DID
DID
Blockchain Credential Verification
Blockchain Credential Verification
Designing a secure, accessible way to verify credentials with trust and transparency.
Designing a secure, accessible way to verify credentials with trust and transparency.
View below
1 - Overview
1 - Overview
DID is a blockchain based credential verification platform designed to securely store, manage, and validate digital identities. The project focused on simplifying complex verification processes into a clear, intuitive experience for both users and organizations.
DID is a blockchain based credential verification platform designed to securely store, manage, and validate digital identities. The project focused on simplifying complex verification processes into a clear, intuitive experience for both users and organizations.
Role & Responsibilities
Role & Responsibilities
Role
Product Designer
Role
Product Designer
Responsibilities
Designed end-to-end experience across web and mobile
Created user flows, wireframes, and high fidelity UI
Built a scalable design system
Defined core features and product structure
Responsibilities
Designed end-to-end experience across web and mobile
Created user flows, wireframes, and high fidelity UI
Built a scalable design system
Defined core features and product structure
2 - The Problem
2 - The Problem
Credential verification today is often slow, fragmented, and difficult to trust. Users lack a reliable way to manage their credentials, while organizations face inefficiencies in validating authenticity, leading to friction and potential fraud.
Credential verification today is often slow, fragmented, and difficult to trust. Users lack a reliable way to manage their credentials, while organizations face inefficiencies in validating authenticity, leading to friction and potential fraud.
3 - Goals & Solution
3 - Goals & Solution
The goal of this project was to design a secure and intuitive verification experience that simplifies how users manage and share their credentials. It focused on improving trust through clear and transparent design, while ensuring a consistent experience across both web and mobile platforms.
The solution is a blockchain-powered platform that enables secure credential storage, instant verification, and seamless sharing, giving users more control while improving efficiency for organizations.
The goal of this project was to design a secure and intuitive verification experience that simplifies how users manage and share their credentials. It focused on improving trust through clear and transparent design, while ensuring a consistent experience across both web and mobile platforms.
The solution is a blockchain-powered platform that enables secure credential storage, instant verification, and seamless sharing, giving users more control while improving efficiency for organizations.
4 - Key Features
4 - Key Features
Scan and Verify
Users can scan a QR code to instantly confirm the authenticity of a credential.
The system shows a verified status, blockchain details, and relevant metadata giving users real time information.
Scan and Verify
Users can scan a QR code to instantly confirm the authenticity of a credential.
The system shows a verified status, blockchain details, and relevant metadata giving users real time information.
Blockchain management
A dedicated panel allows users to toggle which blockchains are active for their credentials
(e.g., driver’s license, passport, ID).
Blockchain management
A dedicated panel allows users to toggle which blockchains are active for their credentials
(e.g., driver’s license, passport, ID).
View Wallet
All verified documents live in a secure wallet view, sorted by type.
Each entry shows blockchain info, expiration dates, and lets users access JSON or QR code views.
View Wallet
All verified documents live in a secure wallet view, sorted by type.
Each entry shows blockchain info, expiration dates, and lets users access JSON or QR code views.
Notification Alerts
To keep users in control, we added alert notifications.
Users get updates when a new credential is added, verified, or nearing expiry.
Notification Alerts
To keep users in control, we added alert notifications.
Users get updates when a new credential is added, verified, or nearing expiry.
5 - Design Process
5 - Design Process
The process began with understanding user needs, verification workflows, and blockchain use cases. From there, key problems were defined and core user flows were structured. I then explored ways to simplify complex systems into intuitive interactions, followed by designing a clean and functional interface focused on clarity and trust. The experience was refined through iteration and testing, and finalized designs were prepared for development.
The process began with understanding user needs, verification workflows, and blockchain use cases. From there, key problems were defined and core user flows were structured. I then explored ways to simplify complex systems into intuitive interactions, followed by designing a clean and functional interface focused on clarity and trust. The experience was refined through iteration and testing, and finalized designs were prepared for development.
6 - Design Process
6 - Design Process
A streamlined credential verification platform that makes digital identity secure, accessible, and easy to manage.
A streamlined credential verification platform that makes digital identity secure, accessible, and easy to manage.
7 - Reflection
7 - Reflection
This project challenged me to design for a complex system while keeping the experience simple and user friendly. It reinforced the importance of clarity and trust when working with technical products, and improved how I approach structuring scalable, real world solutions.
This project challenged me to design for a complex system while keeping the experience simple and user friendly. It reinforced the importance of clarity and trust when working with technical products, and improved how I approach structuring scalable, real world solutions.
8 - Impact
8 - Impact
Reduced friction in credential verification, improved trust in digital identity systems, and created a scalable foundation for future expansion.
Reduced friction in credential verification, improved trust in digital identity systems, and created a scalable foundation for future expansion.