Digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision

Abstract

The present invention discloses a digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. A corresponding digital data management and control system is constructed based on multiple functional spaces and digital data, and the decentralized operation of multiple functional spaces on digital data is regulated in the digital data management and control system, thereby realizing decentralized control of digital data in multiple functional spaces. Furthermore, the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, a bad node of the digital data is defined, and an abnormal functional space is defined according to the bad node of the digital data and the function configuration table, and an abnormal factor is defined based on the abnormal detection of the abnormal functional space, and autonomous management and control of the digital data is triggered according to the abnormal factor, the bad amount of digital data, the type of digital data, and the service life of the digital data.

Description

Technical Field

[0001] The present invention relates to the technical field of management platforms, and in particular to a digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. Background Art

[0002] With the development of science and technology, electronic evidence is applied in people's lives and interacts in multiple fields. Electronic evidence is evidence stored in electronic digital data. In the existing technology, electronic evidence and mobile phone supervision platforms are used to trace data and screen out corresponding digital data. Staff need to manually regulate digital data and cannot achieve autonomous control of digital data. Summary of the invention

[0003] The purpose of the present invention is to overcome the shortcomings of the prior art. The present invention provides a digital decentralized litigation management platform based on electronic evidence and mobile phone supervision, which collects positioning signals of electronic evidence and triggers positioning detection of electronic evidence according to the positioning signal; collects the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence; forms multiple functional spaces according to the division of the digital data chain corresponding to the electronic evidence; constructs a corresponding digital data management and control system based on multiple functional spaces and digital data, and regulates the decentralized operation of multiple functional spaces on digital data in the digital data management and control system, thereby realizing the association of multiple functions of digital data and realizing decentralized control of digital data in multiple functional spaces.

[0004] Furthermore, the distributed operation of digital data is monitored in real time, and the corresponding functions are embedded in the digital data. The function configuration table of the digital data is defined according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, the bad nodes of the digital data are defined, and the abnormal function space is defined according to the bad nodes of the digital data and the function configuration table. The abnormal factors are defined based on the abnormal detection of the abnormal function space, and the autonomous management and control of the digital data is triggered according to the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous optimization of the bad nodes of the digital data, and being compatible with the overall consideration of the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous management and control of the digital data, realizing the autonomous optimization of the digital data, and avoiding artificial digital data regulation.

[0005] The embodiment of the present invention provides a digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision.

[0006] The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision includes:

[0007] Collect the positioning signal of electronic evidence and trigger the positioning detection of electronic evidence according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of evidence materials. The timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal;

[0008] Collect the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence;

[0009] Multiple functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence;

[0010] Construct a corresponding digital data control system based on multiple functional spaces and digital data, and regulate the distributed operations of multiple functional spaces on digital data in the digital data control system;

[0011] Monitor the distributed operation of digital data in real time, embed corresponding functions in the digital data, define the function configuration table of digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and perform orderly management and control of multiple functions of the digital data along the function configuration table;

[0012] If the digital data is in a bad state, a bad node of the digital data is defined, an abnormal functional space is defined based on the bad node of the digital data and the function configuration table, abnormal factors are defined based on abnormal detection of the abnormal functional space, and autonomous management and control of the digital data is triggered based on the abnormal factors, the bad amount of digital data, the type of digital data and the service life of the digital data.

[0013] Optionally, the collecting of the positioning signaling of the electronic evidence and triggering the positioning detection of the electronic evidence according to the positioning signaling includes:

[0014] Collect positioning signals of electronic evidence;

[0015] Defining the location information of the electronic evidence based on the analysis of the location signaling of the electronic evidence;

[0016] Locating the electronic evidence according to the positioning information of the electronic evidence;

[0017] When the electronic evidence is in a positioning state, the control space of the electronic evidence is collected based on the response of the electronic evidence;

[0018] The positioning detection of the electronic evidence is triggered according to the control space, positioning signaling and detection signaling of the electronic evidence.

[0019] Optionally, the collecting of the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence includes:

[0020] Real-time monitoring of the location detection of electronic evidence;

[0021] In the positioning detection of electronic evidence, real-time interactive digital data of electronic evidence is collected;

[0022] Access digital data corresponding to the real-time interactive digital data of electronic evidence and the access permission definition;

[0023] Associate access to digital data and corresponding interactive devices;

[0024] Define the digital data chain corresponding to the electronic evidence based on the access to digital data, the corresponding interactive equipment and the electronic evidence;

[0025] Collect the digital data chain corresponding to the electronic evidence.

[0026] Optionally, the multiple functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence, including:

[0027] Freeze the digital data chain corresponding to the electronic evidence;

[0028] Define the division model based on the length of the digital data chain, the useful life of the electronic evidence, and the application scenarios of the electronic evidence;

[0029] Divide the digital data chain according to the division mode;

[0030] Multiple functional nodes are formed according to the division of the digital data chain;

[0031] Associating the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types;

[0032] A plurality of functional spaces are formed based on the locations of the plurality of functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types.

