on product dimensions.
Features:
Real-scale placement using exact product dimensions (width, depth, height)
Move, rotate, and reposition furniture using touch gestures
Ability to place multiple furniture items in the same room
Smooth interaction and stable AR positioning
Product Variants

Each furniture product can have multiple color or material options.
Features:
3–6 color or material variants per product
Instant switching between variants
Realistic textures and materials
Variant selection directly inside the AR viewer
Furniture Library / Product Catalog

The platform should allow the management of many furniture products.
Features:
Upload of 3D furniture models (.GLB / .USDZ)
Product library management
Product categories
Ability to manage multiple products
3D model optimization for mobile performance
Admin Dashboard

A backend system where products and AR content can be managed.
Features:
Upload and manage 3D models
Create and edit furniture products
Define product dimensions
Configure color/material variants
Manage product categories
Generate unique AR viewer links
Dashboard overview of all products
AR Viewer Integration

The AR viewer must be easy to integrate into e-commerce websites.
Features:
Launch AR directly from product pages
Embed script or iframe integration
Unique AR viewer links for each product
Optional QR code generation to launch AR from physical stores
Screenshot & Sharing

Users should be able to capture and share their AR scene.
Features:
Screenshot capture of the AR environment
Download the image locally
Share the scene with friends or clients
E-Commerce Integration

The AR viewer should connect easily to online stores.
Features:
Optional Add-to-Cart button inside the AR viewer
Link to the product purchase page
Integration with existing e-commerce websites
Analytics

Basic analytics to track how users interact with the AR experience.
Features:
Number of AR views per product
User interaction tracking
Insights into popular products
Scalable Platform Architecture

The system should be designed to scale into a larger AR platform.
Future possibilities:
Multi-retailer platform
White-label usage for furniture brands
SaaS platform model
Large furniture catalogs
Performance Optimization

The platform must run smoothly on mobile devices.
Requirements:
Optimized 3D models (ideally under 5MB)
Fast loading times
Stable AR performance
Efficient asset delivery
Ownership & Licensing

All deliverables must be provided with full ownership rights.
Requirements:
Full source code
Admin dashboard
WebAR viewer
Optimized 3D models and assets
All components must be delivered with 100% exclusive ownership and no third-party licensing restrictions.
Summary

This project will deliver a complete WebAR furniture visualization platform that allows furniture retailers to showcase their products in customers’ real environments, improving user engagement and increasing purchase confidence.
Total Project Budget: €4,000

Estimated Timeline: 8–10 weeks

Skills: 3D Modelling, Augmented Reality, Three.js

Senior WooCommerce Developer – E-commerce Redesign + AR/VR Product Visualization
Project Overview

We are launching a premium e-commerce brand in the home décor space and are seeking an experienced WordPress / WooCommerce specialist to improve the design, structure, and functionality of our website.

The site is currently built with WordPress, Elementor, and WooCommerce. Our goal is to deliver a modern, high-end, and immersive shopping experience, including the ability for customers to visualize products using 3D, AR, or VR technology.

We are looking for someone who understands premium e-commerce UX, performance optimization, and scalable architecture.

Scope of Work

The selected developer will assist with:

• Improving UX/UI layout and overall site structure
• Optimizing product pages for premium product presentation
• Improving checkout flow and payment integrations
• Ensuring proper setup of Stripe and PayPal payments
• Improving mobile responsiveness across devices
• Optimizing site speed and performance
• Improving navigation, filtering, and product discovery
• Implementing social media integrations where appropriate

AR / VR Capability

We want to incorporate 3D and augmented reality visualization so customers can interact with products before purchasing.

Potential features include:

• Interactive 3D product views on product pages
• Augmented reality placement using a phone camera (view product in a room)
• Optional VR or immersive showroom experience
• Seamless integration with WordPress / WooCommerce

We are open to using existing technologies, plugins, or custom solutions depending on what works best.

