Different versions of the traditional online rummy (card game) are presented by skill gaming companies over internet. That is the designers of the games, who are the dealers at the same time, act as the central authority controlling key aspects of the game. This paper introduces a blockchain-enabled distributed system that redefines the dealer’s role, curbing its monopolistic influence over the game and thereby showing the proof for the game manufacturer that it has no possible control to manipulate the process of the gameplay. By leveraging the decentralized and immutable nature of blockchain technology, our system ensures that actions like card distribution and card drawing are transparently and verifiably managed by all participants. This proposal preserves the dealer’s presence while establishing a balanced structure where no single entity can dominate the gameplay. The proposed approach enhances fairness and trust, providing a secure and equitable online gaming experience for all players. We have implemented our proposed scheme on the Ethereum platform. Experimental results demonstrate the viability of our model.

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Blockchain-Enabled Distributed Rummy: Proof for the Designers in Online Skill Gaming Industries

  • Debendranath Das,
  • Subhamoy Maitra

摘要

Different versions of the traditional online rummy (card game) are presented by skill gaming companies over internet. That is the designers of the games, who are the dealers at the same time, act as the central authority controlling key aspects of the game. This paper introduces a blockchain-enabled distributed system that redefines the dealer’s role, curbing its monopolistic influence over the game and thereby showing the proof for the game manufacturer that it has no possible control to manipulate the process of the gameplay. By leveraging the decentralized and immutable nature of blockchain technology, our system ensures that actions like card distribution and card drawing are transparently and verifiably managed by all participants. This proposal preserves the dealer’s presence while establishing a balanced structure where no single entity can dominate the gameplay. The proposed approach enhances fairness and trust, providing a secure and equitable online gaming experience for all players. We have implemented our proposed scheme on the Ethereum platform. Experimental results demonstrate the viability of our model.