[0033] Optionally, the constructing a corresponding digital data management and control system based on the multiple functional spaces and the digital data, and regulating the distributed operations of the multiple functional spaces on the digital data in the digital data management and control system, includes:

[0034] Collect multiple functional spaces;

[0035] Forming a functional space set based on multiple functional spaces;

[0036] Associating functional spatial collections and digitized data;

[0037] Conduct digital data control in multiple dimensions based on functional space sets and digital data, and output corresponding digital data control factors in each dimension;

[0038] Construct a corresponding digital data control system based on multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces;

[0039] A digital data management and control system is established, and multiple functional spaces of digital data and digital data are managed based on the digital data management and control system, and the distributed operations of digital data in multiple functional spaces are regulated in the digital data management and control system.

[0040] Optionally, the distributed operation of real-time monitoring of digital data and embedding corresponding functions in the digital data, defining a function configuration table of the digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and performing orderly management and control of multiple functions of the digital data along the function configuration table, including:

[0041] decentralized operations for collecting digital data;

[0042] Real-time monitoring of decentralized operations of digital data;

[0043] In the distributed operation of digital data, functional interaction is performed with the digital data for each functional space, and corresponding functions are embedded in the digital data.

[0044] Optionally, the real-time monitoring of the distributed operation of digital data and embedding corresponding functions in the digital data, defining a function configuration table of the digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and performing orderly management and control of multiple functions of the digital data along the function configuration table, further includes:

[0045] marking the digitized data, and performing digitized data volume detection on the digitized data to define the digitized data volume corresponding to the digitized data;

[0046] The amount of digital data corresponding to the associated digital data, the types of digital data, and the digital data management and control system;

[0047] The digital data volume, digital data types and digital data management and control system corresponding to the digital data, and the orderly management and control of multiple functions of the digital data along the function configuration table.

[0048] Optionally, if the digital data is in a bad state, a bad node of the digital data is defined, an abnormal function space is defined according to the bad node of the digital data and the function configuration table, an abnormal factor is defined based on abnormal detection of the abnormal function space, and autonomous management and control of the digital data is triggered according to the abnormal factor, the bad amount of the digital data, the type of the digital data, and the service life of the digital data, including:

[0049] Monitor digital data in real time and control the integrity of digital data;

[0050] Based on the control of the completeness of the digital data, bad sub-digital data in the digital data is defined, and the bad state of the digital data is triggered.

[0051] Optionally, if the digital data is in a bad state, a bad node of the digital data is defined, an abnormal function space is defined according to the bad node of the digital data and the function configuration table, an abnormal factor is defined based on abnormal detection of the abnormal function space, and autonomous management and control of the digital data is triggered according to the abnormal factor, the bad amount of the digital data, the type of the digital data, and the service life of the digital data, which also includes:

[0052] If the digital data is in a bad state, a bad node of the digital data is defined;

[0053] Associating the bad nodes and the function configuration table of the digital data, and defining an abnormal function space according to the bad nodes and the function configuration table of the digital data;

[0054] Define abnormal factors based on abnormal detection of abnormal functional space, and review the abnormal factors to ensure the accuracy of the abnormal factors;

[0055] Associate abnormal factors, the bad amount of digital data, the type of digital data and the age of digital data, and trigger autonomous control of digital data based on the abnormal factors, the bad amount of digital data, the type of digital data and the age of digital data.

[0056] In addition, an embodiment of the present invention further provides a control system based on electronic evidence storage, and the control system based on electronic evidence storage includes:

[0057] The acquisition module is used to collect the positioning signal of the electronic evidence and trigger the positioning detection of the electronic evidence according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of the evidence materials. The timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal;

[0058] A digital data chain module is used to collect the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence;

[0059] Functional space module, used to form multiple functional spaces according to the division of the digital data chain corresponding to the electronic evidence;

[0060] A distributed operation module is used to construct a corresponding digital data control system based on multiple functional spaces and digital data, and to regulate the distributed operations of multiple functional spaces on digital data in the digital data control system;

[0061] A control module is used to monitor the distributed operation of digital data in real time, embed corresponding functions in the digital data, define a function configuration table of the digital data according to the digital data volume, type of digital data and digital data control system corresponding to the digital data, and perform orderly control of multiple functions of the digital data along the function configuration table;

[0062] The autonomous control module is used to define the bad nodes of the digital data if the digital data is in a bad state, define the abnormal functional space according to the bad nodes of the digital data and the function configuration table, define the abnormal factors based on the abnormal detection of the abnormal functional space, and trigger the autonomous control of the digital data according to the abnormal factors, the bad amount of digital data, the type of digital data and the service life of the digital data.

[0063] In an embodiment of the present invention, through the method in the embodiment of the present invention, the positioning signaling of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signaling; based on the positioning detection of the electronic evidence, the digital data chain corresponding to the electronic evidence is collected; according to the division of the digital data chain corresponding to the electronic evidence, a plurality of functional spaces are formed; based on the plurality of functional spaces and the digital data, a corresponding digital data management and control system is constructed, and the distributed operation of the plurality of functional spaces on the digital data is regulated in the digital data management and control system, thereby realizing the association of the plurality of functions of the digital data and realizing the distributed control of the digital data in the plurality of functional spaces.