Technical Requirements

Strong experience with:

• WordPress
• WooCommerce
• Elementor
• Stripe payment integration
• E-commerce UX optimization
• Mobile responsive design
• Website performance optimization

Experience with one or more of the following is highly desirable:

• WebGL / Three.js
• AR product visualization
• 3D model integration
• WebXR / immersive web experiences

Deliverables

• Improved website layout and UX
• Optimized product pages
• Fully functional checkout system
• Integrated AR / VR product visualization capability
• Faster, stable, and responsive website
• Social media integration where appropriate

Application Requirements

Please include the following in your proposal:

• Examples of e-commerce websites you have built or optimized
• Examples of AR / VR or 3D visualization experiences you implemented
• A short explanation of how you would improve a premium e-commerce website

To confirm you read the full description, start your proposal with the word Immersive.

Skills: PHP, Website Design, Mobile App Development, WordPress, 3D Rendering, eCommerce, 3D Modelling, WooCommerce, Elementor, AR / VR 3D Asset

Project Description:
Vizion Systèmes is seeking a talented Unity Developer or Technical Artist to create a visual Proof of Concept (PoC) for a high-end VR showroom. We want to demonstrate the visual superiority of a custom Unity build compared to standard tools like Arkio.

The Task:
Import: Take a clean SketchUp (.fbx) model of a $15ft \times 15ft$ playroom.
Environment Setup: Use Unity URP (Universal Render Pipeline).
Lighting (Main Focus): Perform high-quality Lightmap Baking (Global Illumination) to achieve realistic shadows, ambient occlusion, and light bounces.
Materials: Optimize and refine materials (wood, fabric, architectural Lego wall) for a "wow" effect on Meta Quest 3.
Navigation: Implement basic VR teleportation (using XR Interaction Toolkit). No custom UI or complex coding is required for this phase.

Deliverables:
A standalone APK file optimized for Meta Quest 3.
The Unity project folder (clean and organized).

Required Skills:
Expertise in Unity VR development (Meta Quest).
Mastery of Lighting & Baking in Unity (GPU Lightmapper).
Experience with ArchViz and high-end material setup (PBR).
Knowledge of the SketchUp to Unity workflow.

I’m building a browser based demo where a pre-made 3D character reacts to anything the user says. When the visitor presses a “talk” button, the microphone audio is captured and audio passed to the character’s mouth so the lips match the speech. Live audio to lip sync of character. Which could mean that the audio is analysed, phoneme / viseme data is extracted, and the character’s blend shapes / mouth poses update in sync. I’m open to whichever phoneme-detection approach you prefer so long as the lip sync looks believable.

Scope you’ll handle
– Integrate Web Audio for capture.
– Implement or wire in the phoneme-mapping logic that converts the recorded clip to visemes and animates them on the character (you can choose your rig / model).
– Provide clean, well commented JavaScript (or TypeScript) with setup instructions so I can drop it into an existing page.

Acceptance
A single HTML page that:
1. Loads the model.
2. Lets me talk and watch the character lip-sync convincingly.

If you’ve done real time viseme work on the web before, please mention or show me links / demo.

Mobile App Developer Needed for AR Hairstyle App (Paid App Concept)

Project Overview

I’m looking for a talented mobile app developer to help build FroMe, a culturally inspired hairstyle discovery app focused on natural hair textures (3B–4C).

The app will allow users to explore hairstyles, learn how to create them, and eventually try them virtually using augmented reality.

The goal is to launch a paid mobile app with high-quality design and a growing library of hairstyles.

MVP Features

• Hairstyle library (20–30 styles)
• Style detail pages including:

Time required

Materials needed

Tutorial videos

Tips & fun facts

• Save favorite hairstyles
• Clean and modern UI
• Designed for iOS and Android

Future Features

• AR hairstyle try-on
• User accounts
• Additional hairstyle collections
• Community features

Preferred Skills

• React Native or Flutter
• Mobile app development experience
• ARKit / ARCore experience is a plus

Budget

$1,000 – $3,000 depending on experience and scope.

To Apply

Please include:

• Examples of apps you have built
• Your experience with mobile development
• Estimated timeline for this project

I want to turn the Red Fort’s rich past into an engaging, self-guided mobile experience. The core of the project is a historical tour guide presented as a smartphone app.

