Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Implementing a Privacy-Preserving User Onboarding and Engagement System for Decentralized Platforms
  1. case
  2. Implementing a Privacy-Preserving User Onboarding and Engagement System for Decentralized Platforms

Implementing a Privacy-Preserving User Onboarding and Engagement System for Decentralized Platforms

ritenrg.com
Financial services
eCommerce
Other industries

Challenge of Simplified, Privacy-Focused User Onboarding in Decentralized Finance

The client faces the difficulty of providing an intuitive onboarding process for users of all experience levels in a decentralized environment, where user anonymity is critical. Complex onboarding hurdles reduce user adoption, while traditional personalization approaches compromise privacy. The need exists for a seamless, secure, and adaptable onboarding solution that respects user anonymity while facilitating effective user identification and communication.

About the Client

A mid-sized decentralized exchange platform specializing in blockchain-based financial products seeking to enhance user onboarding and engagement while maintaining user privacy.

Goals for Developing a Privacy-Respecting, Automated User Engagement System in DeFi

  • Create a user-friendly onboarding process compatible with users of varying experience levels.
  • Implement a non-invasive personalization mechanism that preserves user anonymity by avoiding collection of sensitive data.
  • Design an extensible framework that allows continuous updates and customization of onboarding and engagement workflows.
  • Achieve rapid deployment within a few weeks to meet urgent market demands.
  • Increase user activation and onboarding flow efficiency to improve overall platform adoption.

Core Functional Requirements for the Privacy-Centric User Onboarding System

  • Integration of a lightweight marketing automation platform to manage onboarding workflows and communications.
  • Implementation of scripting and visual process design tools for easy customization by non-technical staff.
  • Use of unique, non-sensitive user identifiers derived from blockchain wallet addresses for anonymized personalization.
  • Integration of a chatbot interface serving as a virtual guide, providing platform tips, tutorials, and real-time support tailored to user experience level.
  • Automatic detection of wallet connection status and user activity to deliver contextual assistance.
  • Seamless opening of relevant platform pages during user interactions to facilitate navigation.
  • Addition of a web push notification system for personalized updates and engagement beyond the chat interface.

Preferred Technologies and Architectural Approach for the User Engagement System

Web script integration for platform-agnostic deployment
React for building interactive user interfaces
API-driven identification and personalization mechanisms
Chatbot technologies supporting off-chain interactions
Automation and customer journey management tools

Essential External System Integrations for Enhanced User Engagement

  • Blockchain wallet APIs for wallet status detection and user identification
  • User engagement and automation platform APIs for process management
  • Analytics and monitoring tools for tracking question volume and system performance

Key Non-Functional Requirements Ensuring Performance, Security, and Flexibility

  • Rapid deployment within 4-6 weeks
  • Scalability to support growing user base of thousands concurrently
  • High system reliability with 99.9% uptime
  • Security measures preserving user anonymity and preventing data breaches
  • Flexible process design allowing frequent updates without extensive development effort

Projected Business Impact of the Privacy-Preserving Onboarding Solution

The implementation aims to significantly improve user onboarding efficiency, with a target of increasing activation rates and user engagement while maintaining absolute user anonymity. Previous similar initiatives resulted in near 20,000 chatbot interactions, demonstrating high system value. The project is expected to boost platform adoption, reduce onboarding time, and enable personalized communication that enhances user satisfaction and retention without compromising privacy.

More from this Company

Development of Scalable Nearshored Software Delivery Teams for Agile Project Execution
Platform Rebuilding and Optimization for Scalable SaaS Accounting System
Develop a Universal IoT-based Product Authentication and Verification System
Secure Legacy System Modernization for High-Availability Enterprise Platforms
Developing a Scalable Blockchain-Enabled Fan Engagement Platform MVP