Public Projects
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jolly-hi
Vishal Khatrihi
rapid-website
Harshil Vajacreate a car rental service website,there it should container first basic website page and then the login and signup page for use with the MFA. and implements some pages like dashbord ,about page, profile , contact form car details page ect..., and user can book this vehicles and show this history, past booking cars details, car details page i want to cars images, car name, price details seat , feul type, starts,ect.. so please impelmnt this website in rect js
purple-ecommerce
Het Patelcreate the ecommerce website for me with effectuve and responsive UI include some page like home page product page single product page and checkout and test payment intigration with proper navigation and intractive UI with animation and latest theme also have some feedback section for store and also the conact info of stor whcic user can connect alos have some image slider for product product includes name catagory price size (if needed) description add to cart button use static data with db and add login and singup functionality as well with customer and admin role use nextjs for fronted and fastapi for api creation in backned make sure UI will conect and route entirely effecient
jade-tasks
Priyank DaveI want to create a todo app just like Notion and Todoist web applications do. I also want to create web application just like that with all the features like adding tasks for a day or a general tasks that needs to be done along with filtering by different fields such as filter by date, filter by tasks type (todo, in progress, done,etc.). I want user management and authentication for to use our web application service so I want JWT authentication too and User Profile and all. And in dashboard by default show today's tasks and with beautiful UI it should develop our Todo app with different rich features. For frontend, make sure that you use ShadCN for better frontend development.
starry-project
hijjjjjj k
honest-coach
karan gohilI am a online fitness coach who wants to build his online presence to attract clients and grow his bussiness. Build a clean UI website which must look minimal cluttered yet asthetic. Website should include menus like training, nutrition, transfermation, coaching plan etc
prism-platform
Maulik RadadiyaIQ & Cognitive Assessment Web Platform – MVP 1. Project Overview The objective of this project is to develop a web based IQ and Cognitive Assessment platform that allows users to test their cognitive abilities, play brain training games, access learning courses, and track their cognitive development. The platform will focus on self-discovery and cognitive entertainment, offering structured assessments and activities mapped to specific cognitive skill areas. The MVP will provide the core platform features required for user interaction, testing, progress tracking, and report generation. 2. Technology Stack The platform will be developed using the following technologies: Frontend React.js Backend FastAPI (Python) Database MySQL This architecture ensures a scalable and maintainable system while keeping the MVP implementation efficient. 3. MVP Features The MVP will include the following modules. 3.1 Cognitive Assessment System The platform will include: One primary IQ-style cognitive assessment Additional supporting cognitive tests Tests will consist of: Multiple Choice Questions (MCQ) Image-based questions Logic, puzzles, and pattern recognition questions Each assessment will be mapped to five cognitive categories: Analytical Reasoning Pattern Recognition Spatial Awareness Logical Thinking Memory Training Users will be able to: Start the first test without logging in Complete the assessment Log in afterward to view results 3.2 Brain Games Integration The platform will include brain training games such as logic puzzles, memory games, and Sudoku-style challenges provided by the client as HTML5 game files.. The client will provide HTML5 game files (e.g., Sudoku, memory games, logic puzzles). The development scope includes: Integrating the HTML5 games into the platform Displaying game thumbnails in the UI Launching the games within the web application Tracking game completion or activity Updating the user's cognitive progress based on the relevant cognitive category Game development itself is not part of the scope, as the games will be provided by the client. 3.3 Learning Micro-Courses The platform will include text-based learning courses designed to improve cognitive abilities. Course characteristics: Text-based educational content Short learning modules Quiz questions after learning sections Multiple-choice questions Initial course content will be provided by the client. The system will track course completion and update the relevant cognitive skill metrics. 