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CN-121996386-A - Irreversible decision-oriented scheme forced comparison and traceability evidence-storing association method, device, electronic equipment, medium and system

CN121996386ACN 121996386 ACN121996386 ACN 121996386ACN-121996386-A

Abstract

The application provides a method, a device, electronic equipment, media and a system for associating forced comparison and traceability evidence-based schemes oriented to irreversible decisions. The method comprises the steps of monitoring a service data flow in real time to identify a predefined irreversible decision node, suspending a current service execution process by physically blocking a service execution link, forcibly redirecting the decision data flow originally flowing to an execution end to a preset contrast interface to enable the service execution process to enter a locking state to be authorized, responding to a redirection instruction, calculating a difference feature vector between original decision data and a reference scheme output by a heterogeneous reference decision core, extracting a context snapshot and an identity factor of the current service execution environment, accordingly constructing a structured decision tracing evidence object, performing hash operation and distributed account book evidence storage processing on the decision tracing evidence object to generate an evidence storage response piece containing evidence hash and a block timestamp to release physical blocking of the execution link and restore the service execution process.

Inventors

  • Request for anonymity

Assignees

  • 北京认知涌现科技有限公司

Dates

Publication Date
20260508
Application Date
20260130

Claims (10)

  1. 1. The scheme forced comparison and traceability evidence-storing association method oriented to irreversible decision is characterized by comprising the following steps of: step 1, monitoring a service data stream in real time to identify a predefined irreversible decision node, responding to a trigger signal of the irreversible decision node, suspending a current service execution process by physically blocking a service execution link, and forcibly redirecting the decision data stream originally flowing to an execution end to a preset contrast interface so as to enable the service execution process to enter a locking state to be authorized; step 2, responding to the redirection instruction, activating the comparison interface to call a heterogeneous reference decision core, and calculating a difference feature vector between original decision data and a reference scheme output by the heterogeneous reference decision core; Step 3, obtaining attribution data input for the difference feature vector, extracting a context snapshot and an identity element of the current service execution environment, and constructing a structured decision tracing evidence object according to the context snapshot and the identity element; and 4, performing hash operation and distributed account book evidence storage processing on the decision tracing evidence storage object to generate an evidence storage receipt containing evidence storage hash and a block time stamp, and mapping the evidence storage receipt into an unlocking token aiming at the locking state to release the physical blocking of the execution link and restore the service execution process.
  2. 2. The method for associating a forced contrast with a provenance according to claim 1, wherein the identifying a predefined irreversible decision node in step 1 specifically comprises: extracting a target operator and associated business object attributes in a business data stream; Inquiring a preset decision classification mapping table, and judging whether the target operator and the business object attribute hit a sensitive operation set with a physical irrevocable attribute together; If the operation type is hit, the corresponding decision risk weight is extracted according to the hit operation type, and the corresponding service execution link blocking strength is determined according to the decision risk weight.
  3. 3. The method for associating a forced contrast with a provenance according to an irreversible decision scheme of claim 2, wherein in step 1, a service execution link is physically blocked to suspend a current service execution process, specifically comprising: According to the blocking strength of the service execution link, a physical layer change-over switch of a flow controller is called, and an instruction output address of the service execution process is modified into a temporary storage stack from an execution end register; And executing a locking identification mark on the current decision data packet in the temporary storage stack until the unlocking token is received.
  4. 4. The method for associating a forced comparison with a provenance document according to claim 1, wherein the step 2 invokes a heterogeneous reference decision kernel comprises: Extracting service semantic labels and task environment parameters of the irreversible decision nodes; And performing space vector matching based on the service semantic tag and the task environment parameter by using an adapter network so as to retrieve and call the heterogeneous reference decision core with highest association degree from an alternative core library.
  5. 5. The method for associating a scheme forced contrast with a provenance according to claim 1, wherein the calculating process of the difference feature vector comprises: Extracting decision parameter feature dimensions in the original decision data, and executing corresponding dimension projection on the reference scheme to generate a reference feature mapping set with aligned dimensions; and calculating the deviation amplitude of the original decision data and the reference feature mapping set on each dimension component by using a preset feature cosine similarity algorithm, and generating the multi-dimension difference feature vector.
  6. 6. The scheme forced comparison and traceability evidence-storing association device oriented to irreversible decision is characterized by comprising: the monitoring and identifying module is used for monitoring the service data flow in real time to identify a predefined irreversible decision node, responding to a trigger signal of the irreversible decision node, suspending the current service execution process by physically blocking a service execution link, and forcibly redirecting the decision data flow originally flowing to an execution end to a preset comparison interface; The feature comparison module is used for responding to the redirection instruction, activating the comparison interface to call a heterogeneous reference decision core, and calculating a difference feature vector between original decision data and a reference scheme output by the heterogeneous reference decision core; The object construction module is used for acquiring attribution data input for the difference feature vector, extracting a context snapshot and an identity element of the current execution environment, and constructing a structured decision tracing evidence-storing object according to the context snapshot and the identity element; The system comprises a decision tracing evidence-storing object, an evidence-storing unlocking module, a flow controller and a flow controller, wherein the decision tracing evidence-storing object is used for carrying out distributed account book evidence-storing processing on the decision tracing evidence-storing object to produce an evidence-storing receipt, the evidence-storing receipt is mapped into an unlocking token aiming at the locking state, and the flow controller is driven to identify the unlocking token to release the physical blocking of the execution link.
  7. 7. An electronic device comprising a memory and a processor; The memory is used for storing a computer program; The processor is adapted to carry out the method steps of any of claims 1-5 when executing a program stored on the memory.
  8. 8. A computer-readable storage medium, characterized in that a computer program is stored thereon, which program, when being executed by a processor, implements the method steps of any of claims 1-5.
  9. 9. A computer program product comprising a computer program which, when executed by a processor, implements the method steps of any of claims 1-5.
  10. 10. An irreversible decision-oriented scheme forced comparison and traceability evidence-based association system is characterized by comprising: the service execution link is used for bearing the physical circulation of the service data flow; The flow controller is used for taking over the control right of the service execution link through the physical change-over switch; The contrast server is used for deploying heterogeneous reference decision kernels and calculating difference feature vectors; The distributed account network node is used for executing tamper-proof evidence storage on the decision tracing evidence storage object and returning an evidence storage receipt; The system realizes data interconnection among all components through a system-level backboard exchange bus, and the flow controller is utilized to block and unlock an execution link, so that the recovery of the service execution link is physically ensured on the premise that the certification receipt is logically.

