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Development of a Scalable Social Voting Platform for Global Hardware Innovation Competitions
  1. case
  2. Development of a Scalable Social Voting Platform for Global Hardware Innovation Competitions

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Development of a Scalable Social Voting Platform for Global Hardware Innovation Competitions

verytechnology.com
Non-profit
Information technology
Education

Challenges in Launching a Global Hardware Innovation Competition

ASME required a specialized platform to manage social voting, event registration, and innovator engagement for a global hardware innovation competition. The solution needed to cater to a technically sophisticated audience while ensuring scalability, ease of use, and seamless integration with existing tools like Eventbrite. An in-house team lacked the capacity to deliver a fresh perspective and specialized expertise.

About the Client

A global non-profit fostering engineering collaboration and hardware-led social innovation through competitions and events.

Objectives for the Social Voting Platform Development

  • Create a reusable, customizable platform for global competitions
  • Ensure intuitive user experience for technical and non-technical audiences
  • Integrate with Eventbrite for event registration
  • Support scalability to handle millions of users and votes
  • Enable seamless communication and shortlisting processes

Core Functional Requirements

  • User registration and profile management
  • Social voting system with anti-fraud mechanisms
  • Event registration integration via Eventbrite API
  • Innovator submission and portfolio management
  • Shortlisting and judging workflow tools
  • Multi-language support for global reach
  • Reusable template system for future competitions

Technology Stack Preferences

Ruby on Rails
JavaScript
React.js
PostgreSQL

Required System Integrations

  • Eventbrite API
  • Google Analytics
  • Email service provider
  • Cloud storage for media assets

Non-Functional Requirements

  • Horizontal scalability to handle 2M+ users
  • 99.9% uptime during peak voting periods
  • GDPR-compliant data protection
  • Cross-browser compatibility
  • API rate limiting and DDoS protection

Expected Impact of the Social Voting Platform

The platform will enable ASME to expand its global reach to 2 million+ participants annually, streamline competition management processes by 70%, and increase voter engagement through social features. It will establish a sustainable foundation for future hardware innovation competitions while maintaining brand consistency and technical excellence.

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