CN117455490A - Data element multi-center protocol mutual recognition and common recognition verification platform - Google Patents
Data element multi-center protocol mutual recognition and common recognition verification platform Download PDFInfo
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Abstract
The invention discloses a data element multi-center protocol mutual recognition and consensus verification platform, which relates to the technical field of multi-center information interaction, in particular to a data element multi-center protocol mutual recognition and consensus verification platform, comprising a multi-center cooperative mechanism, wherein the multi-center cooperative mechanism is respectively and physically connected with a first center module and a second center module; the multi-center collaboration mechanism comprises a protocol mutual recognition module and an interface end. The data element multi-center protocol mutual recognition and common recognition verification platform provides contract class, event class, state class and analysis class universal unified interfaces for multi-center interaction, distributed identity protocol, proving conversion protocol, cross-chain addressing protocol, cross-chain communication protocol and other protocol mutual recognition technologies, performs distributed updating of transaction execution states, has reasonable design of asset freezing and unlocking conditions, improves safety of inter-chain data asset transfer, and is provided with a block continuous authentication and common recognition verification unit to promote cross-chain trust diffusion and cross-chain information safe circulation.
Description
Technical Field
The invention relates to the technical field of multi-center information interaction, in particular to a data element multi-center protocol mutual recognition and consensus verification platform.
Background
In order to manage data elements nationally or regionally, a data element management center needs to be set up step by step according to a hierarchical architecture of country-region-province. Each center often uses a blockchain to manage its data elements in order to guarantee administrative trust. Common problems are: different blockchains are selected by each center, and the protocols and the consensus mechanisms are different, so that the problems of protocol mutual recognition and consensus verification are required to be solved to manage and analyze the data elements.
The invention designs a multi-center collaboration mechanism which is arranged on a server physically connected with a plurality of centers.
The prior patent (publication number: CN202010722568. X) discloses a regional energy Internet energy transaction method based on a blockchain, which comprises the steps of establishing a blockchain operation platform; the participant obtains an account of the blockchain platform; the participant designates a transaction contract and performs encryption signature confirmation through the blockchain account; the transaction contract realizes a transaction process through a transaction environment provided by a network protocol and ensures the quick achievement of the transaction by using a PoW consensus mechanism; after the transaction starts, a request is sent, a state machine is started to execute operation on the contract, and after the transaction node is verified, the intelligent contract is executed. The intelligent contract is deployed in a blockchain network and called, and the transaction is automatically executed and stored in a distributed account book; the transaction method can effectively solve the problems of high service cost, low transaction efficiency, lack of safety guarantee for user privacy and the like in the traditional energy transaction process. However, the following disadvantages exist:
1. the traditional asset management scheme can complete the management of related objects by adopting a blockchain platform or a set of information system, and realizes mutual trust among a plurality of subjects. However, the data assets belong to various information systems, the management main rights are distributed, and different technical systems are adopted respectively, including different block chain protocols and consensus mechanisms, so that the mutual agreement and the consensus verification are very difficult;
2. data assets are often automatically generated by internet of things, internet systems, and are far more massive than other assets; the block chain provides decentralization and security, and meanwhile, the defects of low efficiency and poor performance are brought, and the block chain is worry when facing large-scale and high-concurrency data asset management;
3. the data has the characteristics of easy copying and easy tampering, and the problems of asynchronous state, inconsistent asset and the like can be caused in the data asset transfer process.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a data element multi-center protocol mutual recognition and consensus verification platform, which solves the problems in the background art:
1. providing a distributed identity protocol, a multi-center addressing protocol, a proving conversion protocol and a multi-center communication protocol in a protocol mutual recognition module, and solving the problem of protocol mutual recognition and common recognition verification among a plurality of block chains;
2. providing a contract interface, an event interface, a state interface and an analysis interface, and improving the automatic processing capability of the blockchain under high concurrency of mass data;
3. mechanisms such as distributed updating, asset freezing/thawing, block continuous authentication and consensus verification units are provided to solve the problems of state dyssynchrony and asset inconsistency.
In order to achieve the above purpose, the invention is realized by the following technical scheme: the data element multi-center protocol mutual recognition and consensus verification platform comprises a multi-center cooperative mechanism, wherein the multi-center cooperative mechanism is respectively and physically connected with a first center module and a second center module;
the multi-center collaboration mechanism comprises a protocol mutual recognition module, an interface module and a management module;
the protocol mutual recognition module comprises a distributed identity protocol, a multi-center addressing protocol, a proving conversion protocol and a multi-center communication protocol;
the distributed identity protocol is used for respectively obtaining partial information about the personal/unit identity of the user from the first center module and the second center module, and completing verification and authentication of the identity after fusion;
the multi-center addressing protocol refers to a communication protocol below a network layer during communication between center modules, and is used for solving the problem that after an addressing request of a user is received, the address of the user is judged to be actually positioned in a first center module or a second center module, and then the addressing request is sent to the corresponding center module, so that a transparent addressing process is realized;
the multi-center communication protocol refers to a communication protocol above a transmission layer during communication between center modules, and is used for solving the problem that after addressing is completed, the communication content between the multiple centers can be correctly understood;
the interface terminal comprises a contract interface, an event interface, a state interface and an analysis interface;
a contract interface, which is an interface for calling intelligent contracts;
an event type interface, which is an interface for inquiring an event of which the state is changed;
a state class interface, which refers to an interface that queries the state that can be changed by an event;
the analysis type interface is an interface supporting the coding and decoding of the data element identification;
the first central module comprises a block A, a block B, a block C … … block M and a block N respectively;
the second center module comprises a block S, a block T … … block X, a block Y and a block Z.
