Hyperledger Fabric-based Platform Remooz.com Launches NFT Marketplace

Annie Li   Jul 18, 2022 09:55 1 Min Read


Remooz.com, a platform based on Enterprise grade distributed ledger Hyperledger Fabric, has launched an NFT marketplace platform.

A growing number of celebrities, including musicians, athletes, movie stars, and others, have turned their interest to the digital token, creating their own series of NFTs and selling them.

The latest NFT platform will be a marketplace that allows collectors, artists, and ordinary people who have no exposure to NFT technology to create, buy and resell NFTs through blockchain-backed transactions.

The platform's digital assets are traded in U.S. dollars, offering businesses, investors, users and ordinary people a huge opportunity to build a user-friendly, highly accessible and socially engaged platform.

The strength of the Remooz NFT marketplace platform lies in Hyperledger Fabric's blockchain.

Hyperledger Fabric is an open, proven, enterprise-grade, distributed ledger platform started in 2015 by The Linux Foundation.

It uses a modular, general-purpose framework with unique identity management and access control capabilities that make it ideal for a variety of industry applications, such as track and trace supply chains, trade finance, loyalty and rewards, financial asset management, Clearing and settlement, etc.

Based on this blockchain, Remooz can become a partner and work together to promote the company's business development.

The Co-founder & CEO of Remooz, Marwan Salem, stated that: "Either serving the business-to-consumer (B2C)or business-to-business (B2B)segments, Remooz is redefining the blockchain infrastructure and making NFTs accessible to all."

Recently, Video game retailer GameStop Corp announced Monday the launch of a public beta version of a non-fungible token.


Image source: Shutterstock

NFTs Trading Volume Between May and June Fell 74%: The Block

**声明:本文为“Blockchain.News中文网”原创稿件,版权属Blockchain News所有,转载须注明
"稿件来源:https://Blockchain.News",违者将依法追究责任。



阅读更多