Catalyst Voting Process Research using Zero-Knowledge Proofs

Introduction

This repository contains the research and deliverables of Duke Peter on integrating Zero-Knowledge Proofs (ZKPs) within blockchain ecosystems, specifically focused on enhancing transparency and security in the Catalyst Voting Process. The research aims to explore how ZKPs can offer a cryptographically secure method for validating votes without revealing the individual’s identity, addressing key challenges in decentralized voting systems.

Context

The Catalyst Voting Process is a critical part of the Cardano blockchain ecosystem, enabling community members to vote on proposals that influence the direction of its development. However, maintaining transparency while preserving voter privacy has been an ongoing challenge. This research explores how Zero-Knowledge Proofs can mitigate privacy concerns while ensuring the integrity of the voting process.

Duke Peter conducted this research to:

• Investigate the feasibility of implementing ZKPs in voting mechanisms.
• Explore real-world applications of ZKPs in decentralized governance.
• Recommend strategies for enhancing privacy and security in blockchain-based voting systems.

Key Contributions

1. Research on Zero-Knowledge Proofs (ZKPs):

   • Explored ZKPs and their role in decentralized voting mechanisms.
   • Analyzed the strengths and limitations of ZKPs in blockchain ecosystems.

2. Enhancing Voting Transparency:

   • Investigated ways ZKPs can increase transparency in the Catalyst Voting Process.
   • Proposed methods to preserve voter privacy without compromising vote verification.

3. Technical Feasibility and Implementation:

   • Outlined potential integration paths for ZKPs within existing voting structures on Cardano.
   • Provided a detailed report on the technical feasibility of ZKP-based voting.

Relevant Links

• Project Report: Researching Zero-Knowledge Proofs in Blockchain Voting
  This document provides an in-depth analysis of ZKP technology, its application to decentralized voting, and the technical solutions proposed for Catalyst.

• Deliverable Folder: Access to Project Deliverables
  Includes all research findings, reports, and presentations.

• Catalyst Voting Process Overview: Official Catalyst Voting Website
  Further information on the voting process and how proposals are made and decided.

Conclusion

This research is an important step in improving decentralized governance systems by integrating ZKP technology into voting processes. The findings provide valuable insights into enhancing both transparency and privacy, making blockchain voting more secure and reliable.