Official Problem Statements

A premium technical guide to the challenges and innovation tracks for Spheronix Hackathon 2026.

Track 01

Complete Full Stack Application

Problem Statement

Organizations and startups require efficient web-based systems to manage users, data, and services. Building an integrated application combining frontend, backend, security, and database management is complex. Many existing solutions lack scalability and security.

Objectives

  • Provide robust user authentication and authorization.
  • Enable efficient data management and retrieval.
  • Ensure smooth frontend and backend communication.
  • Deliver a responsive and user-friendly interface.
  • Adaptable to multiple real-world applications.

System Architecture

1. Frontend Layer: Provides interface for user interaction.

2. Backend Layer: Handles processing and management logic.

3. Database Layer: Stores user data and ensures consistency.

Technologies Used

HTML/CSS/JS React.js Node.js/Express Python/Java MongoDB/MySQL JWT Auth

Key Features

  • Secure user registration and login system.
  • Role-based or protected access permissions.
  • Dynamic dashboard for data visualization.
  • Responsive and mobile-friendly UI layout.
Track 02

Bug Hunting Web Application

Problem Statement

Undetected bugs lead to data breaches, system failures, and financial loss. Traditional debugging is manual and inefficient. Many solutions lack a unified approach across the entire application stack.

Objectives

  • Identify bugs effectively in web applications.
  • Track and manage reported issues efficiently.
  • Improve application security and performance.
  • Provide a user-friendly interface for monitoring.
  • Enhance overall system reliability.

Architecture Flow

1. Report: User identifies bug and submits evidence.

2. Process: Backend categorizes and stores data.

3. Track: Developers monitor and update status.

Key Features

  • Detailed bug reporting with screenshots.
  • Categorization (UI, Security, Performance).
  • Comprehensive status tracking system.
  • Real-time updates and notification system.
Track 03

Native Windows Application

Problem Statement

Web applications often face connectivity dependencies and reduced performance. Windows users requires high-performance applications that fully utilize system capabilities, hardware integration, and offline functionality.

Objectives

  • Provide high performance and responsiveness.
  • Work efficiently in offline and online modes.
  • Utilize system-level features and hardware.
  • Offer an intuitive native interface.

Native Tech Stack

C# / WinForms / WPF .NET Core SQLite Windows SDK Visual Studio

Expected Outcome

  • A fully functional native Windows application.
  • Superior performance and offline capabilities.
  • Smooth user experience with hardware integration.