3.4 User Authentication Users will be able to start the first test without logging in. However, to access results and the dashboard, users must create an account or log in. Authentication features for MVP: Email and password registration Email verification Login using email and password Password reset functionality Phone-based login and two-factor authentication are not included in the MVP. 3.5 Subscription Access Control The billing system will be managed externally by the client. The platform will integrate with the client's billing system via API communication. The backend will receive subscription status notifications, such as: User subscription activated Subscription cancelled Subscription expired Based on this status, the platform will control user access to premium features. The development scope includes: API endpoints for billing communication Subscription status handling Feature access control Payment gateway integration is not part of this project. 3.6 User Dashboard After login, users will have access to a dashboard where they can view: Completed assessments Assessment results Games activity Course progress Cognitive skill development The dashboard will display progress indicators across the five cognitive categories. 3.7 Progress Tracking System The platform will track user development based on activities such as: Assessment performance Game completion Course participation Each activity will update the user's cognitive category scores. Progress will be visualized through graph-based indicators showing the user's development across the five cognitive categories. Advanced features such as percentile comparison are not included in the MVP. 3.8 Assessment Result Reports Each completed assessment will generate a structured report including: Assessment score Cognitive category breakdown Visual charts Narrative explanation based on score range Narratives will be predefined and mapped to specific score ranges. 3.9 Report Export Users will be able to export their results and activity summaries. Export formats include: PDF CSV Reports will follow a static template with dynamic data insertion. 4. System Architecture The platform architecture will consist of three primary components: Frontend Application Built using React Responsible for user interface, assessments, dashboard, and content display Backend API Built using FastAPI Handles authentication, assessments, results, progress tracking, and report generation Database MySQL database for storing users, tests, results, course activity, and progress data 5. Deliverables The following deliverables will be provided as part of the MVP: Fully functional web application Cognitive assessment engine HTML5 game integration Course learning module system User authentication system Subscription access control via API User dashboard Cognitive progress tracking Assessment result reporting PDF and CSV export functionality Deployment-ready backend and frontend services 7. Assumptions The client will provide: Assessment questions Course content HTML5 game files Game thumbnails Billing functionality will be handled by the client's existing billing system. The project scope covers only the web platform MVP. Additional Requirements: New Task Deploy MVP Platform Effort suggestion: Max: 4.0 days Min: 2.0 days Role: DevOps / Fullstack Phase: Final Phase Description Deploy the React frontend, FastAPI backend, and MySQL database to a production-ready environment for client testing and access. Subtasks Configure production server environment (Linux, runtime dependencies) — 0.5 days Deploy FastAPI backend service — 0.5 days Deploy React production build — 0.5 days Configure MySQL database in production — 0.5 days Configure environment variables and secrets — 0.5 days Configure domain, HTTPS, and API routing — 0.5 days Perform deployment testing and bug fixes — 1 day Total ≈ 4 days max
mossy-java
SashiI want to build a JAVA project
turbo-platform
Jared Frieden# Request for Product (RFP) — mango-qr --- ## 1. Executive Summary **mango-qr** is a self-service WebAR platform enabling brands to transform physical product packaging into interactive augmented reality experiences. Consumers scan dynamic QR codes printed on packaging (wine bottles, food products, cosmetics) to instantly view 3D models, brand videos, and immersive storytelling content — directly in their browser, with zero app downloads. ### Market Opportunity The WebAR market has a significant gap: **8th Wall shut down its hosted platform in February 2026**, leaving brands and agencies without a self-service AR solution. Remaining competitors (ZapWorks, Blippar) are agency-dependent or SDK-only. mango-qr targets this displaced customer base with a complete self-service platform. --- ## 2. Product Vision ### North Star Principles | ID | Principle | Description | |----|-----------|-------------| | NS1 | Zero-Friction AR | QR scan to AR experience in under 5 seconds, zero app downloads | | NS2 | Print Once, Update Forever | Dynamic QR redirect — update AR content without reprinting | | NS3 | Cross-Device Parity | Meaningful AR on every device: iOS, Android, desktop | | NS4 | Brand Storytelling First | Every feature serves the product packaging storytelling use case | | NS5 | Self-Service Simplicity | Non-technical marketers can publish AR experiences without code | ### Go-to-Market **Product packaging → AR content.