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Developing a Scalable Blockchain-Enabled Fan Engagement Platform MVP
  1. case
  2. Developing a Scalable Blockchain-Enabled Fan Engagement Platform MVP

Developing a Scalable Blockchain-Enabled Fan Engagement Platform MVP

ritenrg.com
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Identifying Challenges in Rapid Development of a Flexible Fan Engagement Platform

The client requires a scalable, flexible, and user-centric digital platform that enables brands and artists to build interactive and rewarding fan experiences. They face constraints due to limited investment capital, necessitating rapid deployment of a minimum viable product (MVP) to demonstrate the concept to investors. The initial development efforts faced issues with unstructured team workflows, lack of clear responsibilities, and technical limitations of a monolithic application, which hindered timely launch and future scalability.

About the Client

A tech startup focusing on innovative fan engagement solutions for entertainment brands and artists, aiming to rapidly validate their platform concept with a minimal viable product.

Goals for a Next-Generation Blockchain-Powered Fan Engagement System

  • Deliver a minimum viable product that clearly demonstrates the platform’s value proposition within a 4-month timeline.
  • Create a flexible, scalable architecture supporting future growth and feature expansion.
  • Implement blockchain-based features for secure user authentication and digital asset management, such as NFTs.
  • Increase user engagement by integrating incentive mechanisms like reward systems.
  • Enable secure, seamless login through blockchain wallets and web authentication protocols.
  • Improve development efficiency through adopting agile methodologies, structured roles, and best practices.

Core Functional Requirements for Blockchain-Enabled Fan Engagement Platform

  • Secure user login via blockchain wallets (e.g., MetaMask, Web3Auth).
  • Storage and management of fan-generated images and assets via cloud-based solutions.
  • Blockchain integration for verifying and managing ownership of digital assets such as NFTs.
  • Reputation and behavior incentivization system utilizing a reward mechanism to boost platform engagement.
  • Content delivery infrastructure optimized for scalability and performance, with deployment on cloud services supporting a Jamstack architecture.
  • Backend built in Node.js with a modular framework supporting future feature additions.
  • Deployment automation and version control via Git repositories.

Preferred Technologies and Architectural Approach for Platform Development

Node.js with Nest.js framework for backend development
Blockchain nodes for cryptocurrency wallet and NFT verification
Cloud hosting on AWS S3, Digital Ocean, and Vercel
MongoDB Atlas for database management
Jamstack architecture leveraging Next.js and Vercel for frontend hosting

Essential External System Integrations for a Robust User Experience

  • Blockchain wallet providers (e.g., MetaMask, Web3Auth) for user authentication
  • Cloud storage systems (e.g., AWS S3) for hosting media assets
  • Reward and engagement systems to incentivize user activity
  • Content delivery networks and deployment pipelines

Critical Non-Functional Requirements for Platform Performance and Security

  • System scalability to handle increasing user bases and content load
  • Secure authentication processes supporting wallet-based login and data protection
  • Fast deployment cycles with continuous integration/continuous deployment (CI/CD) pipelines
  • High availability and minimal downtime to ensure uninterrupted user engagement
  • Compliance with relevant security standards to protect user assets and data

Projected Business Impact and Benefits of the Fan Engagement Platform

The implementation of this blockchain-enabled MVP aims to accelerate market entry within four months, fostering increased user engagement and trust through secure wallet authentication. The platform is expected to attract both users and investors by presenting a scalable, flexible, and innovative solution. The incentivization system will drive higher participation, while the technical architecture will support future growth, ultimately enhancing the client’s market position and potential for revenue generation from digital assets and fan monetization.

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