[0064] Furthermore, the distributed operation of digital data is monitored in real time, and the corresponding functions are embedded in the digital data. The function configuration table of the digital data is defined according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, the bad nodes of the digital data are defined, and the abnormal function space is defined according to the bad nodes of the digital data and the function configuration table. The abnormal factors are defined based on the abnormal detection of the abnormal function space, and the autonomous management and control of the digital data is triggered according to the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous optimization of the bad nodes of the digital data, and being compatible with the overall consideration of the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous management and control of the digital data, realizing the autonomous optimization of the digital data, and avoiding artificial digital data regulation. BRIEF DESCRIPTION OF THE DRAWINGS

[0065] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0066] Figure 1 It is a flow chart of a digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0067] Figure 2 It is a flow chart of S11 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0068] Figure 3 It is a flow chart of S12 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0069] Figure 4 It is a flow chart of S13 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0070] Figure 5 It is a flow chart of S14 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0071] Figure 6It is a flow chart of S15 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention;

[0072] Figure 7 It is a flow chart of S16 in the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision in an embodiment of the present invention. DETAILED DESCRIPTION

[0073] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0074] See also Figures 1 to 7 , a digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision, the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision includes:

[0075] Step S11: Collect the positioning signal of the electronic evidence, and trigger the positioning detection of the electronic evidence according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of the evidence material. The timestamp ensures the security of the material in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal;

[0076] Step S12: collecting the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence;

[0077] Step S13: forming a plurality of functional spaces according to the division of the digital data chain corresponding to the electronic evidence;

[0078] Step S14: constructing a corresponding digital data management and control system based on the multiple functional spaces and the digital data, and regulating the distributed operations of the multiple functional spaces on the digital data in the digital data management and control system;

[0079] Step S15: monitor the distributed operation of the digital data in real time, embed the corresponding functions in the digital data, define the function configuration table of the digital data according to the digital data volume, the type of the digital data and the digital data management and control system corresponding to the digital data, and perform orderly management and control of multiple functions of the digital data along the function configuration table;

[0080] Step S16: If the digital data is in a bad state, then define the bad nodes of the digital data, define the abnormal functional space according to the bad nodes of the digital data and the function configuration table, define the abnormal factors based on the abnormal detection of the abnormal functional space, and trigger the autonomous management and control of the digital data according to the abnormal factors, the bad amount of digital data, the type of digital data and the service life of the digital data.

[0081] In an embodiment of the present invention, through the method in the embodiment of the present invention, the positioning signaling of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signaling; based on the positioning detection of the electronic evidence, the digital data chain corresponding to the electronic evidence is collected; according to the division of the digital data chain corresponding to the electronic evidence, a plurality of functional spaces are formed; based on the plurality of functional spaces and the digital data, a corresponding digital data management and control system is constructed, and the distributed operation of the plurality of functional spaces on the digital data is regulated in the digital data management and control system, thereby realizing the association of the plurality of functions of the digital data and realizing the distributed control of the digital data in the plurality of functional spaces.

[0082] In the actual application scenarios of the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision, the upload and download operations of its data are mainly realized with the help of digital access U-shield or smart mobile terminals (smartphones, tablet computers), and the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up in the cloud desktop system. The cloud desktop system is an existing technology. For example, the cloud desktop system can be Huawei Cloud, Alibaba Cloud, Tencent Cloud, Qingjiao Cloud, Tianyi Cloud, Ruijie Network Cloud, Sangfor Cloud, etc., which will not be repeated next time.

[0083] An APP application system is set up on the mobile smart terminal to interact with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. The APP application system realizes data interaction between the mobile smart terminal and the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision after successful verification of the account and password generated by the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. The mobile smart terminal uploads data of the digital decentralized management platform based on electronic evidence storage after successful verification of the first password generated by the APP application system. The mobile smart terminal downloads data of the digital decentralized management platform based on electronic evidence storage after successful verification of the second password generated by the APP application system. When processing data interaction with the help of smart mobile terminals, it is necessary to configure a special smart mobile terminal (referred to as a work phone). After the work phone is flashed, the work phone can upload and download data. According to actual needs, the work phone can feed back the collected communication data such as text messages, recordings, videos, etc. to the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision.

[0084] An APP application system that interacts with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up on the computer terminal. The APP application system realizes data interaction with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision after successful verification of the account and password generated by the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. The digital access U shield is used to interact with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision through the APP application system. The digital access U shield realizes data upload and data download after successful verification of the account and password generated by the APP application system. The digital access U shield includes a first marked U shield and a second marked U shield. The first marked U shield and the second marked U shield are respectively used for uploading and downloading data of the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. According to actual needs, the first marked U shield and the second marked U shield can be two U shields of different colors, for example, the first marked U shield is a red U shield and the second marked U shield is a black U shield. Of course, the first marked U shield and the second marked U shield can be U shields of different materials. For example, the first marked U shield is an aluminum alloy shell U shield, and the second marked U shield is a plastic shell U shield.