** Target customers include: - **Wine & spirits** — Vineyard tours, tasting notes, food pairing videos - **Food & beverage** — Recipe animations, ingredient sourcing stories, farm-to-table journeys - **Cosmetics & skincare** — Ingredient origin videos, application tutorials, sustainability stories - **Consumer electronics** — 3D product exploration, setup guides, feature demonstrations --- ## 3. Scope ### In Scope (Phase 1 MVP) | # | Capability | Description | |---|-----------|-------------| | 1 | **Dynamic QR Management** | Create, update, and track QR codes. Update linked content without reprinting physical codes | | 2 | **3D Asset Pipeline** | Upload FBX/OBJ/GLB → automatic conversion to GLB (Draco-compressed) + USDZ (iOS) | | 3 | **Video/Image Asset Pipeline** | Upload MP4/MOV/WebM videos and PNG/JPG images → optimize for mobile delivery | | 4 | **WebAR Viewer** | Browser-based AR experience: model-viewer + USDZ for iOS, Three.js + WebXR for Android, orbit viewer for desktop | | 5 | **Brand Customization** | Configurable brand overlay in AR: logo, headline, description, CTA button, primary color | | 6 | **Scan Analytics** | Real-time metrics: scan counts, device breakdown, geolocation, time-series charts | | 7 | **Self-Service Dashboard** | React web app for brands to manage QR codes, assets, experiences, and analytics | ### Out of Scope (Future Phases) | Phase | Features | |-------|---------| | Phase 2 | Interactive logic (Three.js scripting), creative editor, multi-asset experiences, white-label theming | | Phase 3 | Org AI (client-specific filtering), semantic segmentation, AI model ensemble, SLAM markerless AR | --- ## 4. Target Users | Persona | Role | MVP Priority | |---------|------|:------------:| | **Brand Manager / Marketer** | Creates QR codes, uploads assets, configures brand overlays, reviews analytics | 🔴 Primary | | **Consumer** | Scans QR on packaging → views AR experience in browser | 🔴 Primary | | **Developer** | Uploads 3D models, manages asset pipeline, integrates via API | 🟡 Secondary | | **Admin** | Manages user accounts, permissions, platform settings | 🟡 Secondary | --- ## 5. Success Criteria | Metric | Target | Measurement | |--------|--------|-------------| | QR scan → AR render time | < 5 seconds | 95th percentile on 4G network | | 3D asset load time | < 3 seconds (compressed GLB) | 95th percentile | | Asset pipeline processing | < 60 seconds (model), < 120 seconds (video) | Median | | Cross-browser compatibility | ≥ 85% of mobile browsers | iOS Safari + Android Chrome | | Dashboard usability | 3-click publish flow | Create QR → Upload → Link & Publish | | File size limit | 25MB per asset | Enforced at upload | --- ## 6. Technical Constraints | Constraint | Detail | |-----------|--------| | **Hosting** | Google Cloud Platform (GCP) — Cloud Run, Cloud Storage, Cloud SQL, Memorystore, Cloud CDN | | **Domain** | `mango-qr.com` (pending purchase) | | **iOS AR** | No native WebXR on Safari — must use `<model-viewer>` + USDZ/AR Quick Look fallback | | **Asset size** | 25MB maximum per upload | | **Frameworks** | React (dashboard), FastAPI (backend), Three.js + model-viewer (AR viewer) | | **Database** | MySQL via SQLAlchemy + Alembic migrations | | **Local dev** | Docker Compose with GCS emulator, MySQL, Redis |
sky-qr
Jared FriedenRequest for Proposal (RFP): Development of Phygital Forge 1. North Star Vision: Phygital Forge represents a fundamental shift in spatial computing, transitioning from siloed, app-based AR to a ubiquitous, browser-based physical-digital continuum. The platform's North Star is to act as a comprehensive "Phygital Architecture" that seamlessly bridges physical media with digital interactivity. Phygital Forge will eliminate the friction of app downloads by leveraging Web-Based Augmented Reality (WebAR). By doing so, it treats dynamic QR codes not merely as links, but as agile "cartridges" that instantly load logic-embedded, high-fidelity 3D assets, interactive games, and immersive advertising experiences directly into the user's real-world environment. 2. Project Overview Phygital Forge requires a scalable, secure, and highly optimized infrastructure to manage the lifecycle of functional QR codes and the 3D/AR assets they trigger. The platform will serve advertising agencies, game developers, and enterprise clients, requiring a multi-layered architecture that includes a Metadata Control Plane to manage user permissions, a 3D Content Delivery Network (CDN), and a real-time multiplayer game engine. 