A first edition Charizard Pokémon card, issued in 1999, is set to be tokenized and auctioned on the Polygon chain
On December 7th, Polygon announced on platform X that a first edition holographic Charizard Pokémon card from 1999 will be tokenized through the Ethereum extension network, Polygon, and auctioned by the collectibles platform Courtyard. It is reported that this card will be securely stored in Brink's vault with an estimated value of up to $250,000. Marc Boiron, CEO of Polygon Labs added that this auction is not just about the Charizard card but also demonstrates how blockchain can completely change the world of collectibles. A representative from Polygon Labs revealed they purchased this card from a well-known seller and according to market data since 2020, similar first edition Charizard Pokémon cards have sold for approximately between $264,000 and $400,000.
Disclaimer: The content of this article solely reflects the author's opinion and does not represent the platform in any capacity. This article is not intended to serve as a reference for making investment decisions.
You may also like
Reserve Bank of Australia raises interest rates to 4.6%: Four hikes this year, further increases not ruled out
The Reserve Bank of Australia raised interest rates by 25 basis points to 4.6%, reaching a 15-year high. The rate has increased by a total of 100 basis points this year to curb inflation caused by the Middle East conflict.
High-Yield Attraction: Japan's 40-Year Government Bond Auction Covered 3.1 Times, Strongest Demand Since 2020
Japan's 40-year government bond auction recorded its strongest demand in six years, as high yields attracted investors back to the country's longest-term debt instrument, providing potential relief for fragile global markets.
BlackRock trims GEA Group voting rights to 9.21% from 9.40%
Toyota (TM.US) sales in China dropped by 23% in August, marking the seventh consecutive monthly decline in global sales
Toyota’s sales have declined for the seventh consecutive month.
Crypto prices
More