Optionally, the management module includes a distributed update, asset freeze/thaw, block continuous authentication and consensus verification unit.
The distributed updating means that the real-time synchronization of the transaction execution state is kept between the first center module and the second center module, so that the phenomenon of inconsistent mutual accounting is avoided;
asset freezing/thawing, namely asset freezing and unlocking conditions with reasonable configuration, so as to ensure mutual recognition of data asset transfer between the first center module and the second center module;
the block continuous authentication and consensus verification unit refers to a license chain multi-center dynamic consensus mechanism, wherein the license chain multi-center dynamic consensus mechanism comprises a transaction consistency dynamic verification mechanism and a global block chain consensus mechanism.
Optionally, the distributed identity protocol, the multi-center addressing protocol, the proof transformation protocol and the multi-center communication protocol are connected in an interactive way.
Optionally, the contract class interface, the event class interface, the state class interface and the analysis class interface are connected in an interactive way.
Optionally, the contract class interface, the event class interface, the state class interface and the analysis class interface adopt universal unified interface specifications.
Optionally, the block continuous authentication and consensus verification unit ensures cross-chain trust and promotes cross-chain trust diffusion and cross-chain information security circulation.
The invention provides a data element multi-center protocol mutual recognition and consensus verification platform, which has the following beneficial effects:
the protocol mutual recognition module comprises a distributed identity protocol, a proving conversion protocol, a cross-link addressing protocol, a cross-link communication protocol and the like, so that various protocol information of a user is distinguished and classified, various protocol information is more clear, and universal unified interfaces such as contract type interfaces for dispatching cross-link resources, event type interfaces for monitoring cross-link requests, state type interfaces for performing cross-link transaction verification, analysis type interfaces for supporting identification coding and decoding and the like are provided for multi-center interaction;
the asynchronous transaction accurately verifies the validity and the authenticity of the transaction appearing on the multi-center, realizes the distributed updating of the transaction execution state, has reasonable design of asset freezing and unlocking conditions, improves the safety of inter-chain data asset transfer, and prevents the problems of data asset transfer caused by the midway withdrawal of the transaction; and the cross-chain trust is passed through a block continuous authentication and consensus verification unit to promote cross-chain trust diffusion and cross-chain information security circulation.
Drawings
Fig. 1 is a schematic flow diagram of a framework of the data element multi-center protocol mutual authentication and consensus verification platform.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments.
In the description of the present invention, unless otherwise indicated, the meaning of "a plurality" is two or more; the terms "upper," "lower," "left," "right," "inner," "outer," "front," "rear," "head," "tail," and the like are used as an orientation or positional relationship based on that shown in the drawings, merely to facilitate description of the invention and to simplify the description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the invention. Furthermore, the terms "first," "second," "third," and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "connected," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
Referring to fig. 1, the present invention provides a technical solution: the data element multi-center protocol mutual recognition and consensus verification platform comprises a multi-center cooperative mechanism, wherein the multi-center cooperative mechanism is respectively and physically connected with a first center module and a second center module;
the multi-center collaboration mechanism comprises a protocol mutual recognition module, an interface module and a management module;
the protocol mutual recognition module comprises a distributed identity protocol, a multi-center addressing protocol, a proving conversion protocol and a multi-center communication protocol;
the distributed identity protocol is used for respectively obtaining partial information about the personal/unit identity of the user from the first center module and the second center module, and completing verification and authentication of the identity after fusion;
the multi-center addressing protocol refers to a communication protocol below a network layer during communication between center modules, and is used for solving the problem that after an addressing request of a user is received, the address of the user is judged to be actually positioned in a first center module or a second center module, and then the addressing request is sent to the corresponding center module, so that a transparent addressing process is realized;
the multi-center communication protocol refers to a communication protocol above a transmission layer during communication between center modules, and is used for solving the problem that after addressing is completed, the communication content between the multiple centers can be correctly understood;
the interface terminal comprises a contract interface, an event interface, a state interface and an analysis interface;
a contract interface, which is an interface for calling intelligent contracts;
an event type interface, which is an interface for inquiring an event of which the state is changed;
a state class interface, which refers to an interface that queries the state that can be changed by an event;
the analysis type interface is an interface supporting the coding and decoding of the data element identification;
the first central module includes a block a, a block B, a block C … … block M, and a block N, respectively (here, letters are merely examples for distinguishing the blocks, and do not represent a limitation on the order or the number thereof);
the second central module includes a block S, a block T … … block X, a block Y, and a block Z, respectively (here, the letters are merely examples for distinguishing the blocks, and do not represent a limitation on the order or the number thereof).
