BitValve – Crypto P2P Marketplace Frontend

Client:

BitValve

Date:

2021

Duration:

4 months
BitValve – Crypto P2P Marketplace Frontend
Frontend development of a crypto P2P marketplace interface inspired by BitValve, focusing on complex listing views, filtering systems and trading-related user flows. The project was implemented entirely on the frontend using Vue.js with PrimeVue and Tailwind CSS.
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About the client

BitValve is a peer-to-peer cryptocurrency marketplace that enables users to buy and sell digital assets using a wide range of payment methods. The platform emphasizes flexibility, discoverability and trust within decentralized trading workflows.

Project Overview

This project focused on building the frontend layer of a crypto P2P marketplace similar to BitValve, replicating and implementing core user flows such as browsing offers, filtering by payment methods, currencies, countries and amounts, and navigating trading-related interfaces. A key aspect of the application was the presentation of large datasets of buying and selling offers. The interface was designed to clearly display pricing, limits, payment methods, seller reputation and availability, requiring careful UI structure and visual hierarchy. Advanced filtering and search functionality played a central role in the user experience. Multiple filters needed to work together seamlessly, allowing users to refine results dynamically while maintaining performance and responsiveness on the frontend. The application was developed as a frontend-only project, focusing on UI architecture, component composition and state handling, without backend implementation. The goal was to deliver a realistic, production-level marketplace interface suitable for integration with backend services.

The Challenge

One of the main challenges was managing complex UI states and interactions typical of fintech marketplaces. Filtering, sorting and pagination needed to feel instant and intuitive, while handling a large number of UI elements and conditional states. Ensuring visual consistency and usability across dense data views required careful component design and styling, especially given the financial nature of the platform where clarity and trust are essential.

My Contribution

I implemented the entire frontend of the marketplace using Vue.js, focusing on component-based architecture and reusable UI patterns. PrimeVue components were used extensively to accelerate development of complex UI elements such as tables, filters and interactive controls. Tailwind CSS was used to handle layout, spacing and visual consistency, allowing for rapid iteration and fine-grained control over the interface. I structured the UI to support scalability and future backend integration without major refactoring. Throughout the project, my work focused on delivering a clean, maintainable and production-quality frontend, accurately reflecting the complexity and usability requirements of a real-world crypto P2P marketplace.

Technology Stack

  • Vue.js, PrimeVue, Tailwind CSS, frontend-only architecture, crypto marketplace UI, complex filtering and listing interfaces
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