[0085] Furthermore, the distributed operation of digital data is monitored in real time, and the corresponding functions are embedded in the digital data. The function configuration table of the digital data is defined according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, the bad nodes of the digital data are defined, and the abnormal function space is defined according to the bad nodes of the digital data and the function configuration table. The abnormal factors are defined based on the abnormal detection of the abnormal function space, and the autonomous management and control of the digital data is triggered according to the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous optimization of the bad nodes of the digital data, and being compatible with the overall consideration of the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous management and control of the digital data, realizing the autonomous optimization of the digital data, and avoiding artificial digital data regulation.

[0086] refer to Figure 2 In step S11, the positioning signal of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of the evidence material, and the timestamp ensures the security of the material in the volume. The whole process of the product system is supervised and monitored through the mobile terminal;

[0087] In the specific implementation process of the present invention, the specific steps may be:

[0088] S111: Collecting positioning signaling of electronic evidence;

[0089] S112: defining the location information of the electronic evidence based on the analysis of the location signaling of the electronic evidence;

[0090] S113: locating the electronic evidence according to the location information of the electronic evidence;

[0091] S114: when the electronic evidence is in the positioning state, collecting the control space of the electronic evidence based on the response of the electronic evidence;

[0092] S115: Trigger the positioning detection of electronic evidence according to the control space, positioning signal and detection signal of the electronic evidence; at this time, the digital electronic evidence is used to realize the storage and non-modification of evidence materials, the timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal.

[0093] In an embodiment of the present application, the positioning signaling of electronic evidence is collected and introduced, and the positioning signaling of the electronic evidence is further controlled, so that the positioning information of the electronic evidence is defined based on the analysis of the positioning signaling of the electronic evidence, and then the positioning information of the electronic evidence is output, so as to facilitate further control of the positioning information of the electronic evidence.

[0094] Therefore, the electronic evidence is located according to the positioning information of the electronic evidence, and the positioning control is performed on the electronic evidence. When the electronic evidence is in the positioning state, the control space of the electronic evidence is collected based on the response of the electronic evidence; the positioning detection of the electronic evidence is triggered according to the control space, positioning signaling and detection signaling of the electronic evidence, and the control space, positioning signaling and detection signaling of the electronic evidence are introduced. The control space, positioning signaling and detection signaling of the electronic evidence are controlled in multiple dimensions, which is compatible with the overall consideration of the control space, positioning signaling and detection signaling of the electronic evidence, and the positioning detection of the electronic evidence is guaranteed, which is fully applied to the digital access U shield and / or mobile smart terminals. At this time, the evidence material is stored and cannot be modified by digital electronic evidence, the timestamp ensures the safety of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal.

[0095] refer to Figure 3 In step S12, based on the positioning detection of the electronic evidence, the digital data chain corresponding to the electronic evidence is collected;

[0096] In the specific implementation process of the present invention, the specific steps may be:

[0097] S121: Real-time monitoring of the location detection of electronic evidence;

[0098] S122: In the positioning detection of the electronic evidence, real-time interactive digital data of the electronic evidence is collected;

[0099] S123: Accessing digital data corresponding to the real-time interactive digital data of the electronic evidence and the access authority definition;

[0100] S124: Associating access to digital data and corresponding interactive devices;

[0101] S125: defining a digital data chain corresponding to the electronic evidence according to the accessed digital data, the corresponding interactive device and the electronic evidence;

[0102] S126: Collect the digital data chain corresponding to the electronic evidence.

[0103] In an embodiment of the present application, the positioning detection of electronic evidence is monitored in real time, and the positioning detection of electronic evidence is further controlled. At this time, in the positioning detection of electronic evidence, the real-time interactive digital data of the electronic evidence is collected and introduced, thereby achieving further control of the real-time interactive digital data of the electronic evidence.

[0104] Furthermore, according to the access digital data corresponding to the real-time interactive digital data of electronic evidence and the access permission definitions, the real-time interactive digital data of electronic evidence and the access permission definitions are compatible, and the real-time interactive digital data of electronic evidence and the access permission definitions are further controlled as a whole, realizing multi-dimensional control of access digital data.

[0105] Therefore, the access to digital data and the corresponding interactive devices are associated; the digital data chain corresponding to the electronic evidence is defined based on the access to digital data, the corresponding interactive devices and the electronic evidence. At this time, the access to digital data, the corresponding interactive devices and the electronic evidence are associated, and the access to digital data, the corresponding interactive devices and the electronic evidence are controlled as a whole to ensure the accuracy of the digital data chain. At the same time, the digital data chain corresponding to the electronic evidence is collected and fully applied to the digital storage and access U-shield and / or mobile smart terminals.

[0106] refer to Figure 4 , in step S13, a plurality of functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence;

[0107] In the specific implementation process of the present invention, the specific steps may be:

[0108] S131: The digital data chain corresponding to the frozen electronic evidence;

[0109] S132: defining a division mode based on the chain length corresponding to the digital data chain, the useful life of the electronic evidence, and the application scenario of the electronic evidence;

[0110] S133: dividing the digital data chain according to the division mode;

[0111] S134: forming a plurality of functional nodes according to the division of the digital data chain;

[0112] S135: Associating the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types;

[0113] S136: forming a plurality of functional spaces based on the locations of the plurality of functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types.

