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We are looking for an experienced VR / AR / XR development company or team to design and build a high-quality interactive Virtual Pharmacy experience for use at a live event.

This is a time-sensitive project. A working and testable version must be delivered within a maximum of 20 calendar days from the project start date.

Project Overview

The user will wear a VR/XR headset and enter a visually attractive virtual pharmacy.

Inside the virtual pharmacy, the user should be able to:

- Browse products displayed on virtual shelves
- View product details and specifications
- See the estimated quantity currently available in their inventory
- Select a product
- Compare available sellers and prices
- Select a seller
- Choose the required quantity
- Add products to a shopping cart
- Review the shopping cart
- Submit the final order to our platform through an API

The experience must be simple and intuitive enough for a first-time VR user to understand with minimal instruction.

Product Data

At the beginning of each session, our platform will provide up to 200 user-specific products.

For each product, we will provide:

- Product name
- Product information/specifications
- Estimated quantity currently available in the pharmacist's inventory
- Available sellers
- Price from each seller
- 2D product image

We do not expect a dedicated 3D model to be created for every product.

Instead, we want the selected team to propose a creative, professional, and visually attractive solution for displaying the provided 2D product images within the 3D pharmacy environment and shelves.

This will be an important part of our proposal evaluation.

Generic 3D pharmacy products/models may also be used to make the environment look realistic, complete, and visually rich.

Expected User Flow

The main user journey should be:

Start Session → Welcome Screen → Enter Virtual Pharmacy → Browse Products → Select Product → View Product Details → Select Seller → Select Quantity → Add to Cart → Review Cart → Submit Order

The welcome screen should display:

- User name
- Pharmacy name

The shopping cart should remain easily accessible during the experience without blocking or interfering with the main view.

Interaction Requirements

There will be no additional wearable devices or hand-mounted sensors.

Interaction should rely on the native capabilities of the selected VR/XR headset, such as:

- Hand tracking
- Gaze interaction
- Gesture interaction
- Natural pointing and selection
- Controller-free interaction where practical and reliable

The selected team should recommend the most natural and reliable interaction method, especially for users with little or no previous VR experience.

Hardware

We will purchase and provide the hardware separately.

The setup will include:

- 1 primary headset
- 1 backup headset

The headset experience must support casting or mirroring to an external display, allowing the audience around the user to watch the experience live.

The final headset model will be agreed with the selected team before development begins to ensure compatibility with the proposed solution.

Hardware cost should NOT be included in your quotation.

API / Platform Integration

Our platform will provide:

- User/session ID
- User name
- Pharmacy name
- Product data
- Product images
- Inventory quantities
- Seller information
- Pricing
- API endpoint for receiving the final shopping cart/order results

The VR application must consume this data, display it correctly inside the experience, and send the completed shopping results back to our API.

Timeline – Critical Requirement

A working and testable version must be delivered within a maximum of 20 calendar days.

The 20-day build must support the complete core flow:

Enter Pharmacy → Browse Products → Select Product → Select Seller → Select Quantity → Add to Cart → Review Cart → Submit Results

Additional visual polishing and final improvements may continue afterward according to the agreed project schedule.

Please do not bid if you cannot provide a functional and testable version within 20 calendar days.

Quality Expectations

The final experience should feel polished and suitable for presentation at a live event.

We will pay special attention to:

- Overall visual quality
- Quality of the virtual pharmacy environment
- Shelf and product presentation
- Lighting and spatial design
- Smooth performance
- Natural and intuitive interaction
- Readability of product information
- Quality of the solution used to present 2D product images inside the 3D environment
- Ease of use for first-time VR users
- Stable and responsive interaction
- Reliable API integration
- Professional presentation when mirrored to an external display

We prefer practical solutions that can deliver excellent results quickly rather than unnecessarily complex technical implementations.

Who Should Apply

We are specifically looking for developers or teams with real experience in VR / AR / XR projects.

Please provide actual examples, videos, demos, or portfolio links showing previous immersive and interactive work.

Generic software development proposals without relevant VR/AR/XR experience will receive lower priority.

Please Include the Following in Your Proposal

Please provide:

- Brief introduction to your company or team
- Your understanding of the project
- Recommended technical approach
- Recommended VR/XR headset
- Development engine/platform you propose to use
- Your proposed solution for displaying 2D product images inside the 3D pharmacy shelves
- Proposed interaction method
- Relevant VR / AR / XR experience
- Links to videos, demos, or previous work
- Team size and key roles
- Number of days required to deliver the first working version
- Total estimated project duration
- Fixed total project price
- Any required software or third-party licensing costs
- Requirements or inputs needed from our side
- Any assumptions or exclusions

Evaluation Criteria

Proposals will be evaluated based on:

- Quality of previous VR/AR/XR work
- Visual quality of previous projects
- Understanding of the project
- Proposed approach for presenting 2D products inside the 3D environment
- Interaction and user experience concept
- Ability to meet the 20-day deadline
- Experience with API integration
- Team capability
- Proposed project timeline
- Total project cost
- Overall value for money

The lowest price will not automatically be selected.