Description

Irreversible decision-oriented scheme forced comparison and traceability evidence-storing association method, device, electronic equipment, medium and system Technical Field The application relates to the technical field of information security and decision support, in particular to a method, a device, electronic equipment, media and a system for associating forced comparison and traceability evidence storage of an irreversible decision-oriented scheme. Background In the fields of high-frequency financial transactions, power dispatching, automatic industrial control, medical emergency intervention and the like, once a decision instruction is sent out, the decision instruction often has physical irreversibility, and the wrong decision can lead to huge property loss or safety accidents. Therefore, the introduction of heterogeneous reference information for decision verification in a high-risk environment has become an important means for guaranteeing production safety. In the existing high-risk decision-making auxiliary schemes, an information prompt system based on a side auxiliary signboard is generally adopted. The proposal identifies a service scene through a preset monitoring logic, then loads a proposal of an external expert database or a reference model in an auxiliary area beside a main operation interface, and records a log timestamp of the reference proposal. Since the reference scheme exists only as a hinting information, the scheme does not intervene in the underlying physical circulation process of the original decision instruction, but the operator autonomously selects whether to refer to the information. However, this conventional side-hint approach has serious technical drawbacks. Because the execution link and the comparison logic are in a decoupling state physically, under the high-voltage task or emergency fault processing scene, an operator can easily directly issue an original instruction for pursuing the execution efficiency, so that the reference scheme is completely ignored, and the auxiliary system cannot play the actual risk avoidance role. Meanwhile, because the system lacks the mandatory logic binding of the attribution action and the instruction issuing, the post audit can only confirm that the reference information is displayed, and can not judge whether a decision maker has performed judicious verification on the difference point in the main aspect through the tamper-proof evidence chain. The soft constraint mechanism cannot meet the technical requirements of physical closed-loop monitoring and forced responsibility binding of decision behaviors in an irreversible decision scene. Disclosure of Invention In order to solve the technical problems, the application provides a method, a device, electronic equipment, a medium and a system for associating forced comparison with traceability and evidence-preserving for a scheme oriented to irreversible decision so as to at least alleviate the technical problems. A scheme forced comparison and traceability associated method for irreversible decision comprises the steps of 1, monitoring service data flow in real time to identify a predefined irreversible decision node, responding to a trigger signal of the irreversible decision node, suspending a current service execution process through a physical blocking service execution link, forcibly redirecting the decision data flow originally flowing to an execution end to a preset comparison interface to enable the service execution process to enter a locking state to be authorized, 2, responding to a redirection instruction, activating the comparison interface to call a heterogeneous reference decision core, calculating a difference feature vector between original decision data and a reference scheme output by the heterogeneous reference decision core, 3, obtaining attribution data input by the difference feature vector, extracting a context snapshot and an identity element of the current service execution environment, accordingly constructing a structured decision traceability object, 4, executing hash operation and distributed account ticket storage processing on the decision traceability object to produce a storage token containing a storage certificate and a block, and mapping the locking state to be the blocking token to be released by the execution token, and releasing the physical blocking state. Optionally, the step 1 of identifying a predefined irreversible decision node specifically includes extracting a target operation operator and an associated service object attribute in a service data stream, querying a preset decision classification mapping table, judging whether the target operation operator and the service object attribute hit a sensitive operation set with a physical irrevocable attribute together, if so, extracting a corresponding decision risk weight according to the hit operation type, and determining a corresponding service execution link blocking strength according to the