Real-Time IT Quiz Platform Development
Budget: ₹5,000 – ₹8,000 INR
Project Title: Real-Time IT Quiz Platform with 3-View WebSocket Synchronization (School 4-House System)
Project Description:
I am looking for an experienced developer to build a custom, real-time IT Quiz Platform tailored for a school competition featuring a traditional 4-house system.
The core requirement of this system is zero-latency, sub-millisecond synchronization. The system must consist of three distinct web views connected to a central server using WebSockets (via libraries like Socket.io, Django Channels, or Streamlit-WebSockets):
Quiz Master / Admin Control Panel: A private interface for the host/judges to manage the question bank, trigger countdown timers, control game states, and manually override or approve scores.
Live Audience Display: A visually striking, clutter-free view designed to be projected onto an auditorium screen. It must feature live question updates, an animated countdown clock, and a real-time updating 4-House Leaderboard.
House Team Interface: A synchronized local portal or interface where the 4 house teams can view active questions on their own devices simultaneously.
Technical Expectations:
Backend & Sync: Node.js (Socket.io) or Python (Django Channels / Streamlit WebSockets) or to handle bi-directional data flow instantly.
Frontend: Clean, responsive UI customized to display school house colors (red, blue, yellow, green) prominently.
Database: A lightweight local database (MySQL / SQLite) to pre-load questions and archive tournament results.
To Bid on this Project, please share:
Your experience with real-time WebSocket applications.
Your proposed technology stack for this specific 3-view architecture.
Examples of any interactive dashboards, scoring portals, or event software you have built.
Project Description:
I am looking for an experienced developer to build a custom, real-time IT Quiz Platform tailored for a school competition featuring a traditional 4-house system.
The core requirement of this system is zero-latency, sub-millisecond synchronization. The system must consist of three distinct web views connected to a central server using WebSockets (via libraries like Socket.io, Django Channels, or Streamlit-WebSockets):
Quiz Master / Admin Control Panel: A private interface for the host/judges to manage the question bank, trigger countdown timers, control game states, and manually override or approve scores.
Live Audience Display: A visually striking, clutter-free view designed to be projected onto an auditorium screen. It must feature live question updates, an animated countdown clock, and a real-time updating 4-House Leaderboard.
House Team Interface: A synchronized local portal or interface where the 4 house teams can view active questions on their own devices simultaneously.
Technical Expectations:
Backend & Sync: Node.js (Socket.io) or Python (Django Channels / Streamlit WebSockets) or to handle bi-directional data flow instantly.
Frontend: Clean, responsive UI customized to display school house colors (red, blue, yellow, green) prominently.
Database: A lightweight local database (MySQL / SQLite) to pre-load questions and archive tournament results.
To Bid on this Project, please share:
Your experience with real-time WebSocket applications.
Your proposed technology stack for this specific 3-view architecture.
Examples of any interactive dashboards, scoring portals, or event software you have built.
Related categories:
JavaScript
Python
Django
MySQL
Node.js
SQLite
Web Development
Frontend Development
Database Management
Streamlit