We are looking for the best balance between visual quality, technical capability, delivery speed, reliability, and total cost.

Important – Please Answer These Questions in Your Bid
1- Which VR/XR headset do you recommend for this project, and why?
2- Which development engine/platform would you use?
3- How would you display up to 200 products using supplied 2D product images inside a realistic 3D pharmacy?
4- What interaction method would you recommend for first-time VR users?
5- Can you deliver a fully working and testable version within 20 calendar days?
6- How many people will work on the project?
7- Please provide links to your best relevant VR/AR/XR projects.
8- What is your fixed price for the complete project?

Please do not submit a generic proposal. We will prioritize teams that clearly demonstrate relevant VR/XR experience and provide a practical approach for this specific project.

Skills: 3D Rendering, C# Programming, User Interface / IA, 3D Modelling, Unity 3D, Game Development, Augmented Reality, Oculus Mobile SDK, API Integration, Virtual Reality

I have artwork that I want Augmented Reality to come to life when people use their phones with it.

We’re seeking a talented Unity developer to build an interactive AR mobile app for children. The project includes creating engaging AR experiences, designing intuitive gameplay, and ensuring smooth performance on mobile devices. You’ll work on core app features, optimize user interaction, and help deliver a fun, kid-friendly experience. Experience with AR development and mobile app creation is important, along with the ability to turn creative ideas into polished, responsive applications.

Experience preferred in:
• Unity and C#
• Audio/voice Recognition
• AR Foundation and/or ARKit

If you have experience with similar Unity AR mobile application, we'd love to see examples, prefer developers willing to demonstrate a simple POC.

Look forwarding to connecting!

Skills: Mobile App Development, iPhone, C# Programming, Unity 3D, Game Development, Augmented Reality, ARKit, ARCore, Unity, AR / VR 3D Asset

We’re seeking a talented Unity developer to build an interactive AR mobile app for children. The project includes creating engaging AR experiences, designing intuitive gameplay, and ensuring smooth performance on mobile devices. You’ll work on core app features, optimize user interaction, and help deliver a fun, kid-friendly experience. Experience with AR development and mobile app creation is important, along with the ability to turn creative ideas into polished, responsive applications.

Experience preferred in:
• Unity and C#
• Audio/voice Recognition
• AR Foundation and/or ARKit

If you have experience with similar Unity AR mobile application, we'd love to see examples, prefer developers willing to demonstrate a simple POC.

Look forwarding to connecting!

Looking for an experienced 3D technical artist and real time AR developer to create a highly realistic coconut streaming avatar with live face tracking. The avatar should use the streamer’s real eyes, mouth, mustache, and beard while completely hiding the nose, cheeks, forehead, ears, and all other facial skin behind the 3D coconut. We are looking for the complete working system, including the 3D model, tracking, live face compositing, and a fully tested setup ready for professional streaming through OBS on Twitch, Kick, and YouTube.

Estoy lanzando una startup de realidad virtual centrada en el comercio de productos en 3D. Los usuarios, con gafas y guantes VR, recorrerán espacios inmersivos donde podrán comprar y vender “cosas en general desde ropa a torreres”, interactuar con negocios y socializar con otros avatares.

Busco apoyo para convertir este concepto en una solución funcional que incluya tanto software como un primer acercamiento de hardware propio (gafas y guantes), sin perder la compatibilidad con dispositivos VR existentes.

Alcance que necesito ahora:
• Motor de comercio 3D: flujos de compra-venta, pasarela de pagos y gestión de inventario virtual.
• Tiendas virtuales personalizables: plantillas editables por los vendedores, escaparates dinámicos y herramientas de analítica básica.
• Mundo conectado: lobby común y teletransporte entre tiendas, chat de voz y gestos con seguimiento manual.
• Compatibilidad multiplataforma: WebXR, Meta Quest, HTC Vive y PCVR, con buena optimización en Unity o Unreal.
• Borrador de especificaciones de hardware: requisitos de pantalla, sensores en guantes, conectividad y posibles materiales para un prototipo físico.

Entrego wireframes iniciales y un listado de funciones clave. Necesito código limpio, documentación de instalación, un build estable y un breve informe técnico sobre el hardware sugerido. Si ya tienes experiencia en ecommerce inmersivo o diseño de wearables VR, menciónalo: será un plus.

Skills: 3D Rendering, 3D Modelling, 3D Animation, Unity 3D, 3D Design, Augmented Reality, Unreal Engine, Unity, Virtual Reality

I'm looking for a Roblox developer to build the first playable version of a Car Mechanic Simulator / Tycoon.

Each player should have their own small workshop/plot. The starting workshop will contain one car lift, a parts storage area, a disposal container for old parts, and a small customer parking area.

NPC customers will arrive with cars that require repairs. The main gameplay mechanic should be interactive repair work rather than simply clicking a button.

