Land of Conquest Announces Open Beta Test
A few months after a successful CBT, Land of Conquest launches Open Beta Test for players.
New generation blockchain strategy game, Land of Conquest has recently released an overview of its progress so far. The game has been under maintenance since the Closed Beta Test was concluded. The simulation game conducted long-term testing where about 2,582 players conquered the Wasteland World. A total combination of over 15,000 minutes was devoted to the gaming activity in Land of Conquest.
LOC gamers have played more than 10,000 times and built over 100 game guilds. In addition to that, over 811,000 SLG has been produced on the 327 lands available. Developers believe they have built an inseparable relationship between players and the gaming ecosystem. LOC is happily progressing to the next phase of its game development with the launch of the Open Beta Test.
Land of Conquest: Open Beta Test
The Land of Conquest Open Beta Test is scheduled to begin on Jan 20th, 2023 at 12:00 AM. The new testing phase will be filled with many exciting experiences for players. LOC will extract some fantasizing experiences from previous testing sessions held in September. The team fixed over 1000 bugs discovered during the testing. Videos created by players from the CBT served as a guide to the developing team during optimization.
Players with a certain amount of LOCGold will be automatically rewarded with a Land in the Open Beta test on Mainnet. To get a Super Rare Land NFT, a player must consume 6000 LOCGold in buying Gold and a minimum of 18,000 LOCGold for a Super Super Land NFT. However, there are no limitations to the free SR/SSR Land NFTs a player can get. Only rarities are attached to a certain amount of LOCGold.
Land of Conquest is currently planning on optimizing the economic model and mechanism of the game. In fact, more interesting gameplay will surface the exciting world of LOC after the upgrade. LOC developers are eager to see players test-run their newly optimized sphere of the game simulation.