3. Core Features & Scope of Work A. Trigger Infrastructure (Dynamic & Serialized QR Systems)The platform must engineer advanced QR code capabilities to serve as the gateway to the AR experiences: Dynamic Managed QR Codes: The system must utilize intermediary redirect servers, allowing the platform to update the final destination (the AR asset or game logic) at any time without altering the physically printed QR code. Serialized QR Codes: To support Trading Card Games (TCG) like Magic the Gathering, the platform must generate unique, serialized codes (e.g., using the GS1 Digital Link standard). This will allow the system to track individual physical items, securely link them to a user's cloud-stored deck, and prevent fraud. Analytics Engine: The QR gateway must capture real-time, zero-party data, including scan location, time, and device type, to drive personalized marketing and game mechanics. B. Digital Asset Pipeline & Content Management System (CMS)Handling heavy 3D assets for mobile web browsers requires an automated and highly optimized pipeline: Universal Format Conversion: The backend must automatically convert raw 3D uploads (such as FBX or OBJ files) into GLB/glTF formats (the standard for web-based 3D) and USDZ formats (required for Apple’s AR Quick Look). Asset Optimization: To respect strict mobile performance budgets and maintain 60 frames per second, the platform must compress assets to ideal sizes (typically under 10MB to 25MB). The vendor must implement mesh compression algorithms like Draco, which can reduce 3D file sizes by 60-80%. Progressive Loading & Level of Detail (LOD): The system must stream assets progressively—displaying low-polygon base geometry within milliseconds while higher-resolution details populate in the background to prevent user drop-off. C. Logic-Embedded Assets & The Agentic CMSTo fulfill the vision of an interactive gaming and advertising platform, 3D assets must be more than static models: KHR_interactivity Integration: The platform must utilize the KHR_interactivity glTF extension to embed behavior graphs directly into the 3D assets. This allows assets to possess internal logic (e.g., tapping an object triggers an animation or sound) without relying entirely on host application scripts. Spatial Triggers: The rendering engine must continuously calculate the Euclidean distance between the camera and the target, allowing specific animations or filters to trigger when a user steps within a certain proximity. Semantic Segmentation: To support features like Gorilla Advertisements, the platform must incorporate computer vision modules capable of Human, Sky, or Ground segmentation. This will allow AR filters to automatically blend with the user's real-world environment during photo capture. D. Multiplayer Matchmaking & Real-Time EngineTo support complex games triggered by QR codes, the platform requires a robust real-time backend: Stateless Game Servers: Game state must not be held in memory; instead, it should be kept in a distributed memory store like Redis. This enables horizontal scaling and ensures session recovery if a player briefly loses connection. Low-Latency Communication: The architecture must utilize WebSockets (e.g., via Node.js with Socket.IO or Azure Web PubSub) to provide a persistent, bi-directional channel for rapid state updates during gameplay. Matchmaking & Room Management: When a user scans a code to play a game, the system must route them through a lobby service that dynamically spins up private rooms or public matches, ensuring load balancing so servers do not get overwhelmed. 4. Technical Requirements & Standards Browser Agnosticism: The WebAR experience must run flawlessly across standard mobile browsers (Chrome, Safari, Firefox) utilizing WebGL, WebRTC, and WebXR APIs without requiring plugins. AR Tracking Capabilities: The platform must support Marker-based AR (using the QR code or product packaging as the anchor) and Markerless AR (using SLAM technology to detect real-world surfaces). Security & Anti-Cheat: For gaming, the vendor must implement secure Random Number Generators (RNG) on the server side, anti-collusion systems, and WebSocket encryption via TLS to prevent manipulation of the game state. 5. Proposal Submission GuidelinesVendors responding to this RFP must provide: Architecture Blueprint: A detailed diagram illustrating the data flow from the QR scan to the WebAR rendering, including the BFF (Backend for Frontend) and Metadata Control Plane 7. Tech Stack Recommendations: Proposed frameworks for the real-time server, database, and WebAR rendering engine. Optimization Strategy: A clear plan for handling 3D asset compression, LOD streaming, and thermal throttling prevention on mobile devices. Timeline & Milestones: Phased delivery schedule separating the QR configuration dashboard, the 3D CMS, and the real-time multiplayer engine.