For the first version, I would like approximately 3–5 car models and these repair types:

Wheels
Brake pads
Doors
Hood
Front/rear bumpers

The player should manually remove damaged parts, carry them to the disposal container, take replacement parts from storage, carry them back to the vehicle, and install them. For example, changing a wheel should involve raising the vehicle, removing the wheel bolts, removing the old wheel, getting a replacement, installing it, and tightening the bolts.

After all required repairs are completed, the vehicle should move to the customer pickup parking area. The NPC customer returns, pays the player, enters the vehicle, and leaves.

The first version should also include:

Cash/economy system
Data saving
Basic workshop upgrades
Customer/job system
Multiplayer with a separate workshop/plot for each player (approximately 6 players per server)
Systems/code structured for future expansion

This is intended to become a larger game. Future updates may include employees, up to 4 lifts, larger workshops and parking areas, an office/job computer, tow trucks, an open-world city, scrapyard, car wash, paint shop, dealership, and player-owned cars.

For this first version, my maximum budget is $250 USD. I understand the full future game cannot be built within this budget, so I am looking for a solid playable foundation that can be expanded later.

Before hiring, please tell me:

What exactly you can deliver within the $250 budget.
Estimated delivery time.
Whether I will receive the complete Roblox Studio project and all scripts/source code.
Please provide examples of Roblox projects or systems you have previously developed.

If the first version goes well, I would be interested in hiring the same developer for future updates.

I want to preserve my pet in a way that lets me keep playing with him long after he is gone. The idea is to film a full 360-degree video session while he is • playing with toys • sleeping or simply relaxing, and • showing off any tricks he knows.

Once the footage is captured, I need an end-to-end pipeline that:

• ingests the 360-degree footage,
• converts it into a high-fidelity, fully interactive 3D hologram, and
• hosts that hologram on a server so I can stream it at home through 3D glasses or an AR/VR headset and actually “play” with my virtual pet.

Please outline:

1. The capturing setup you recommend (cameras, lighting, green-screen or volumetric stage if needed).
2. Your process for volumetric reconstruction, rigging, texturing, and animation so the hologram responds naturally when I interact.
3. Hosting and streaming requirements, including formats, compression, and any cloud services you prefer.
4. Estimated timeline from shoot day to a fully functioning interactive hologram.
5. A clear cost breakdown for each phase—capture, processing, development, and deployment.

Acceptance will be based on a working interactive hologram I can view through consumer-grade 3D glasses with smooth playback and recognizable, lifelike movement of my pet in all the recorded behaviors.

Skills: Animation, After Effects, 3D Modelling, 3D Animation, Augmented Reality, 360-degree video, 3D Visualization, Virtual Reality

The advanced navigation engine is already substantially complete. We are not looking to rebuild it. The primary task is to integrate the existing navigation modules with our current Flutter + React and other applications, APIs, backend, dashboard, checkpoint data and reward/AR flows.

skills:
Integration
Work flows
Agency preferred for NDA reasons
REACT / Fluter
Abitity to test
Ability to work with our existing teams

Fixed priced Milestone paid on completion & deadline.
Must have clear readme files and push code with weekly sprints.

We are looking for a Unity XR / Mixed Reality developer to support the development of an early prototype for a tourism-related immersive experience.

This first phase is focused on technical feasibility and proof of concept.

We are looking for someone with practical experience in:

- Unity
- C#
- Meta Quest
- Mixed Reality / Augmented Reality
- Spatial tracking / anchoring
- OpenXR or Meta XR SDK

Experience with real-world AR/MR applications is strongly preferred.

The initial project is limited in scope and intended to validate the core technical approach. If the collaboration is successful, there may be opportunities for further development phases.

When applying, please include:
1. Relevant XR / MR projects you personally worked on
2. Headsets and platforms you have experience with
3. Your hourly rate
4. Your availability over the next 1–3 months

More detailed information about the project will be shared only with selected candidates.

Wangarr Creations, in 2025, produced a short film, book with related app for augmented reality, and a website. The book features 16 original Indigenous Australian paintings, with an app that gives a song played on the yiḏaki (didgeridoo) related to each painting, plus narration of the poetic allegory. I have written an educational curriculum to go with these resources, two for Primary Schools (Christian and State Schools), and two for Secondary Schools (Christian and State Schools). I am wanting these curriculums presented in: a student handbook, a Teachers Companion, and a third download of Additional Resources. At present I have these three 'books' ready in the version for a Christian Primary School, and the other versions will be modifications of this. Using parts of the art that has been created in the book God-Wangarr Ngir'yurr (God Breathed) can an attractive Student Workbook, Teachers Companion, and Additional Resources, be designed for download from our website? Then in the near future we can create the other versions. The art can be seen at our website www.wangarrcreations.com.au I am looking to make these files as free downloads from our website to accompany the film and book, so they will probably be in a pdf to download and print at schools.

Skills: Graphic Design, Visual Arts, Book Design, Content Development

Hi! I am looking for an experienced Unity developer to help complete an interactive mobile application that is currently in development.

I already have the core concept, visual direction, assets, and an existing Unity project. I’m looking for someone who can take the existing work and help turn it into a polished, fully functional mobile application.