Scope
• Research and distill the fort’s key stories—from its construction under Shah Jahan and two-century reign as the Mughal seat, through the 1857 uprising and the capture of Bahadur Shah Zafar—into a logical walking route inside today’s complex.
• Build the app for iOS and Android, displaying each stop with photos, concise text, and, most importantly, high-quality audio narration (my selected must-have feature).
• Integrate basic offline functionality so visitors can explore without reliable data coverage.

Audio
I need a warm, informative voice track for every highlighted location; please handle scripting, recording, and easy playback controls.

Tech stack
Feel free to use React Native, Flutter, or another cross-platform framework you are comfortable with, as long as the final build runs smoothly on modern devices.

Deliverables
1. Complete source code and build files for both platforms
2. Professionally mastered MP3 narration for each stop
3. Simple CMS or JSON file that lets me update text and audio later
4. Installation and usage guide

Acceptance
A short test flight (or APK) of the working app at the Red Fort’s main gate showing one sample stop with audio will serve as the milestone for sign-off before full production.

Future enhancements such as interactive maps or augmented-reality overlays can be discussed later, but the current job focuses on getting a reliable audio-led tour in place first.

Skills: Audio Services, Mobile App Development, iPhone, Android, Voice Talent, Audio Production, iOS Development, React Native, Flutter

.
I need developer for AR moving

Skills: 3D Rendering, 3D Modelling, 3D Animation, 3D Design, Augmented Reality, ARKit, ARCore, AR / VR 3D Asset

Hello,
I need an Android developer (Kotlin or Java) for one specific task only:

When the camera detects a specific image, a video must immediately play aligned with that image (AR overlay on the tracked image).

Speed is critical.
Image detection and video playback must be very fast and smooth — not slow like many default implementations.

Please check the demonstration video I provided. I need the same speed of detection and video playback shown in that video.

I will also provide an Android app example that already achieves the required performance. You may need to create an account on their website to test how the image + video pairing works.


Important Requirements:
Use ARCore image tracking
The video must start immediately when the image is detected
The video must stay aligned with the tracked image
The system must support multiple images in the same ARCore image database
When the camera sees an image → its corresponding video should play automatically
Only one active video at a time is required


Scope:
Only this task
No backend
No server setup
No additional features
Just image detection + AR video overlay with high performance

Budget: $40 – $50

Before I accept any proposal:
If you have worked on this type of AR task before, please send a demo video showing the speed of image detection and video playback similar to the demonstration video in this project.

If the demo matches what I need, I will accept the proposal immediately.

Skills: Mobile App Development, Android, Augmented Reality, Kotlin, ARCore

We are seeking a talented 3D artist to render four of our vending machines for an augmented reality (AR) and virtual reality (VR) demo. The ideal candidate should have experience in creating realistic 3D models and deploying them in AR/VR environments. You will work closely with our team to ensure that the models are accurately represented and functional within the demo. If you have a passion for 3D rendering and AR/VR technology, we would love to hear from you!

We are looking for a web designer to create a corporate website (14 pages) for a company specializing in construction material installation and public facility construction.

Requirements:
Responsive design (PC / Tablet / Mobile)
Clean and modern design
Attention to detail
-We Provide:
Text and images
Preference: Female designers preferred.
Please send:
Portfolio
Estimated timeline
Your price.

reference site:
https://taharakensetsu.co.jp/
https://takemi-cons.co.jp/
https://service-dmc.wixsite.com/website-19530

Skills: Machine Learning (ML), Face Recognition, Augmented Reality, Image Processing, Video Processing, Computer Vision, Deep Learning, Natural Language Processing

We are looking for a specialist to develop a Dynamic AR experience synced with real-world coordinates. The project involves launching moving AR assets through the camera and anchoring them to global map locations.

arcore & arkit

Skills: 3D Rendering, 3D Modelling, 3D Animation, 3D Design, Augmented Reality, ARKit, ARCore, 3D Visualization