Blockchain ID
Blockchain ID
CleanID is a digital identity management platform designed to offer a secure, verifiable, and decentralized identity solution for employees and organizations. The platform aims to streamline identity verification processes by providing permanent, on-chain identities that can be shared across organizations, ensuring secure and transparent handling of employee information.
The primary objectives of CleanID are:
Decentralized Identity Management: Provide a secure platform for creating and managing employee identities on the blockchain, allowing for transparent verification and easy sharing of information.
Permanent On-Chain Identity: Ensure that Clean IDs are immutable and accessible across organizations, enabling seamless transfer and verification of employment details.
Simplified Employer-Employee Verification: Allow employers to verify and approve employee information securely, reducing the need for repetitive verification processes.
Cross-Organization Compatibility: Ensure that the identity created once can be shared and utilized by multiple organizations, fostering interoperability.
Blockchain Integration and Decentralization:
Blockchain Technology: CleanID is built using blockchain technology to create decentralized, permanent, and immutable identities. This allows for the creation of on-chain Clean IDs that can be verified across multiple organizations.
Smart Contracts (Solidity): Developed smart contracts to handle the identity creation, verification, and sharing process securely and transparently. These contracts automate approval workflows and ensure that Clean IDs are trustworthy and tamper-proof.
Backend Development:
Language: We used Golang and Node.js for backend development, ensuring a robust, scalable backend capable of handling real-time identity verification and data management.
Database: Integrated decentralized storage solutions for immutable data storage, while utilizing traditional databases for dynamic, real-time employee information updates.
User Registration and Employer Verification Flow:
Developed a multi-step registration process where users (employees) can create their Clean ID by entering required information, which is securely stored on-chain.
Implemented an approval system where employers verify the provided information and approve the user, making their Clean ID active and ready for use across organizations.
Frontend Development:
React.js and Web3.js: Used for creating a dynamic and responsive user interface that allows employees and employers to interact seamlessly with the blockchain. Web3.js was integrated to allow for blockchain interactions from the browser.
Responsive UI: Built with a focus on cross-device accessibility, ensuring users can manage their Clean IDs from desktop, tablet, or mobile devices.
Security and Privacy Measures:
Encryption: All employee data is encrypted with AES-256 to ensure secure storage and transmission of sensitive information.
Authentication: OAuth 2.0 was implemented for secure user authentication, ensuring that only authorized users can access or modify their data.
Multi-Factor Authentication (MFA): Integrated for an additional layer of security, protecting both user accounts and employer verification processes.
Cross-Organization Compatibility:
Developed features allowing Clean IDs to be shared across different organizations. Employers can securely pull Clean ID data to verify employment histories without needing repetitive checks.
Enabled permission-based access, where users can control which organizations or entities have access to their identity information.
Cloud Infrastructure and DevOps:
AWS: Used for hosting the platform, providing scalable and reliable cloud services. We ensured the infrastructure can handle a growing user base with ease.
CI/CD: Employed Jenkins for continuous integration and deployment, ensuring smooth updates and feature rollouts without service interruptions.
User Testing and Deployment:
The CleanID platform is currently in beta testing, hosted on a test server. Users are participating in registration and testing the process of obtaining a Clean ID, filling out required information, and having it approved by their respective organizations.
Ongoing feedback from users during the beta phase is being used to optimize both the registration and verification processes.
Tech Stack Used:
Blockchain: Ethereum (for on-chain identity creation and smart contract management).
Backend: Golang, Node.js (for managing user data, interactions, and verification).
Frontend: React.js, Web3.js (for user interface and blockchain interactions).
Security: AES-256 encryption for data security, OAuth 2.0 for authentication, MFA for enhanced security.
Cloud Infrastructure: AWS (for hosting and scalability), Docker (for containerized development).
DevOps Tools: Jenkins for continuous integration and deployment pipelines.
By developing CleanID using a combination of blockchain technology, decentralized identity management, and user-friendly interfaces, Coding Legends has successfully built a secure platform that empowers employees and organizations to manage and verify digital identities easily and securely across multiple sectors.