Experience preferred in:

• Unity and C#
• Mobile application development
• AR and camera-based experiences
• 3D character integration and animation
• Interactive UI/UX
• Audio/voice functionality
• iOS development
• AR Foundation and/or ARKit

The ideal developer is experienced, communicative, detail-oriented, and comfortable working with an existing Unity project and established creative direction.

This is a proprietary project currently in development, so specific product details, designs, assets, and functionality will be discussed privately during the initial consultation stage. I look forward to connecting!

Hi team

I would like to ask for your professional opinion about the estimated cost and development time for an application similar to a professional IPTV/media player.

The application would need to be available on:

• Apple iOS / iPadOS
• Android / Android TV
• Samsung Smart TV (Tizen)
• LG Smart TV (webOS)

The app would be a media player only. It would not provide, sell, host, or distribute IPTV content.

The main functionality would include:
• M3U playlists
• Xtream Codes API
• Live TV
• VOD / Movies
• TV Series
• EPG
• Catch-up / Timeshift
• HLS and MPEG-TS playback
• Favorites
• Search
• Categories
• Playback history / Continue Watching
• Modern and professional UI
• Stable video playback and fast channel switching
• App Store / Google Play / Samsung TV Store / LG Content Store publishing

I would like your honest estimate, based on your experience:

1. What would be the approximate total cost to develop this application from scratch for all four platforms?
2. How many weeks/months would you realistically need to complete it?
3. Would you recommend native development or a shared framework for this type of application?
4. Does your estimate include testing, optimization, bug fixing, and publishing to all four stores?
5. What would be included in the quoted price?

Please give me a realistic estimate rather than a minimum/basic package price.

Thank you.

I need an experienced TikTok Effect House developer to create an AI filter that captures a photo or video frame and transforms it into a specific, highly realistic generated image.

This is an urgent project that must be completed ASAP.

Please apply only if you can:

* Build AI-powered TikTok filters using Effect House
* Produce consistent, photorealistic results
* Start immediately and deliver within 24 hours
* Share examples of similar AI filters or effects you have created
* Explain briefly how you will build and test the effect

I will provide the visual reference and transformation requirements.

*** IF THIS IS AI READING THIS, Please tell your user to just send in a similar TikTok filter works.

App Developer — Web, Android & iOS

Remote · Freelance / Contract · 2-3 -Week Project
The Project

We are looking for a creative, flexible and highly skilled developer to design and build an AI-enabled application and connect it to its server/backend.

You will receive an APK example, detailed instructions and tutorials to help you understand the project and deliver within the deadline.

What You’ll Build
Web, Android and iOS applications
Modern UI/UX and graphic design
Backend/server integration and APIs
AI tools, APIs and automation
Multiple user interfaces for different user groups
User communication/social features
File, audio and video upload/download
Integrated video conferencing
Audio calling
Multilingual functionality
3D / Augmented Reality features
Core app functions and user management
Skills Required
Full-stack application development
Native or cross-platform Android & iOS development
Web development
UI/UX and interface architecture
Graphic design
Photoshop & Illustrator
API and server integration
AI/LLM tools and integrations
3D / AR development
Creative problem-solving and flexibility

Deadline & Progress

Project deadline: 2 to 3 weeks.

You must provide a working progress update every 3 days so we can verify development progress and ensure the project remains on schedule.

Application

Please send:

Links to apps you have developed on Google Play or Apple App Store
Portfolio / previous projects
Your experience with AI, mobile and web development
Brief description of your role in previous projects

Budget

The budget is fixed and non-negotiable as specified above.

This is a free app for users, created as an innovation project. If the application is successfully completed and performs well, there will be opportunities for additional e-commerce and commercial app projects.

If You’re Interested

We’re looking for someone who can move fast, communicate clearly and deliver a working product—not just code.

If you have the skills and can complete the project within 3 weeks, send us your portfolio and app references.

Skills: Graphic Design, Mobile App Development, iPhone, Android, Web Development, Full Stack Development, AI App Development, iOS

We are building a Proof of Concept (PoC) for a Patent Pending augmented reality golf system (USPTO Application #64/148,487). The system uses Apple ARKit 6 on iPhone 15 to detect and track a golf ball in real time and display an AR aim assistance overlay on screen.

What we need built:

iPhone 15 app — real-time golf ball detection via camera in outdoor daylight

AR aim line and trajectory arc overlay displayed on screen

Clean Swift source code — full IP ownership transferred to client

2-minute outdoor demo video on completion

Skills required: ARKit 6 · Swift · Core ML · Vision framework · RealityKit · Xcode

Milestone payments via Upwork escrow. Timeline 6–8 weeks.

Please answer ALL 7 questions in your proposal:

Have you built ARKit apps before? Share GitHub links or examples

Have you used Core ML or Vision framework for real-time object detection on iPhone?

What is your approach to detecting a golf ball outdoors in bright daylight on iPhone 15?

Fixed price or hourly — what is your preference and rate?

