Disney joins the web3 bandwagon and enters the metaverse with a Carrieverse partnership.
Fans can engage with iconic Disney and Pixar characters in Carrieverse.
In celebration, Carrieverse hosts an event tied to CVTX, signaling strong market interest.
Disney makes its official entrance into the metaverse with its latest Carrieverse partnership. The entities have a content licensing agreement where the leading web3 platform will integrate Disney’s iconic characters including Pixar characters into the digital world of Carrieverse.
The development of the Disney Exhibition Hall has begun!Although it's still under construction, you'll be able to see the Disney logo for yourself in Carrieverse with the upcoming update~ pic.twitter.com/1APiVcyblV
— Carrieverse (@CarrieVerse) July 29, 2024
As we can see from the post above, the development of the Disney Exhibition Hall is already underway giving light to the many new expectations Disney and Web3 fans can expect from this exciting new collaboration.
To highlight, this partnership allows users to engage with timeless characters in innovative ways. Users can experience the metaverse alongside familiar and rich storytelling with interactive digital environments.
Carrieverse launched in March and has since grown to celebrate over 100,000 daily active users, primarily in Southeast Asia. The inclusion of Disney’s properties is expected to drive further engagement and community expansion, solidifying Carrieverse as a central hub for metaverse activities.
To celebrate this collaboration, Carrieverse is hosting a special event with tiered rewards linked to the price of its governance token, CVTX. Specifically, the rewards range from CVTX tokens to a Singapore Disney Cruise, depending on the token’s value.
Indeed, this event highlights the potential of CVTX, which has seen a recent surge in trading volume and price, signaling positive market sentiment. Disney and Pixar Characters Enter the Metaverse via Carrieverse Collaboration, CVTX Event Launches appeared first on Crypto News Land.