DAO Maker Disrupts the Metaverse with Maradona D10S NFT Club

Published 2 years ago
CT – Maradona D10S NFT Club – DAO Maker (1) (1)

Every minute of every hour of every day, a new NFT is dropped. Last year alone, NFT trading broke new records and surpassed $23 billion. It’s safe to say the crypto art industry has exploded exponentially. That unprecedented growth has attracted many newcomers to the NFT table. However, with the Metaverse becoming saturated, it is getting harder and harder to stand out in a crowded marketplace. This is why DAO Maker is garnering huge attention for disrupting the Metaverse with the Maradona D10S NFT Club.

The Maradona D10S NFT collection spans 5,000 pictures on the Ethereum blockchain of the late, great Diego Maradona. Fans can use the pictures as avatars in the Web3 environment. The collection was announced to celebrate FIFA 2022 and immortalize perhaps the greatest player of the “Beautiful Game.” It is the first official Maradona licensed NFT project and has the complete support of the footballer’s family.

It’s still early days, but the launch of the Maradona D10S NFT looks set to revolutionize the NFT space. DMA Maker Chief Executive Officer Christoph Zaknun explained, “The NFT space quickly became a very toxic and fraudulent area of crypto. We are entering this market to try to clean it up the way we have with the low cap market by providing a venue for celebrities and founders that want to do NFT drops the right way.”

Advertisement

DAO Maker already had a solid reputation in the Metaverse as the first major platform facilitating Initial DEX Offering (IDO) and Initial Gaming Offering (IGO). With over 135,000 KYC-verified users and over 270,000 followers on Twitter, DAO Maker has become one of the largest networks. Its projects such as My Neighbor Alice, Epik Prime, XCAD Network, and Victoria VR have proved immensely popular. The company is again ready with a groundbreaking project like the Maradona D10S NFT drop.

DISCLAIMER: Brand Voice is a paid program. Articles appearing in this section have been commercially supported.