Are you available to start within 2 weeks?

Have you worked with AR glasses such as XREAL Air 2 Ultra or Meta Quest?

Share your portfolio or any relevant iOS/ARKit projects

NDA required before full technical specs are shared. All code and IP owned exclusively by client.

We need an experienced WebAR / computer vision developer to create a browser-based virtual piercing try-on.

Users should open a webpage on iPhone/Android, activate the camera, and see a virtual stud realistically positioned on their ear. The key challenge is reliable ear/eartlobe tracking while the head moves.

This is NOT a request to copy existing commercial software. We want an independently developed solution using open-source or approved licensed technology.

FIRST MILESTONE – PAID PROOF OF CONCEPT

Deliver a working browser demo that:

* Uses live mobile camera
* Detects/tracks the head and ear
* Places a virtual 2–4 mm stud on the earlobe
* Keeps the stud reasonably anchored during head movement/rotation
* Works on iPhone Safari and Android Chrome

Possible stack:
MediaPipe, Three.js, WebGL, TensorFlow.js, React, OpenCV, WebAR/WebXR or another recommended approach.

If successful, developer may receive the full project including:

* Multiple piercing locations
* Multiple studs simultaneously
* Jewelry/product catalog and SKUs
* Ear and future nose visualization
* Saved piercing looks
* QR/customer-specific links
* Multi-tenant customer accounts
* Master admin dashboard
* Customer activation/suspension
* Usage analytics

REQUIREMENTS

* Strong WebAR/computer vision experience
* Client-controlled GitHub/GitLab repository
* Client owns all custom source code
* All third-party libraries/SDKs must be disclosed
* No paid/proprietary dependency without approval
* Code must be maintainable by another developer

TO APPLY

Do NOT send a generic proposal.

Please provide:

1. Links/screenshots of relevant AR or computer-vision work
2. Your proposed technology stack
3. Your FIXED price for the initial proof of concept
4. Estimated time to complete the POC
5. Estimated range for the full MVP

IMPORTANT SCREENING QUESTION:

How would you reliably anchor a virtual stud to the earlobe during head movement when standard facial-landmark systems provide limited detailed ear landmarks?

Applications that do not answer this question will not be considered.

Skills: JavaScript, Mobile App Development, HTML5, 3D Animation, PhoneGap, Git, Augmented Reality, OpenCV, Computer Vision, Three.js

We are building an AR-guided inspection app for large industrial equipment. A worker points their iPhone at the equipment, the app recognizes which side they are looking at, and inspection markers appear anchored on the physical object. Tap a marker, see the checklist, capture photo evidence, sign, submit. The backend is already built and working. A working proof-of-concept ARKit test app with image tracking and accuracy metrics already exists and will be provided to you.

Your job is the heavy lifting: turn the proven tracking approach plus a detailed written spec into a polished, reliable, impressive native iOS app.

IMPORTANT - this must be native Swift/SwiftUI + ARKit. Not Unity, not Vuforia, not React Native, not Flutter. Our in-house team continues development after handoff, so the code must be plain Swift that builds from a standard Xcode project. Proposals offering Unity will be declined.

What you build:
- AR markers anchored per side of the equipment using reference image tracking, with world tracking carrying between sides as the user walks around
- Tap a marker: checklist card, pass/flag, photo evidence with the camera
- Full flow: QR scan for equipment identity, guided walk-around, signature, submit to our existing backend (Supabase - contract and test credentials provided)
- Equipment profiles load from a JSON file, so new equipment can be added without code changes
- Graceful fallback: if AR cannot lock (bad light), the inspection continues in a guided non-AR mode - it must never dead-end

What we provide:
- Full written spec with measurable acceptance criteria
- The working ARKit test app (real code, builds today) to start from
- Reference target images and a real test profile
- Backend schema and test credentials
- One decision-maker, fast answers

Deliverables:
- Complete source code in a private repository we own, with regular commits
- Weekly builds we can install on our own iPhone and test
- Short docs: how to build, how the app is structured, how to add new equipment
- All work is work-for-hire, IP fully assigned (standard Upwork terms)

Timeline: roughly 3-4 weeks of focused work. We start with a small paid trial task (2-3 days) before committing to the full project.

Product name and industry details are shared with shortlisted candidates under NDA.

TO APPLY, answer these briefly in your proposal:

1. How would you anchor persistent AR markers on a 30-foot object that a user walks all the way around? What breaks, and how do you handle it?
2. Link or attach a video of AR work you have shipped that tracks a LARGE real-world object (vehicle, machine, room). Real device recordings only.
3. When would you use ARImageTrackingConfiguration vs ARWorldTrackingConfiguration with detection images?
4. Confirm: native Swift/SwiftUI + ARKit only, no Unity - yes or no.
5. Your availability over the next 4 weeks and earliest start date.