[0114] In an embodiment of the present application, the digital data chain corresponding to the electronic evidence is frozen, and the digital data chain corresponding to the electronic evidence is controlled. At this time, a division pattern is defined based on the chain length corresponding to the digital data chain, the service life of the electronic evidence, and the application scenario of the electronic evidence, so as to introduce the chain length corresponding to the digital data chain and the service life of the electronic evidence, and perform overall control on the chain length corresponding to the digital data chain and the service life of the electronic evidence, so as to achieve multi-dimensional control of the chain length corresponding to the digital data chain and the service life of the electronic evidence, thereby ensuring the accuracy of the division pattern.

[0115] Furthermore, the digital data chain is divided according to the division pattern to facilitate reasonable division of the digital data chain, thereby forming multiple functional nodes according to the division of the digital data chain, introducing multiple functional nodes, and realizing precise control of multiple functional nodes.

[0116] Therefore, the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types are associated, and the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types are introduced to further achieve overall control of the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types. Therefore, multiple functional spaces are formed based on the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types, and reasonable allocation of multiple functional spaces is achieved. Optionally, the multiple functional spaces are operation space, digital data security space, system compliance space, risk management space, etc.

[0117] refer to Figure 5, S14: constructing a corresponding digital data management and control system based on the multiple functional spaces and the digital data, and regulating the distributed operations of the multiple functional spaces on the digital data in the digital data management and control system;

[0118] In the specific implementation process of the present invention, the specific steps may be:

[0119] S141: Collect multiple functional spaces; and form a functional space set based on the multiple functional spaces;

[0120] S142: Associating the function space set and the digital data; performing digital data control in multiple dimensions based on the function space set and the digital data, and outputting corresponding digital data control factors in each dimension;

[0121] S143: constructing a corresponding digital data control system according to multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces;

[0122] S144: Fixing the digital data control system, and controlling multiple functional spaces of digital data and digital data based on the digital data control system, and regulating the distributed operation of multiple functional spaces on digital data in the digital data control system.

[0123] In an embodiment of the present application, the positioning signaling of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signaling; the digital data chain corresponding to the electronic evidence is collected based on the positioning detection of the electronic evidence; multiple functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence; a corresponding digital data management and control system is constructed based on the multiple functional spaces and digital data, and the distributed operation of the multiple functional spaces on the digital data is regulated in the digital data management and control system, thereby realizing the association of multiple functions of the digital data and realizing the distributed control of the digital data in multiple functional spaces.

[0124] At this time, multiple functional spaces are collected; a functional space set is formed based on the multiple functional spaces to facilitate overall management and control of the multiple functional spaces, and the functional space set is output, which is compatible with the overall consideration of the functional space set.

[0125] Furthermore, the functional space set and the digital data are associated; digital data management and control in multiple dimensions are performed based on the functional space set and the digital data, and corresponding digital data management and control factors are output in each dimension, so as to achieve precise management and control in multiple dimensions, and fully reflect the digital data management and control factors corresponding to each dimension, so as to introduce multiple digital data management and control factors.

[0126] Therefore, multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces are introduced, and overall control is carried out on the multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces, so as to construct a corresponding digital data control system according to the multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces, thereby ensuring the multi-dimensional control of the digital data control system. At the same time, the digital data control system is fixed, and multiple functional spaces of digital data and digital data are controlled based on the digital data control system, and the distributed operations of digital data in multiple functional spaces are regulated in the digital data control system, which is fully applied to digital access U-shields and / or mobile smart terminals.

[0127] refer to Figure 6 , S15: monitor the distributed operation of digital data in real time, embed corresponding functions in the digital data, define a function configuration table of the digital data according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and perform orderly management and control of multiple functions of the digital data along the function configuration table;

[0128] In the specific implementation process of the present invention, the specific steps may be:

[0129] S151: Decentralized operation of collecting digital data;

[0130] S152: Decentralized operations for real-time monitoring of digital data;

[0131] S153: In the distributed operation of the digital data, functional interaction is performed with respect to each functional space and the digital data, and corresponding functions are embedded in the digital data;

[0132] S154: marking the digitized data, and performing digitized data volume detection on the digitized data to define the digitized data volume corresponding to the digitized data;

[0133] S155: the amount of digital data corresponding to the associated digital data, the type of digital data, and the digital data management and control system;

[0134] S156: The digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and orderly control of multiple functions of the digital data along the function configuration table.

[0135] In the embodiments of the present application, distributed operations of collecting digital data are introduced, and overall control of distributed operations of digital data is realized. At this time, the distributed operations of digital data are monitored in real time. In the distributed operations of digital data, functional interactions are performed with the digital data for each functional space, and corresponding functions are embedded in the digital data to facilitate control of multiple functions of the digital data, thereby further processing the digital data.

[0136] Therefore, the digitized data is marked, and the digitized data volume is detected for the digitized data to define the digitized data volume corresponding to the digitized data, and the digitized data volume corresponding to the digitized data is introduced. At the same time, the digitized data volume corresponding to the digitized data, the type of digitized data and the digitized data management and control system are associated; the digitized data volume, the type of digitized data and the digitized data management and control system corresponding to the digitized data, and the digitized data is orderly managed and controlled for multiple functions along the function configuration table, ensuring that the digitized data is orderly managed under the embedding of multiple functions, realizing orderly processing of the digitized data, and fully applying it to digital access U-shields and / or mobile smart terminals.