mango-qr
Jared FriedenRequest for Proposal (RFP): Development of Phygital Forge 1. North Star Vision: Phygital Forge represents a fundamental shift in spatial computing, transitioning from siloed, app-based AR to a ubiquitous, browser-based physical-digital continuum. The platform's North Star is to act as a comprehensive "Phygital Architecture" that seamlessly bridges physical media with digital interactivity. Phygital Forge will eliminate the friction of app downloads by leveraging Web-Based Augmented Reality (WebAR). By doing so, it treats dynamic QR codes not merely as links, but as agile "cartridges" that instantly load logic-embedded, high-fidelity 3D assets, interactive games, and immersive advertising experiences directly into the user's real-world environment. 2. Project Overview Phygital Forge requires a scalable, secure, and highly optimized infrastructure to manage the lifecycle of functional QR codes and the 3D/AR assets they trigger. The platform will serve advertising agencies, game developers, and enterprise clients, requiring a multi-layered architecture that includes a Metadata Control Plane to manage user permissions, a 3D Content Delivery Network (CDN), and a real-time multiplayer game engine. 3. Core Features & Scope of Work A. Trigger Infrastructure (Dynamic & Serialized QR Systems)The platform must engineer advanced QR code capabilities to serve as the gateway to the AR experiences: Dynamic Managed QR Codes: The system must utilize intermediary redirect servers, allowing the platform to update the final destination (the AR asset or game logic) at any time without altering the physically printed QR code. Serialized QR Codes: To support Trading Card Games (TCG) like Magic the Gathering, the platform must generate unique, serialized codes (e.g., using the GS1 Digital Link standard). This will allow the system to track individual physical items, securely link them to a user's cloud-stored deck, and prevent fraud. Analytics Engine: The QR gateway must capture real-time, zero-party data, including scan location, time, and device type, to drive personalized marketing and game mechanics. B. Digital Asset Pipeline & Content Management System (CMS)Handling heavy 3D assets for mobile web browsers requires an automated and highly optimized pipeline: Universal Format Conversion: The backend must automatically convert raw 3D uploads (such as FBX or OBJ files) into GLB/glTF formats (the standard for web-based 3D) and USDZ formats (required for Apple’s AR Quick Look). Asset Optimization: To respect strict mobile performance budgets and maintain 60 frames per second, the platform must compress assets to ideal sizes (typically under 10MB to 25MB). The vendor must implement mesh compression algorithms like Draco, which can reduce 3D file sizes by 60-80%. Progressive Loading & Level of Detail (LOD): The system must stream assets progressively—displaying low-polygon base geometry within milliseconds while higher-resolution details populate in the background to prevent user drop-off. C. Logic-Embedded Assets & The Agentic CMSTo fulfill the vision of an interactive gaming and advertising platform, 3D assets must be more than static models: KHR_interactivity Integration: The platform must utilize the KHR_interactivity glTF extension to embed behavior graphs directly into the 3D assets. This allows assets to possess internal logic (e.g., tapping an object triggers an animation or sound) without relying entirely on host application scripts. Spatial Triggers: The rendering engine must continuously calculate the Euclidean distance between the camera and the target, allowing specific animations or filters to trigger when a user steps within a certain proximity. Semantic Segmentation: To support features like Gorilla Advertisements, the platform must incorporate computer vision modules capable of Human, Sky, or Ground segmentation. This will allow AR filters to automatically blend with the user's real-world environment during photo capture. D. Multiplayer Matchmaking & Real-Time EngineTo support complex games triggered by QR codes, the platform requires a robust real-time backend: Stateless Game Servers: Game state must not be held in memory; instead, it should be kept in a distributed memory store like Redis. This enables horizontal scaling and ensures session recovery if a player briefly loses connection. Low-Latency Communication: The architecture must utilize WebSockets (e.g., via Node.js with Socket.IO or Azure Web PubSub) to provide a persistent, bi-directional channel for rapid state updates during gameplay. Matchmaking & Room Management: When a user scans a code to play a game, the system must route them through a lobby service that dynamically spins up private rooms or public matches, ensuring load balancing so servers do not get overwhelmed. 4. Technical Requirements & Standards Browser Agnosticism: The WebAR experience must run flawlessly across standard mobile browsers (Chrome, Safari, Firefox) utilizing WebGL, WebRTC, and WebXR APIs without requiring plugins. AR Tracking Capabilities: The platform must support Marker-based AR (using the QR code or product packaging as the anchor) and Markerless AR (using SLAM technology to detect real-world surfaces). Security & Anti-Cheat: For gaming, the vendor must implement secure Random Number Generators (RNG) on the server side, anti-collusion systems, and WebSocket encryption via TLS to prevent manipulation of the game state. 5. Proposal Submission GuidelinesVendors responding to this RFP must provide: Architecture Blueprint: A detailed diagram illustrating the data flow from the QR scan to the WebAR rendering, including the BFF (Backend for Frontend) and Metadata Control Plane 7. Tech Stack Recommendations: Proposed frameworks for the real-time server, database, and WebAR rendering engine. Optimization Strategy: A clear plan for handling 3D asset compression, LOD streaming, and thermal throttling prevention on mobile devices. Timeline & Milestones: Phased delivery schedule separating the QR configuration dashboard, the 3D CMS, and the real-time multiplayer engine.
terra-os
Fifhdvdy LastnameA super nice OS for my ESP32-C5 supporting a web DE/interface and serial interface, with deuathentication and evil portal functions, and a ton of other nice things.