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    Introduction. Blockchain games give players true digital ownership of their in-game assets, and they can trade them with other players, even across multiple games and platforms. The use of smart contracts in web3 games also enables a fair and transparent gaming experience, with provable scarcity and reduced potential for fraud and cheating. In blockchain-based games, players can literally own their in-game assets and currency. All data related to these items is stored in a distributed ledger that anyone can access. This means players have complete control over their digital assets, without any authorities or third parties controlling them. So, how is it different from regular games which allow users to purchase in-game assets such as costumes, avatars, weapons and more? Now, in traditional games, players only buy the right to use these assets in the game. But with web3 games, players actually own these digital items because they reside in an immutable blockchain ledger. This means

Introduction Traditional online game platforms often rely on a centralized authority or a 'trusted third party' to maintain fair play, which can create a layer of opacity and mistrust. HashFair, however, disrupts this approach by providing an autonomous dealer that guarantees both the integrity of game outcomes and the immediacy of transactions. By leveraging blockchain technology, all game outcomes are transparent, traceable and tamper-proof, which not only instills trust among gamers but also removes the need for a central authority. Moreover, HashFair differs significantly from conventional 'provably fair' and 'Random Number Generator (RNG)' models prevalent in the online gaming domain. While the 'provably fair' systems provide a certain degree of transparency and the RNG models ensure unpredictability in game outcomes, they both operate within a centralized framework, thereby inherently entrusting a single entity with the responsibility of fair play.

  Introduction. Cryptography is the science of securing communications or information into secret codes so that they are secure. With this cryptography, only the sender and recipient can see the contents of the data or information sent. Cryptography also has a close relationship with encryption and decryption. Encryption itself is an act of converting plaintext into text that cannot be understood or also known as ciphertext. While decryption is the opposite, namely the process of converting text that cannot be understood into plaintext again. These two processes can be governed by one or even several cryptographic keys. The keys used for the encryption and decryption process generally do not need to be identical, so it depends on what system is used. In HashFair, the safety of user information, funds, and gameplay is of utmost importance. Here are the measures they undertake for Security and Risk Mitigation:Blockchain Security: Being a decentralized platform, HashFair operates on Polyg