In this embodiment, as shown in fig. 1, the management module includes a distributed update unit, an asset freeze/thaw unit, a block continuous authentication unit, and a consensus verification unit.
The distributed updating means that the real-time synchronization of the transaction execution state is kept between the first center module and the second center module, so that the phenomenon of inconsistent mutual accounting is avoided;
asset freezing/thawing, namely asset freezing and unlocking conditions with reasonable configuration, so as to ensure mutual recognition of data asset transfer between the first center module and the second center module;
the block continuous authentication and consensus verification unit refers to a license chain multi-center dynamic consensus mechanism, wherein the license chain multi-center dynamic consensus mechanism comprises a transaction consistency dynamic verification mechanism and a global block chain consensus mechanism.
In this embodiment, as shown in fig. 1, the distributed identity protocol, the multi-center addressing protocol, the proof translation protocol, and the multi-center communication protocol are interconnected.
In this embodiment, as shown in fig. 1, the contract type interface, the event type interface, the state type interface, and the analysis type interface are connected with each other.
In this embodiment, as shown in fig. 1, a contract type interface, an event type interface, a state type interface, and an analysis type interface adopt a universal unified interface specification.
In this embodiment, as shown in fig. 1, the block continuous authentication and consensus verification unit ensures cross-chain trust, and facilitates cross-chain trust diffusion and cross-chain information security circulation.
The foregoing is only a preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art, who is within the scope of the present invention, should make equivalent substitutions or modifications according to the technical scheme of the present invention and the inventive concept thereof, and should be covered by the scope of the present invention.
Claims (6)
1. The data element multi-center protocol mutual recognition and consensus verification platform comprises a multi-center cooperative mechanism and is characterized in that: the multi-center collaboration mechanism is respectively and physically connected with the first center module and the second center module;
the multi-center collaboration mechanism comprises a protocol mutual recognition module, an interface module and a management module;
the protocol mutual recognition module comprises a distributed identity protocol, a multi-center addressing protocol, a proving conversion protocol and a multi-center communication protocol;
the distributed identity protocol is used for respectively obtaining partial information about the personal/unit identity of the user from the first center module and the second center module, and completing verification and authentication of the identity after fusion;
the multi-center addressing protocol refers to a communication protocol below a network layer during communication between center modules, and is used for solving the problem that after an addressing request of a user is received, the address of the user is judged to be actually positioned in a first center module or a second center module, and then the addressing request is sent to the corresponding center module, so that a transparent addressing process is realized;
the multi-center communication protocol refers to a communication protocol above a transmission layer during communication between center modules, and is used for solving the problem that after addressing is completed, the communication content between the multiple centers can be correctly understood;
the interface terminal comprises a contract interface, an event interface, a state interface and an analysis interface;
a contract interface, which is an interface for calling intelligent contracts;
an event type interface, which is an interface for inquiring an event of which the state is changed;
a state class interface, which refers to an interface that queries the state that can be changed by an event;
the analysis type interface is an interface supporting the coding and decoding of the data element identification;
the first central module comprises a block A, a block B, a block C … … block M and a block N respectively;
the second center module comprises a block S, a block T … … block X, a block Y and a block Z.
2. The data element multi-center protocol mutual authentication and consensus verification platform as recited in claim 1, wherein: the management module comprises a distributed updating unit, an asset freezing/thawing unit, a block continuous authentication unit and a consensus authentication unit;
the distributed updating means that the real-time synchronization of the transaction execution state is kept between the first center module and the second center module, so that the phenomenon of inconsistent mutual accounting is avoided;
asset freezing/thawing, namely asset freezing and unlocking conditions with reasonable configuration, so as to ensure mutual recognition of data asset transfer between the first center module and the second center module;
the block continuous authentication and consensus verification unit refers to a license chain multi-center dynamic consensus mechanism, wherein the license chain multi-center dynamic consensus mechanism comprises a transaction consistency dynamic verification mechanism and a global block chain consensus mechanism.
3. The data element multi-center protocol mutual authentication and consensus verification platform as recited in claim 1, wherein: the distributed identity protocol, the multi-center addressing protocol, the proof conversion protocol and the multi-center communication protocol are connected in an interactive way.
4. The data element multi-center protocol mutual authentication and consensus verification platform as recited in claim 1, wherein: and the contract type interfaces, the event type interfaces, the state type interfaces and the analysis type interfaces are connected in an interactive way.
5. The data element multi-center protocol mutual authentication and consensus verification platform as recited in claim 1, wherein: the contract type interface, the event type interface, the state type interface and the analysis type interface adopt universal unified interface specifications.
6. The data element multi-center protocol mutual authentication and consensus verification platform as recited in claim 2, wherein: the block continuous authentication and consensus verification unit ensures cross-chain trust and promotes cross-chain trust diffusion and cross-chain information security circulation.
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