[0137] refer to Figure 7 , S16: if the digital data is in a bad state, then define the bad nodes of the digital data, define the abnormal function space according to the bad nodes of the digital data and the function configuration table, define the abnormal factors based on the abnormal detection of the abnormal function space, and trigger the autonomous control of the digital data according to the abnormal factors, the bad amount of the digital data, the type of the digital data and the service life of the digital data;

[0138] In the specific implementation process of the present invention, the specific steps may be:

[0139] S161: Real-time monitoring of digital data and control of the integrity of digital data;

[0140] S162: defining bad sub-digital data in the digitized data based on the control of the integrity of the digitized data, and triggering a bad state of the digitized data;

[0141] S163: If the digital data is in a bad state, define a bad node of the digital data;

[0142] S164: Associating the bad nodes of the digital data with the function configuration table, and defining an abnormal function space according to the bad nodes of the digital data and the function configuration table;

[0143] S165: defining abnormal factors based on abnormal detection of abnormal functional space, and reviewing the abnormal factors to ensure the accuracy of the abnormal factors;

[0144] S166: Correlate abnormal factors, the amount of bad digital data, the type of digital data, and the age of digital data, and trigger autonomous management and control of digital data based on the abnormal factors, the amount of bad digital data, the type of digital data, and the age of digital data.

[0145] In the specific implementation process of the present invention, the distributed operation of digital data is monitored in real time, and the corresponding functions are embedded in the digital data. The function configuration table of the digital data is defined according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, the bad nodes of the digital data are defined, and the abnormal function space is defined according to the bad nodes of the digital data and the function configuration table. The abnormal factors are defined based on the abnormal detection of the abnormal function space, and the autonomous management and control of the digital data is triggered according to the abnormal factors, the bad volume of the digital data, the type of the digital data and the service life of the digital data, thereby ensuring the autonomous optimization of the bad nodes of the digital data, and being compatible with the overall consideration of the abnormal factors, the bad volume of the digital data, the type of the digital data and the service life of the digital data, thereby ensuring the autonomous management and control of the digital data, realizing the autonomous optimization of the digital data, and avoiding artificial digital data regulation.

[0146] At this time, the digital data is monitored in real time, and the integrity of the digital data is controlled, so that based on the control of the integrity of the digital data, the bad sub-digital data in the digital data is defined, and the bad state of the digital data is triggered, so as to further control the digital data in the bad state, thereby achieving the optimization of the digital data in the bad state.

[0147] Furthermore, if the digitized data is in a bad state, a bad node of the digitized data is defined; the bad node and function configuration table of the digitized data are associated, and an abnormal functional space is defined according to the bad node and function configuration table of the digitized data; abnormal factors are defined based on abnormal detection of the abnormal functional space, and the abnormal factors are reviewed to ensure the accuracy of the abnormal factors.

[0148] Therefore, abnormal factors, the bad amount of digital data, the type of digital data and the age of digital data are associated, and autonomous control of digital data is triggered according to the abnormal factors, the bad amount of digital data, the type of digital data and the age of digital data, thereby ensuring autonomous optimization of bad nodes of digital data and being compatible with the overall consideration of abnormal factors, the bad amount of digital data, the type of digital data and the age of digital data, thereby ensuring autonomous control of digital data, realizing autonomous optimization of digital data and avoiding artificial regulation of digital data.

[0149] In another embodiment of this declaration, the business pain points such as new acquisition, disposal, and management and control models derived from the large number of personal loan non-performing cases and the small average size of each case are solved, and the business and management are structured, streamlined, refined, standardized, and intelligent, reducing the acquisition risk of personal loan non-performing assets, improving asset management efficiency, and reducing disposal costs.

[0150] The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is further controlled in the system architecture. At this time, the system architecture can be flexibly and scalable according to the disposal needs of the personal loan market and the development trend of the industry. The subsequent development and operation costs are low, and it can support the company's long-term business development needs: Based on the TOGAF enterprise architecture standard method design concept, the design and planning of the business architecture, application architecture, data architecture, technical architecture, and integration architecture will be detailed, and the technology stack and technical standards will be explained in writing.

[0151] The product system is mainly divided into the central control console, personal loan non-performing asset management platform, integrated management system of mediation, litigation and insurance, integrated management system of litigation, enforcement and insurance, integrated management system of arbitration, enforcement and insurance, integrated management system of finance, lawyer letter module, SMS module, AI voice notification, intelligent customer service Xiao+, external visit APP, call center (including work mobile phone, semantic recognition technology), quality inspection system and cloud desktop + encrypted USB disk module + mobile phone flashing ITC module. Therefore, through N+1+4N+call center+quality inspection+mobile phone supervision+electronic evidence storage and other security encryption modules, the comprehensive digital management of non-performing loan business of financial institutions has been realized, which has improved business processing efficiency, reduced operating costs, enhanced risk management capabilities, optimized customer experience, brought significant gain effects to enterprises, and improved market competitiveness.

