PASUR
A TRADITIONAL IRANIAN TWO-PLAYER GAME
A FISHING CARD GAME OF PERSIAN ORIGIN
Pasur is a popular fishing card game with an attractive and fascinating game process. Thanks to Parsur’s functionality, design and technical solutions, the game stands out with its unique attractiveness.
We managed to maintain the true values of the game, while making it much more engaging and absorbing for the digital era. We follow convention in terms of the following bid: Sur – If a player can take all the table cards without playing a J, then he scores a Sur.
PASUR
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Multi-currency support
To ensure the users make payments using the currency they are already comfortable using, the game is supported by all ISO standard currencies.
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History View
The records of the past three days’ games are fully accessible to the players.
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Design Customization
Parsur by Galaxsys allows players to modify the background color and style, as well as cards and front design.
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Guest Mode
Before starting the games, players can see how other users are engaging with the game. To help them do so, we integrated a special “Guest Mode”.
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Availability across devices
The game is available on the following channels: web, mobile(portrait and landscape)
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Highly engaging
Throughout the game, the players can participate in both tournaments and rake races.
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.