The solution space of the fuzzy transitive closure matrix consensus algorithm (FRMH1.0) is 10,000 times that of the Bitcoin mining algorithm, which greatly improves the security guarantee. At the same time, the double encryption and double adjustment mechanism implemented by the GEN chain makes the GEN chain Safety performance has been greatly improved.
Through the current number block reward mechanism, the future realization of the uncle block reward mechanism and the future realization of the network-wide random lottery mechanism, fairness can be achieved, everyone can participate in mining, in order to improve node participation and enhance the attributes of the blockchain.
Because the algorithm of the fuzzy transitive closure matrix can output a random matrix of fuzzy transitive closure based on user information, which contains many temporary keys, this provides a broader platform for multi-party transactions and multi-layer transactions and physical on-chain Provides a richer application scenario for the GEN chain.
It is resistant to the risk of soaring computing power, which means that even quantum computers can mine the GEN chain and still have a regulation mechanism. If there are 100 million quantum computers to mine GENC, the GEN chain still has more than enough regulation for it.
Singapore GEN Overseas Foundation
Blockchain underlying technology research institute
Blockchain Quantum Technology Research Institute
Blockchain Financial Application Research Institute
Blockchain Intelligent Application Research Institute
Sichuan Chuan Chain Big Data
Research Center, China
Complete technology, highly scalable anti-quantum attack blockchain ecological platform
Provide flexible and secure blockchain infrastructure, one-stop solution and complete developer documentation to facilitate rapid access and deployment of various enterprises and developers.
Double encryption and double regulation mechanism Double encryption (F transfer closure algorithm and hash algorithm) and double adjustment mechanism (linear adjustment and geometric adjustment) are used, which can theoretically resist future quantum computer attacks.
The GEN chain as a Turing complete smart contract system plus the trust guarantee provided by gen can satisfy developers to write arbitrarily complex contracts that exist on the GEN chain and can be propagated on the GEN chain. Developers can implement token customization, financial derivatives, identity systems and decentralized organizations on the GEN chain in a safe and trusted manner, which greatly expands the application range of the blockchain system.
The establishment of smart trust contracts can provide more secure protection for both parties to the transaction and multi-party transactions and step-by-step transactions. Because the GEN chain can establish a fuzzy transfer closure matrix (F closure matrix) based on user information, which contains multiple random numbers and their addresses, which can be used to verify multiple temporary keys required for contract completion.
The establishment of smart trust contracts can solve the problem of physical chaining. For example, when A buys goods from B, when A transfers the money to a public wallet, the system sends a key to A and the returned QR code generated by the key. The generated shipping QR code. B gets the shipping QR code, pastes it on the goods, and sends it to A. When the goods arrive at A, A picks up the goods by means of the received key (that is, returns the own key together with the shipping QR code of B to the F closure array to remove the goods). The system verification ensures that the contract is fully executed, and the payment in the public wallet is transferred to supplier B. This process is shown in Figure 2.