[0152] In an embodiment of the present invention, through the method in the embodiment of the present invention, the positioning signaling of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signaling; based on the positioning detection of the electronic evidence, the digital data chain corresponding to the electronic evidence is collected; according to the division of the digital data chain corresponding to the electronic evidence, a plurality of functional spaces are formed; based on the plurality of functional spaces and the digital data, a corresponding digital data management and control system is constructed, and the distributed operation of the plurality of functional spaces on the digital data is regulated in the digital data management and control system, thereby realizing the association of the plurality of functions of the digital data and realizing the distributed control of the digital data in the plurality of functional spaces.

[0153] Furthermore, the distributed operation of digital data is monitored in real time, and the corresponding functions are embedded in the digital data. The function configuration table of the digital data is defined according to the digital data volume, the type of digital data and the digital data management and control system corresponding to the digital data, and the digital data is orderly managed and controlled for multiple functions along the function configuration table; if the digital data is in a bad state, the bad nodes of the digital data are defined, and the abnormal function space is defined according to the bad nodes of the digital data and the function configuration table. The abnormal factors are defined based on the abnormal detection of the abnormal function space, and the autonomous management and control of the digital data is triggered according to the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous optimization of the bad nodes of the digital data, and being compatible with the overall consideration of the abnormal factors, the bad volume of digital data, the type of digital data and the service life of the digital data, thereby ensuring the autonomous management and control of the digital data, realizing the autonomous optimization of the digital data, and avoiding artificial digital data regulation.

[0154] Through the description of the above implementation methods, it is easy for those skilled in the art to understand that the example implementation methods described here can be implemented by software or by combining software with necessary hardware. Therefore, the technical solution according to the implementation methods of the present disclosure can be embodied in the form of a software product, which can be stored in a non-volatile storage medium (which can be a CD-ROM, a USB flash drive, a mobile hard disk, etc.) or on a network, and includes a number of instructions to enable a computing device (which can be a personal computer, a server, an electronic evidence storage device, or a network device, etc.) to execute the method according to the implementation methods of the present disclosure.

[0155] Those skilled in the art can understand that all or some of the steps in the various methods of the above embodiments can be completed by instructing related hardware through a program, and the program can be stored in a computer-readable storage medium, and the storage medium can include: a read-only memory (ROM), a random access memory (RAM), a disk or an optical disk, etc. In addition, it stores computer program instructions, and when the computer program instructions are executed by a computer, the computer executes the above method.

[0156] In addition, the above is a detailed introduction to the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision provided by the embodiment of the present invention. Specific examples are used in this article to illustrate the principles and implementation methods of the present invention. The description of the above embodiments is only used to help understand the method of the present invention and its core idea; at the same time, for those skilled in the art, according to the idea of ​​the present invention, there will be changes in the specific implementation methods and application scope. In summary, the content of this specification should not be understood as a limitation on the present invention.

Claims

1. A digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision, characterized in that: The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision includes: Collect the positioning signal of electronic evidence and trigger the positioning detection of electronic evidence according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of evidence materials. The timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal; Collect the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence; Multiple functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence; Construct a corresponding digital data control system based on multiple functional spaces and digital data, and regulate the distributed operations of multiple functional spaces on digital data in the digital data control system; Monitor the distributed operation of digital data in real time, embed corresponding functions in the digital data, define the function configuration table of digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and perform orderly management and control of multiple functions of the digital data along the function configuration table; If the digital data is in a bad state, a bad node of the digital data is defined, an abnormal functional space is defined based on the bad node of the digital data and the function configuration table, abnormal factors are defined based on abnormal detection of the abnormal functional space, and autonomous management and control of the digital data is triggered based on the abnormal factors, the bad amount of digital data, the type of digital data and the service life of the digital data.

2. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 1 is characterized in that: The positioning signal of the electronic evidence is collected, and the positioning detection of the electronic evidence is triggered according to the positioning signal. At this time, the evidence material is stored and cannot be modified through digital electronic evidence. The timestamp ensures the security of the materials in the volume. The whole process of the product system is supervised and monitored through the mobile terminal, including: Collect positioning signals of electronic evidence; Defining the location information of the electronic evidence based on the analysis of the location signaling of the electronic evidence; Locating the electronic evidence according to the positioning information of the electronic evidence; When the electronic evidence is in a positioning state, the control space of the electronic evidence is collected based on the response of the electronic evidence; The positioning detection of electronic evidence is triggered according to the control space, positioning signal and detection signal of the electronic evidence. At this time, the storage and non-mutability of evidence materials are realized through digital electronic evidence, the timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal.

3. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 2 is characterized in that: The digital data chain corresponding to the electronic evidence is collected based on the positioning detection of the electronic evidence, including: Real-time monitoring of the location detection of electronic evidence; In the positioning detection of electronic evidence, real-time interactive digital data of electronic evidence is collected; Access digital data corresponding to the real-time interactive digital data of electronic evidence and the access permission definition; Associate access to digital data and corresponding interactive devices; Define the digital data chain corresponding to the electronic evidence based on the access to digital data, the corresponding interactive equipment and the electronic evidence; Collect the digital data chain corresponding to the electronic evidence.

4. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 3 is characterized in that: The multiple functional spaces are formed according to the division of the digital data chain corresponding to the electronic evidence, including: Freeze the digital data chain corresponding to the electronic evidence; Define the division model based on the length of the digital data chain, the useful life of the electronic evidence, and the application scenarios of the electronic evidence; Divide the digital data chain according to the division mode; Multiple functional nodes are formed according to the division of the digital data chain; Associating the locations of multiple functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types; A plurality of functional spaces are formed based on the locations of the plurality of functional nodes, the space formed by two adjacent access nodes, and the corresponding functional types.

5. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 4 is characterized in that: The corresponding digital data management and control system is constructed based on multiple functional spaces and digital data, and the distributed operation of multiple functional spaces on digital data is regulated in the digital data management and control system, including: Collect multiple functional spaces; form a functional space set based on the multiple functional spaces; Associating functional space sets and digital data; performing digital data control in multiple dimensions based on the functional space sets and digital data, and outputting corresponding digital data control factors in each dimension; Construct a corresponding digital data control system based on multiple digital data control factors, types of digital data, and functional distribution of multiple functional spaces; A digital data management and control system is established, and multiple functional spaces of digital data and digital data are managed based on the digital data management and control system, and the distributed operations of digital data in multiple functional spaces are regulated in the digital data management and control system.

6. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 5 is characterized in that: The distributed operation of real-time monitoring of digital data and embedding corresponding functions in the digital data, defining a function configuration table of the digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and performing orderly management and control of multiple functions of the digital data along the function configuration table, including: decentralized operations for collecting digital data; Decentralized operations for real-time monitoring of digital data; In the distributed operation of digital data, functional interaction is performed with the digital data for each functional space, and corresponding functions are embedded in the digital data.

7. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 6 is characterized in that: The distributed operation of real-time monitoring of digital data, embedding corresponding functions in the digital data, defining a function configuration table of the digital data according to the digital data volume, type of digital data and digital data management and control system corresponding to the digital data, and performing orderly management and control of multiple functions of the digital data along the function configuration table, also includes: marking the digitized data, and performing digitized data volume detection on the digitized data to define the digitized data volume corresponding to the digitized data; The amount of digital data corresponding to the associated digital data, the types of digital data, and the digital data management and control system; The digital data volume, digital data types and digital data management and control system corresponding to the digital data, and the orderly management and control of multiple functions of the digital data along the function configuration table.

8. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 1 is characterized in that: A digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up in a cloud desktop system, and an APP application system that interacts with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up on a mobile smart terminal. The APP application system enables data interaction between the mobile smart terminal and the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision after successful verification of the account and password generated by the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. The mobile smart terminal enables uploading of data of the digital decentralized management platform based on electronic evidence after successful verification of the first password generated by the APP application system. The mobile smart terminal enables downloading of data of the digital decentralized management platform based on electronic evidence after successful verification of the second password generated by the APP application system.

9. The digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision according to claim 1 is characterized in that: A digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up in a cloud desktop system, and an APP application system that interacts with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision is set up on a computer terminal. The APP application system realizes data interaction with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision after successful verification of the account and password generated by the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision. The digital access U-shield is used to interact with the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision through the APP application system. The digital access U-shield realizes data upload and data download after successful verification of the account and password generated by the APP application system. The digital access U-shield includes a first-marked U-shield and a second-marked U-shield, and the first-marked U-shield and the second-marked U-shield are respectively used for uploading and downloading data of the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision.

10. A control system based on electronic evidence, characterized in that: The control system based on electronic evidence storage is applied to the digital decentralized litigation management platform based on electronic evidence storage and mobile phone supervision as described in any one of claims 1 to 9, and the control system based on electronic evidence storage includes: The acquisition module is used to collect the positioning signal of the electronic evidence and trigger the positioning detection of the electronic evidence according to the positioning signal. At this time, the digital electronic evidence is used to realize the storage and non-modification of the evidence materials. The timestamp ensures the security of the materials in the volume, and the whole process of the product system is supervised and monitored through the mobile terminal; A digital data chain module is used to collect the digital data chain corresponding to the electronic evidence based on the positioning detection of the electronic evidence; Functional space module, used to form multiple functional spaces according to the division of the digital data chain corresponding to the electronic evidence; A distributed operation module is used to construct a corresponding digital data control system based on multiple functional spaces and digital data, and to regulate the distributed operations of multiple functional spaces on digital data in the digital data control system; A control module is used to monitor the distributed operation of digital data in real time, embed corresponding functions in the digital data, define a function configuration table of the digital data according to the digital data volume, type of digital data and digital data control system corresponding to the digital data, and perform orderly control of multiple functions of the digital data along the function configuration table; The autonomous control module is used to define the bad nodes of the digital data if the digital data is in a bad state, define the abnormal functional space according to the bad nodes of the digital data and the function configuration table, define the abnormal factors based on the abnormal detection of the abnormal functional space, and trigger the autonomous control of the digital data according to the abnormal factors, the bad amount of digital data, the type of digital data and the service life of the digital data.

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