Mr. Thimble
Ready for some Hocus-Pocus?
Mr. Thimble, one of the new additions to our portfolio, will fascinate your players with its modern and amusing graphics. The game works the following way: the player makes a bet before the game starts and waits until a small ball is placed beneath one of the three identical cups, which are then shuffled in an upside-down position. The aim of the game is to guess the cup under which the ball is hidden. The players can play with the same bet amount for a maximum of 9 sequential levels.
Mr. Thimble
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Cutting-edge graphics
The game contains modern and innovative elements and is designed in a way that is the most convenient for the players, both visually and functionally.
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Up to x19600 Multiplier
the players can play with the same bet amount for a maximum of 9 sequential levels. After winning each one, the bet amount will be multiplied by the corresponding coefficient.
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Player-based UI/UX
As we put player satisfaction at the heart of all the design decisions, the game is designed in a way that is the most convenient for the players, both visually and functionally.
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Provable Fairness
To assure true randomness, we only use the most reliable and high-end Random Number Generator technologies. Players can check the fairness of the game by using Hash Code system.
We deliver quality, every time
True Randomness
For true randomness, Galaxsys only uses the most reliable and high-end Random Number Generator technologies in all our games – for example, we deploy the Quantum Random Number Generators from the world leader in quantum-safe crypto solutions – ID Quantique.
Provable Fairness
The Hash-based cryptographic verification technology we use ensures that the outcome of the games is completely random. After the end of each game, players are given the opportunity to confirm the randomness of the results.
Security
At Galaxsys, we believe that random number generation needs to be unfailingly reliable and compliant with the most demanding standards. Poor quality randomness means poor security as the output bit stream may be predictable and therefore easily guessed or emulated.