最后更新
2018年4月25日
EnGameChain将采用新型区块链技术,通过“无信任”来从根本上解决目前赌博业存在的各种难点。与精心设计的令牌系统相结合。 EnGameChain将基于应用集群和博彩娱乐的用户以及团队所掌握的赌博特区的线下资源,实现区块链在线赌博应用的开放平台的建立。简而言之,使用区块链作为解决方案的优点如下:
1.保证用户’好处:保存在区块链上的数据不会被篡改。它可靠,可检查和可验证。避免使用黑匣子。随着“SDK”的使用由平台独立创建,平台上的应用数据实时可靠。因此,实现了完全公平的游戏结果。
2.改善用户体验:用户可以更方便地访问平台而无后顾之忧。平台的竞争机制也有助于用户有效地选择应用程序。
3.降低运营和维护成本:智能合约的使用简化了流程,大大降低了人员操作和维护的成本。
除了创新技术,EnGameChain在设计上也具有很强的兼容性。通过访问EnGameChain,它可以完美地考虑同时进行赌博娱乐活动的数字资产用户和非数字资产用户。因此,在线赌博娱乐行业的现有操作系统也不会破坏性地破坏,并且对现有的市场参与者进行最佳的无缝升级。
EnGameChain的用户可以使用BTC,ETH和EGC等数字资产由平台提供在平台的应用程序中进行支付和赌博,从而获得奖励。 EnGameCoin(EGC)是衡量和体现EnGameChain平台的数字经济行为,也是一种有价值的流通媒介。该平台利用已发行的令牌 - EGC,在整个产业链的每个主题之间建立一个完整的生态系统,包括用户,渠道,应用,代理和基础,使每个不同的主题能够在EGC周围产生不同的应用并获得受益于该平台。
1.Blockchain technology
The blockchain is a distributed data system participated by multiple nodes. Its biggest feature is to have no center node, unalterable and unforgeable. Due to numerous participant nodes, it can be said that it is a big account book owning self-confidence mechanism. Both any random data and the nodes in the blockchain have a chance to participate in bookkeeping. As data changes, the system will choose the nodes with the fastest speed of bookkeeping to record this information. Simultaneously, other people are notified to back up the data. In this way, every person in the system has a complete account book. It is because of the features mentioned above that the blockchain technology receives an extensive attention in many businesses that need to guarantee data consistency, fairness and impartiality.
In traditional online gambling business, all data are recorded in the central server. Users cannot see who bet. The detailed computational process of the games is unknowable. Besides, it cannot inquire whether the platforms cheat. Therefore, it is a great problem for users’ credibility on the platforms. EnGameChain brings the blockchain technology into the platform and keeps consumption records of users participating in the game in the blockchain, enabling all data to be reliable, checkable and verifiable. The algorithm of random events relied by the game will be also put in the blockchain and made public simultaneously. Through mutual confidence mechanism of the blockchain per se, self-verification process of the fairness of the platform is completed.
2.Smart contract
For users, smart contract can be seen as an automatically guaranteed account. As the specific conditions are met, the procedure will release and transfer funds.
In the technical level, smart contract is a code of storage, verification and execution in the blockchain. What is different from traditional service code is that all people can see smart contract because these codes and state of them are in the blockchain. In addition, smart contract does not depend on a certain specific hardware. As a matter of fact, the codes of smart contract are executed by the equipment participating in mining.
Smart contract is the assembly language of program design in the blockchain. The people usually compile it from more advanced language such as Solidity and special-purpose language similar to JavaScript. These codes can be easy to make interaction with the blockchain.
The execution of the codes is automatic. As its set conditions are met, smart contract in the blockchain will be executed automatically. Either it is successfully executed or all changes of state are cancelled, which can avoid the execution of the contract part.
3.PoW and PoS
Bitcoin realizes autonomy of property right and decentralization through public key system and PoW. However, if the simple transaction without discretion is made in a way of traceable responsibility as per definite rules, it is not necessary to pursue complete decentralization. For example, open source program does not require each person to independently compile source code but provide the compiled program for being downloaded. A few people are only needed to make compilation for verification. If the bookkeeping system in the blockchain can be designed to be a kind of certain and non-discretionary simple transaction with cryptographic evidence left after doing evil, such bookkeeping mechanism cannot pursue complete decentralization, thus obtaining higher efficiency.
POS is a kind of special transaction, called as coinsake. In the transaction of coinsake, block holders can consume coinage (coinage, coin-holding quantity * coin-holding time) to obtain interest and, simultaneously, a block and priority of using POS to create coin for main network generation. The first input of coinsake is called as kernel and the target agreement in line with a certain Hash is needed. Therefore, the generation of POS block is random. This process is similar to POW. However, an important distinction lies in that random hash operation is completed in a limited space. Unlike POW, it is sought in an unlimited space. Therefore, unnecessary energy consumption can be saved.
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