Blockchain-Powered Credential Verification System for MOOCs

Medium Priority
Blockchain & Web3
Online Learning
👁️24222 views
💬1679 quotes
$50k - $150k
Timeline: 16-24 weeks

Transform the landscape of online learning by implementing a blockchain-powered system for secure and verifiable credential issuance and recognition. Leverage cutting-edge technologies such as NFTs and smart contracts to ensure the authenticity and traceability of academic credentials across platforms.

📋Project Details

With the proliferation of online courses and MOOCs, there is an increasing need for a reliable system to verify academic credentials. Our project aims to incorporate blockchain technology to issue and manage digital credentials as NFTs. By leveraging smart contracts on platforms like Ethereum and Layer 2 solutions such as Polygon, we will create a decentralized, tamper-proof system that enhances trust and transparency in credential verification. This system will enable educational institutions to issue verifiable NFTs for completed courses, ensuring that learners' achievements are recognized and trusted globally. By integrating with MetaMask, users can manage their credentials securely. Furthermore, partnerships with Chainlink will allow our system to connect and verify cross-chain data, ensuring interoperability. The implementation will focus on creating a user-friendly interface using Web3.js and Ethers.js, allowing seamless interaction with the blockchain. This project not only addresses the critical issue of credential authenticity but also positions us as a pioneer in utilizing blockchain for educational purposes, enhancing our competitive edge in the MOOC industry.

Requirements

  • Develop smart contracts for credential issuance
  • Design a user-friendly Web3 interface
  • Ensure cross-chain interoperability
  • Implement secure credential storage on IPFS
  • Integrate with MetaMask for user access

🛠️Skills Required

Solidity
Web3.js
Ethers.js
IPFS
Polygon

📊Business Analysis

🎯Target Audience

Educational institutions, online learners, employers seeking credential verification, and certification bodies.

⚠️Problem Statement

The lack of a trustworthy system for verifying online credentials undermines the credibility of MOOCs and limits their acceptance by employers and academic institutions.

💰Payment Readiness

Institutions and learners are willing to invest in secure credential systems due to increasing demand for online education and the pressure to ensure academic credibility.

🚨Consequences

Failure to address credential authenticity could result in lost trust, reduced enrollments, and diminished competitive standing in the online education sector.

🔍Market Alternatives

Current alternatives include manual verification processes and centralized databases, which are prone to errors, slow, and susceptible to tampering.

Unique Selling Proposition

Our solution offers a decentralized, secure, and verifiable credentialing system using blockchain, providing unmatched trust and transparency.

📈Customer Acquisition Strategy

We will target educational institutions through industry partnerships and demonstrate the value of our system through pilot projects and case studies with leading universities.

Project Stats

Posted:July 21, 2025
Budget:$50,000 - $150,000
Timeline:16-24 weeks
Priority:Medium Priority
👁️Views:24222
💬Quotes:1679

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