Sunflower Land Expands the Metaverse with Sunflower Isles
Sunflower Land, recently revealed that they are bringing new updates. The Play-to-Own crypto game is currently in the beta stage and may continue to change and improve over time.
Sunflower Land, the agricultural simulation blockchain game, will soon be able to connect with a much larger metaverse outside of their farm.
The expansion was hinted at by the release of a metaverse map in a tweet on September 16 by Sunflower Land. The land expansion is named Sunflower Isle. As the game continues to evolve, it may shift from a simulation of farming to more of an open-ended sandbox experience set in an infinite metaverse.
Land Expansion through Sunflower Isles
After many months of testing with limited crops and trade systems, Sunflower Land is ready to transition into a play-to-earn game with a more robust in-game economy. Till now, the residents of Sunflower Land were confined to the area between Goblin Village and Sunflower Land.
The Sunflower Isles will soon be accessible for players to explore new islands and expand their land. Sunflower Isles may be developed utilizing wood and stone materials, which will be added to the map. The Islands may eventually become restricted locations, accessible only after levelling up.
Upcoming NFT of a New Kind
Sunflower Land is also coming closer to releasing the Bumpkin NFT. The new collection will have a separate mint, and all player avatars will be upgradeable. Players will have the option to make or purchase SFT tokens and clothing items for their characters. When the avatar is listed for NFT resale, all accessories and garments will be mirrored on the avatar's picture.
About Sunflower Land
Sunflower Land is a Play-to-Own crypto game in which everything you acquire is identifiable on the Polygon Blockchain. As you expand your agricultural empire, you may farm, chop, mine, craft, and many other things. It is deeply committed to creating a Metaverse formed and built by the community. The game simulates real-world economic demand and supply by including a mechanism that makes resources rarer as time passes.
