Bitcart: Decentralized and Lightning-Ready Merchant Software Solution

A brief introduction to the project:

Meet Bitcart, a lightweight, decentralized, and future-proof open-source software enabling merchants to accept payments in cryptocurrencies, hosted on the public GitHub platform. Based on the principle of monetary freedom, Bitcart strives to foster a space where anyone, anywhere, can sell and monetize products or services without relying on intermediaries.

Project Overview:

Bitcart promises to change the face of online transactions by simplifying the process of accepting cryptocurrencies. The project’s main goal is to bridge the gap between merchants and digital currencies while upholding the principles of decentralization. Its target audience encompasses digital merchants looking for a straightforward and economical solution to begin accepting digital currencies and every person keen on promoting financial independence and flexible transactions.

Project Features:

One groundbreaking feature of Bitcart is its lightweight design for fast, and low-cost transactions. Bitcart also provides backward compatibility, ensuring that systems built upon it won't need to diversify payment providers to cater to the new lightning network users. Moreover, Bitcart's plug-and-play feature makes it relatively easy for anyone to install, run, or manage their instances.

Technology Stack:

Bitcart is composed in Python, renowned for its flexibility, simplicity, and robustness. The project also utilizes various renowned open-source libraries and frameworks including Flask, BitcoinLib, and Gunicorn to mention a few. These technologies have been carefully selected to deliver reliability, efficiency, and a seamless experience for merchants and users.

Project Structure and Architecture:

Bitcart maintains a modular structure, encompassing a wallet, support for discounts, products, and customizable order pages — each fostering transparency and functionality. To facilitate easy customizability, Bitcart employs the microservice architecture principle. This design appeals to contributors interested in developing specific fixtures without having to grasp hold of the entire codebase.