Cryptocurrency Block Explorer
A comprehensive block explorer application for Tari, a confidentiality-focused cryptocurrency, enabling users to monitor blockchain activity, inspect individual blocks, and search network data in real-time.
Services provided: UX/UI Design, Frontend Development
The Challenge
Blockchain data is inherently complex and technical. The challenge was to create an interface that makes this data accessible and useful for both technical users (developers, miners) and general cryptocurrency enthusiasts, while ensuring the explorer could handle real-time network updates efficiently.
Design & Development Process
Research & Discovery
I began by analyzing existing block explorers to understand common patterns and user expectations, while identifying opportunities to improve the user experience specifically for Tari’s ecosystem.
UX/UI Design
- Designed a clean, information-dense interface that prioritizes the most relevant data
- Created intuitive navigation patterns allowing users to seamlessly move between network overview, block lists, and detailed block views
- Developed a responsive layout ensuring accessibility across desktop and mobile devices
- Established a visual hierarchy that guides users from high-level statistics to granular blockchain data
Frontend Development
Built the complete frontend using React / Typescript, implementing:
- Real-time data visualization for network statistics
- Efficient rendering of large block datasets
- Interactive block detail views
- A robust search system supporting multiple query types
Key Features
Network Statistics Dashboard
- Real-time display of critical network metrics including hash rate, average block time, and current block height
- Visual indicators helping users quickly assess network health and activity
Block Navigation
- Chronological list of mined blocks with essential information at a glance
- Click-through functionality to explore complete block details including transactions, timestamps, and mining data
Multi-Parameter Search
- Flexible search supporting various input types, including block hash, payment reference (payref), and block height
- Instant results delivering relevant blockchain data regardless of search method
Results
Technical Highlights
- Implemented efficient state management for real-time data updates
- Optimized performance for handling large volumes of blockchain data
- Created reusable component architecture for maintainability and scalability
- Ensured cross-browser compatibility and responsive design principles
This project demonstrates my ability to handle both the design and technical implementation of complex data-driven applications, from user experience design through to production-ready code.