Fortnite, the popular battle royale game, could potentially integrate blockchain technology in the future, according to Tim Sweeney, the CEO of Epic Games. However, Sweeney clarified that Fortnite will not incorporate cryptocurrency or NFT trading. Instead, he is interested in leveraging the underlying concept of blockchain as a decentralized solution for distributed transactional evolution of simulation state within an open ecosystem.
Sweeney sees the potential of blockchain as a database alternative. For instance, Pirate Nation, a crypto role-playing game, plans to use multiple blockchains to process user information just as a traditional game relies on multiple databases. Sweeney believes that money is not the most interesting application for blockchain technology. Instead, he highlights the value of cryptographic consensus protocols and zero-knowledge proofs in various systems.
Sweeney has been an advocate for the “open metaverse,” a concept that promotes decentralization and interoperability in digital experiences. He believes that no single company should own the metaverse. However, he cautioned against the unrealistic expectation of freely transferring assets between games, stating that it is both threatening to game developers and technically impractical. Instead, Sweeney emphasizes the importance of open protocols, standards, and interoperability in building the future of the metaverse.
To promote interoperability, Epic has engaged with organizations like the Metaverse Standards Forum, which aims to establish technical standards across the industry. Sweeney suggests that blockchain’s association with cryptocurrency may have tarnished its reputation, but he remains optimistic about its long-term potential. However, he acknowledges that the technology is still in a “Wild West” phase and urges caution.
In summary, while Fortnite may not embrace cryptocurrency or NFTs, there is a possibility that the game could integrate blockchain technology in the future, leveraging its decentralized nature for transactional processes.