Meta space pris 

MES

Meta space, abbreviated as MES, is created by the MES Ecological Development Foundation. With the support of the underlying technology of Ethereum, it creates a value Internet ecosystem based on NFT and meta universe, and realizes the interconnection of virtual and network by combining people, processes, data and things. Makes network connections more relevant and valuable. As a practical value interconnection ecological platform, MES provides a series of technical and functional characteristics to support the value mapping between the real world and the virtual world, and provides a feasible realization path for the exploration and early realization of value mapping. Therefore, the goal of MES is to build a universal, complete supporting function, high performance, easy-to-use, good user experience, and extensible infrastructure based on NFT and meta-universe theory, and to create an ecosystem that supports various applications on the chain. The main technological innovations of MES include: • At the bottom P2P network node communication level, combining the advantages of the existing Tor-based anonymous communication network and the blockchain-based distributed VPN has realized the original hidden P2P communication network, and the design and realization of the node anonymous connection It also implements a private encrypted communication protocol, which greatly enhances the anonymity of nodes in the underlying communication network, and ensures that the communication between nodes is difficult to track and crack. • At the level of the underlying data structure, a new data structure is adopted, and an enhanced directed acyclic graph (DAG)-HashNet (HN) is adopted to achieve asynchronous and parallel event consensus verification and improve the scalability of the system sex. • At the level of the distributed consensus mechanism, a safe and efficient two-layer consensus mechanism is designed. The HashNet consensus based on enhanced DAG and the Byzantine negotiation (BA-VRF) consensus based on the random selection function are designed. This consensus mechanism has high concurrency and transactions. Confirming the characteristics of fast speed can quickly build an ecosystem for different application scenarios. • At the level of anti-quantum attack, adopt a new anti-quantum attack cryptographic algorithm, by replacing the ECDSA signature algorithm with an integer lattice-based NTRUsign signature algorithm, and at the same time replacing the existing SHA series algorithm with the Keccak-512 hash algorithm, reducing quantum computing Threats posed by rapid development and the gradual popularization of quantum computers. — 19 — • At the level of anonymous transactions, combined with the characteristics of existing encrypted virtual currencies, through one-time key and ring signature technology, designed anonymity and privacy protection methods with high cost-effectiveness and excellent security, and support zero-knowledge proof as Select functions to meet the privacy protection needs of different application scenarios. • At the smart contract level, through the realization of the Moses Virtual Machine (MVM), it supports declarative non-Turing complete smart contracts and advanced Turing complete smart contracts for the Moses language. The advantage lies in better support Off-chain data access supports the issuance of third-party assets, and can be implemented in actual application scenarios in the form of public chains, alliance chains, and private chains. • At the cross-chain communication and multi-chain integration level, the relay chain technology is used to implement the cross-chain communication and multi-chain integration functional modules as a single layer of Overlay, which can maintain the independence of cross-chain operations and reuse the MES foundation Various functions of the chain. • At the level of ecological incentives, comprehensive use of Token distribution methods and methods, and support for mining for ecological incentives. • At the industry application level, through the development of JSON-RPC industry common interfaces such as circulation payment, data transmission, data search, and contract invocation, it supports various upper-level applications.