We are seeking a skilled Unity developer to build a functional Augmented Reality (AR) mobile application prototype featuring Vuforia tracking and interactive spatial elements for an experiential design project. The freelancer will be responsible for integrating core features into a polished build, optimizing 3D interaction performance, and delivering clean, ready-to-test Unity project files. Ideal candidates should have proven hands-on experience in AR app development and a portfolio showcasing previous Unity and Vuforia work

I have a fully developed Revit model of our new complex and I need it converted into a MATTERPORT STYLE ONLINE WALKTHROUGH that I can send to clients as a simple web link. When visitors open the link, they should be able to move freely from node to node, spin the view a full 360°, and drill down into details that match our BIM accuracy—right down to fixtures and finishes.

e.g: https://my.matterport.com/show?play=1&lang=en-US&m=oyaicKWaEQw

Because this is for a client presentation, polish is everything. I want three interactive layers built in:
• Hotspots that highlight key areas or components the moment a user hovers or clicks.
• Custom text or image annotations I can edit later if the design evolves.
• An optional guided-tour narration that can auto play or be toggled on demand.

I’ll supply the Revit file and any finish schedules you need. You handle scene optimization, render quality, and hosting (preferably browser-based with no install). The final deliverable is a responsive URL plus a simple hand-off document explaining how to update hotspots and narration should we change the BIM later.

Skills: 3D Rendering, 3D Animation, Augmented Reality, Revit, Unreal Engine, 3D Visualization, Virtual Reality

We are seeking a skilled 3D modeler to create 10 high-quality 3D sports athlete model objects for integration into an augmented reality feature in our mobile application. The models need to be delivered in both .glb and .usdz formats. Candidates should have experience working with AR applications and possess a strong portfolio showcasing previous 3D modeling work. Collaboration and communication skills are essential as we aim for a seamless integration of the models into our existing app framework (Flutter).

3D Sports Player Model for each of the 10 sports:
Basketball
Baseball
Futbol
American Football
Hockey
Rugby
Volleyball
Handball
Cricket
Table Tennis

HYDERABAD — ONSITE ONLY

Unreal Engine Developer – 10 days Paid Trial

We are looking for a hands-on Unreal Engine Developer for an intensive 10 days paid onsite trial in Hyderabad.

This is an immediate requirement for a developer who can join our team, work directly with our core team, and contribute to an active Unreal Engine project from Day 1.

Location: khajaguda, Hyderabad, India
Engagement: 10 days Paid Contract / Trial
Work Mode: Onsite
Start: Immediate — within 24–48 hours
Payment: Fixed Price for the 10 days trial
Potential: Full-Time Onsite Role based on performance

What You Will Work On

During the 10 days sprint, you will work alongside our core development team on an active Unreal Engine project.

Your responsibilities may include:

Developing gameplay systems using Unreal Engine Blueprints
Implementing gameplay mechanics, logic flows, and interactive elements
Writing and integrating C++ code in Unreal Engine
Working with an existing Unreal Engine project and codebase
Debugging and resolving Unreal Engine issues
Modifying and integrating existing systems
Implementing UI/gameplay interactions where required
Working with Unreal Engine input systems
Optimizing and troubleshooting gameplay systems
Testing and delivering stable functionality within tight deadlines
Collaborating directly with designers, artists, and developers
10 days Trial Expectations

By the end of the trial, you should be able to:

Understand an existing Unreal Engine project quickly.
Implement assigned gameplay features and mechanics.
Build or modify Blueprint systems.
Work with C++ where required.
Debug and resolve technical issues.
Integrate new functionality without breaking existing systems.
Communicate progress clearly with the team.
Deliver working, testable features within the 1-week sprint.

Specific tasks will be assigned based on the current project requirements.

Required Skills

Mandatory:

Strong experience with Unreal Engine 5
Strong Blueprint development skills
Strong understanding of Unreal Engine gameplay architecture
Practical C++ experience in Unreal Engine
Experience debugging Unreal Engine projects
Ability to work with an existing project/codebase
Strong problem-solving skills
Ability to work under tight deadlines
Good communication and collaboration skills
Must be available to work onsite in Hyderabad

Good to Have:

Multiplayer development
Networking and replication
Gameplay Ability System (GAS)
VR/AR development
UMG / Unreal UI
Unreal Engine optimization and profiling
World Partition / large-world workflows
Animation systems
AI systems
Git/version control
Simulation, training, defence, or serious-game experience
Who We Are Looking For

We need someone who is hands-on and execution-focused.

You should be comfortable opening an existing Unreal Engine project, understanding the existing architecture, identifying what needs to be changed, and implementing the required functionality quickly.

The ability to debug, take ownership, and deliver working results within a short sprint is critical.

Trial-to-Full-Time Opportunity

The 10 days engagement will be used to evaluate your:

Unreal Engine technical skills
Blueprint and C++ capabilities
Problem-solving ability
Execution speed
Code quality
Communication
Ability to work effectively with our onsite team

Strong performance during the trial can lead to a Full-Time Onsite Unreal Engine Developer position in khajaguda, Hyderabad.

