MetaPass

Category:

Development

,

Design

February 1, 2023

MetaPass Web3 Event Ticketing Platform

The MetaPass project is an innovative Web3 technology initiative aimed at revolutionizing the event ticketing industry by leveraging blockchain technology. The platform enables users to obtain minted NFTs as tickets for specific events, ensuring a secure and transparent ticketing process. The development has reached a stage where users can successfully create accounts, log in, create events, and upload representative images for events and their tickets. Additionally, users can view created events, log in as different users, and interact with the same event, providing a seamless and inclusive user experience.

Functionalities and Features

MetaPass offers a robust set of functionalities that cater to both event organizers and attendees. Users can buy tickets using MetaMask transactions on the Polygon testnet with MATIC cryptocurrency. The platform supports ticket resale, allowing users to list their tickets back on the marketplace, thus providing flexibility and promoting a secondary market for event tickets. By using ERC721 and ERC1155 on Ethereum, MetaPass can mint single or multiple types of NFTs in a single contract, catering to a wide range of event ticketing needs. This ensures the versatility and scalability of the platform, accommodating various event types and sizes.

Technology and Implementation

The development of MetaPass utilizes cutting-edge technologies to deliver a robust and secure platform. HTML5, CSS3, and JavaScript form the foundation of the frontend, providing a responsive and user-friendly interface. The backend is powered by NextJs and MongoDB, ensuring efficient data management and seamless interaction with the blockchain. IPFS is used for decentralized file storage, enhancing the security and integrity of event-related data. By integrating these technologies, MetaPass offers a reliable and innovative solution for event ticketing in the Web3 space, setting a new standard for transparency and user experience in the industry.

(Discontinued Project)

MetaPass Web3 Event Ticketing Platform

The MetaPass project is an innovative Web3 technology initiative aimed at revolutionizing the event ticketing industry by leveraging blockchain technology. The platform enables users to obtain minted NFTs as tickets for specific events, ensuring a secure and transparent ticketing process. The development has reached a stage where users can successfully create accounts, log in, create events, and upload representative images for events and their tickets. Additionally, users can view created events, log in as different users, and interact with the same event, providing a seamless and inclusive user experience.

Functionalities and Features

MetaPass offers a robust set of functionalities that cater to both event organizers and attendees. Users can buy tickets using MetaMask transactions on the Polygon testnet with MATIC cryptocurrency. The platform supports ticket resale, allowing users to list their tickets back on the marketplace, thus providing flexibility and promoting a secondary market for event tickets. By using ERC721 and ERC1155 on Ethereum, MetaPass can mint single or multiple types of NFTs in a single contract, catering to a wide range of event ticketing needs. This ensures the versatility and scalability of the platform, accommodating various event types and sizes.

Technology and Implementation

The development of MetaPass utilizes cutting-edge technologies to deliver a robust and secure platform. HTML5, CSS3, and JavaScript form the foundation of the frontend, providing a responsive and user-friendly interface. The backend is powered by NextJs and MongoDB, ensuring efficient data management and seamless interaction with the blockchain. IPFS is used for decentralized file storage, enhancing the security and integrity of event-related data. By integrating these technologies, MetaPass offers a reliable and innovative solution for event ticketing in the Web3 space, setting a new standard for transparency and user experience in the industry.

(Discontinued Project)

MetaPass Web3 Event Ticketing Platform

The MetaPass project is an innovative Web3 technology initiative aimed at revolutionizing the event ticketing industry by leveraging blockchain technology. The platform enables users to obtain minted NFTs as tickets for specific events, ensuring a secure and transparent ticketing process. The development has reached a stage where users can successfully create accounts, log in, create events, and upload representative images for events and their tickets. Additionally, users can view created events, log in as different users, and interact with the same event, providing a seamless and inclusive user experience.

Functionalities and Features

MetaPass offers a robust set of functionalities that cater to both event organizers and attendees. Users can buy tickets using MetaMask transactions on the Polygon testnet with MATIC cryptocurrency. The platform supports ticket resale, allowing users to list their tickets back on the marketplace, thus providing flexibility and promoting a secondary market for event tickets. By using ERC721 and ERC1155 on Ethereum, MetaPass can mint single or multiple types of NFTs in a single contract, catering to a wide range of event ticketing needs. This ensures the versatility and scalability of the platform, accommodating various event types and sizes.

Technology and Implementation

The development of MetaPass utilizes cutting-edge technologies to deliver a robust and secure platform. HTML5, CSS3, and JavaScript form the foundation of the frontend, providing a responsive and user-friendly interface. The backend is powered by NextJs and MongoDB, ensuring efficient data management and seamless interaction with the blockchain. IPFS is used for decentralized file storage, enhancing the security and integrity of event-related data. By integrating these technologies, MetaPass offers a reliable and innovative solution for event ticketing in the Web3 space, setting a new standard for transparency and user experience in the industry.

(Discontinued Project)