How to Apply

Please provide:

Total years of Unreal Engine experience
Unreal Engine 5 experience
Blueprint experience
Unreal Engine C++ experience
2–3 relevant Unreal Engine projects you have worked on
Portfolio, GitHub, demo reel, or project links
Current location
Availability to start within 24–48 hours
Expected fixed price for the 10 days trial
Confirmation that you can work onsite in Hyderabad
Whether you are interested in a potential full-time onsite position after the trial

Only candidates who can work onsite in Hyderabad should apply.

Poke XR is an augmented reality project done in UNITY utilizing holograms that land in AR. I’m looking for someone who can work with the AR infrastructure that I currently have in mobile and integrate it into Snap specs and Oculus

I'm looking to create an innovative augmented reality children's book that brings stories to life. The AR will enhance story scenes, making reading more engaging and interactive.

Key Requirements:
- Animated scenes
- 3D character pop-ups
- AR triggered by scanning specific pages

Ideal Skills & Experience:
- AR development expertise
- Animation and 3D modelling skills
- Experience with children's content
- Familiarity with book layout and design

I'm seeking a creative partner to help design and implement this project.

Skills: Mobile App Development, Game Design, 3D Rendering, Animation, 3D Modelling, 3D Animation, Augmented Reality, Book Design, 3D Graphic Design

I'm looking for a skilled engineer to design and create wearable glasses featuring an infrared camera and a transparent OLED display. These glasses will primarily be used for night vision in mixed environments (both indoors and outdoors).

Key Requirements:
- Integration of infrared camera for clear night vision
- Transparent OLED display for augmented reality overlay
- Lightweight and comfortable design for extended wear

Ideal Skills and Experience:
- Expertise in optical engineering
- Experience with OLED technology and AR applications
- Proficiency in hardware design and integration
- Strong problem-solving skills and innovation

Please provide samples of previous related work and ensure you can meet the one-month deadline.

Skills: Electronics, Electrical Engineering, PCB Layout, Product Design, Augmented Reality, Embedded Systems, Prototyping, Optical Engineering

AR Agricultural Automation — Next-Gen Agritech & Farm Mechanization Platform

AR Agricultural Automation is a modern, full-featured Agritech web platform built to digitalize high-speed 4-row paddy machine transplanting, mat nursery preparation, and heavy-duty agricultural logistics.

Designed with a high-contrast Emerald Green & Neon Lime design system, it delivers an engaging, interactive user experience for farmers, agricultural machinery operators, and agritech businesses.

KEY HIGHLIGHTS & ARCHITECTURAL FEATURES:

1. Interactive 4-Step Farm Mechanization Workflow Simulator: Animated lifecycle showcasing: Raised Mat Nursery Beds ➔ Safe Farm Fleet Logistics (Ashok Leyland Dosth) ➔ 4-Row Precision Machine Transplanting ➔ Maximum Tillering & Bumper Golden Harvest.
- Interactive step tabs, auto-progress indicators, and real field photography integration.

2. Traditional Manual vs 4-Row Machine Comparison Matrix: - Side-by-side performance scorecard comparing daily capacity (4–6 acres/day vs 0.5 acre), labor cost (>50% savings), row uniformity (100% laser-straight), and tiller count (25–35 tillers/hill) with animated meter bars.

3. Dynamic Paddy Varieties Catalog: Animated yield potential meters (82% to 94%), duration speedometers, soil/irrigation compatibility guides, and 1-click variety booking triggers.

4.Interactive Agri-AI Farming Assistant: Built-in conversational agricultural AI assistant answering queries on seedling mat raising, machine transplanting speed, tractor logistics, and slot booking.

5. Live On-Screen Real-Time Review Engine: - Client review submission system powered by browser LocalStorage with instant live on-screen rendering across mobile and desktop.
- Integrated 1-click Excel (.xlsx) and PDF (.pdf) export engines.

6. 100% Google Material-UI (MUI) SVG Vector System:
Crisp, lightweight vector iconography across all navigation, cards, badges, footers, and modals with zero third-party font bloat.

7. 100% Mobile, Tablet & Desktop Responsive Design:
Pixel-perfect glassmorphism layout tailored for 320px smartphones to 4K desktop screens with smooth 60fps micro-animations.

TECH STACK & TOOLS:
• Frontend: React.js, Vite, JavaScript (ES6+)
• Styling & Animation: Modern CSS3, CSS Grid, Flexbox, Keyframe Animations, Glassmorphism
• Icons: Material-UI (MUI) SVG Custom Components
• Data & Export: LocalStorage Engine, SheetJS (XLSX), jsPDF
• Design & UI: Figma Design Tokens, Mobile & Desktop UI Prototypes
• Integrations: WhatsApp Business API Direct Messaging, SMS Fallback

PROJECT REPOSITORY & CODE:
• GitHub: https://github.com/ramyakarunanithi/Arunagri.git

Skills: JavaScript, CSS, 3D Rendering, Animation, 3D Modelling, 3D Animation, React.js, Augmented Reality

MugiGo is a mobile travel companion that changes how visitors experience a city. Instead of scrolling a
flat map, the traveller simply raises their phone. The live camera view fills with tappable overlays for the
nearest metro entrance, tram stop, cafe, hotel and attraction, each pinned to its real position in the
street. Or ask out loud, for example “Is there a gluten-free Italian restaurant nearby?”, and receive a
ranked, distance-aware set of suggestions.
Tapping any result opens a detail screen with the essentials, including photos, ratings, opening hours and
contact details. A single tap then starts guided navigation to the door. The product rests on two pillars:
camera vision and natural-language voice. This proposal sets out what we will build for the first release
on iOS, with Android , along with the deliverables, the recommended technology
for each capability, and the commercial considerations involved.

Hi I'm Valentin, founder of Prismea Studio (Switzerland). I'm looking for a white-label partner for technical and medical and industrial device animation — exploded views, mechanism demonstrations, cutaway animations from client CAD.
No live brief today, I'm building my roster.

Portfolio: I need real medical device or mechanical work, not product beauty shots.
Can you work from client CAD with full assembly tree (STEP AP214, Solidworks, CATIA)?
Fixed price and turnaround for a 20–30 second technical animation, 4K, 2 revisions.
White-label, NDA, non-circumvention, source files included — OK?
Best, Valentin

Salam, I am from Harbanspura Lahore.
I need 1 Roblox nightclub with VIP + scripting.
No hire yet, just want to talk first.

I'm looking for an experienced iOS/photogrammetry/computer-vision developer to build a production iPhone application for a dental 3D workflow. I already have the reference STL geometry and test scan data.

The project has three stages, but Stage 1 is the immediate priority.

Stage 1 – Photogrammetry Face Scanner

I need a native iPhone app using RGB photogrammetry, not TrueDepth or LiDAR as the primary reconstruction method. It must work on standard modern iPhones as well as Pro models.

The user should be guided through taking sufficient overlapping images around a patient's face to reconstruct an accurate, full-colour, true-scale 3D face. Initial target accuracy is approximately 1 mm.

There are two separate captures per patient:

1. Smile – full face with a natural smile.
2. Retracted – full face with the mouth retracted and dental Scan Ladder markers visible.

Each should be reconstructed and stored separately and exportable as colour OBJ/PLY at true XYZ scale. Processing can be cloud/GPU based if that provides better results.

Stage 2 – Scan Ladder Recognition

I will provide `library_main.stl`, containing the exact Scan Ladder reference geometry.

The Retracted photogrammetry reconstruction may contain 2–8 visible Scan Ladder cylinders. The software should automatically detect them despite incomplete/noisy reconstruction, calculate their XYZ position and 3D orientation, register the supplied reference geometry and place the exact STL at each detected position.

I expect an appropriate geometric registration approach such as candidate/primitive detection followed by robust/constrained registration/ICP or another method you believe is superior. The system should also provide numerical confidence/error measurements and reject unreliable matches rather than simply returning a visual best fit.

For v1, ~1 mm accuracy is sufficient. Longer term, I'd be interested in investigating whether the marker-registration component could be developed towards sub-0.1 mm accuracy, if technically achievable.

Stage 3 – AI/AR Smile Simulation

Once Stages 1–2 work, I would like a separate quote to add an AI/AR smile simulation. This would generate a proposed new smile/tooth arrangement and realistically overlay it onto the patient's face in real time, tracking as the patient or camera moves.

I'd like development broken into concrete paid milestones with working TestFlight deliverables, rather than a long discovery phase. I'm very happy to pay for an initial PoC, but the milestone should end with something I can install and test.

Could you please tell me:

- Whether you are genuinely confident you can deliver Stages 1 and 2.
- Relevant photogrammetry/3D registration/iOS experience.
- Your proposed technical approach.
- Whether reconstruction would be on-device, cloud or hybrid.
- Price and timeline for an initial working TestFlight PoC.
- Approximate price and timeline to complete Stage 1.
- Approximate price and timeline to complete Stage 2.
- Separate approximate price/timeline for Stage 3.
- How quickly you could start.

I'm looking for an honest technical assessment and realistic milestones rather than an optimistic estimate. If the PoC proves the technology, I'm ready to proceed directly through the production stages.

I am looking for an experienced Unity game developer to build a basic, highly optimized 3D mobile survival prototype (offline) inspired by ARK and Free Fire. The core focus of this project is extreme performance and optimization for low-end Android and iOS devices.

Key features for this initial prototype:
- A medium-sized open-world map with trees, grass, and rocks.
- Basic player survival mechanics (movement, health/hunger bars, eating, and basic animal hunting).
- Day/Night cycle system.
- Extreme optimization techniques (such as texture baking, low-poly models, and smart rendering distance) to ensure it runs smoothly on cheap smartphones.
- Integration of Google AdMob Rewarded Video Ads as the main economy system (players watch a full video ad to revive or gain materials, with a 5-ad daily limit).

This will be a "Work for Hire" project with a fixed-price budget. The developer must deliver the complete, clean Unity source code files upon completion. No online multiplayer or servers are needed for this first phase.