9 results about "Trade secret" patented technology

A security and compliance platform ingests content from heterogeneous collaboration platforms and processes the content to detect potential regulatory, privacy, and security risks in the conversations. One of the detections that can be applied is the identification of application windows appearing during a collaboration screen share. Because these applications may contain sensitive personally identifiable information (PII), technical trade secrets, or highly confidential corporate information, there is meaningful utility in identifying instances when these applications are shared. If applications shared on screen is detected, a corresponding workflow action may be implemented, for example flagging a session for further analysis in a review screen of the security and compliance platform.

This invention discloses a privacy-preserving distributed collaborative auditing system and method based on blockchain and federated graph neural networks. The invention proposes a decentralized collaborative auditing architecture. First, local graph neural networks deployed on each audit node extract transaction subgraph features. Without sharing original data, a global audit anomaly detection model is collaboratively trained using a reputation-weighted federated learning algorithm. Second, a hybrid consensus mechanism combining dynamic proof-of-stake and reputation values ​​is employed to complete the on-chain recording of audit logs and the verification of model parameters. Finally, zero-knowledge proof technology is used to verify the authenticity of cross-institutional transactions while protecting trade secrets. This invention achieves the usability without visibility of audit data, significantly improving the ability to identify complex risks such as fraud and money laundering in cross-institutional related transactions and enhancing the credibility of audit results while ensuring data privacy and security.

The invention relates to the technical field of information security, and discloses a business secret evidence storage method. The method comprises the steps of constructing a confidential environment to generate encrypted documents, constructing a multi-level project management structure and a permission hierarchy for managing the encrypted documents, collecting all the encrypted documents and corresponding operation logs based on a structured work order, calculating respective corresponding hash values, and performing mail management. And performing conference management and regularly and incrementally uploading the hash values of all the encrypted documents, the hash values of the operation logs corresponding to all the encrypted documents and the hash values of the conference records to a block chain evidence storage platform. According to the application, ordered organization and accurate authority control of commercial secrets are realized based on construction of a multi-level project management structure, data are ensured to be timely, complete and non-tampered, a clear track is provided for infringement tracing, right protection is facilitated, data leakage is prevented, and judicial secrecy requirements are met; through block chain evidence storage and multi-dimensional evidence packet generation, data authenticity and evidence integrity are ensured, and infringement disputes can be quickly dealt with.

This application relates to the field of information security technology and discloses a method for preserving trade secrets. The method includes constructing a confidential environment to generate encrypted documents; constructing a multi-level project management structure and permission hierarchy for managing encrypted documents; collecting all encrypted documents and corresponding operation logs based on structured orders and calculating their respective hash values; managing emails; managing meetings; and periodically and incrementally uploading the hash values ​​of all encrypted documents, the hash values ​​of the operation logs corresponding to all encrypted documents, and the hash values ​​of meeting minutes to a blockchain-based evidence preservation platform. This application, based on the construction of a multi-level project management structure, achieves orderly organization and precise permission control of trade secrets, ensuring timely, complete, and tamper-proof data, providing a clear trajectory for infringement tracing, facilitating rights protection, preventing data leakage, and meeting judicial confidentiality requirements. Blockchain evidence preservation and the generation of multi-dimensional evidence packages ensure data authenticity and evidence integrity, enabling rapid response to infringement disputes.

A method for recognizing within a text document data that represents a trade secret includes segmenting text data into sentences, tokenizing the text data, adding a special token before each sentence, vectorizing said tokens, processing vector representations of the tokens using a neural network-based machine learning model trained on datasets containing a trade secret, and labelling a document containing a trade secret with a label indicating the presence of a trade secret. The technical result is that of providing more accurate recognition of data containing a trade secret.

A system is provided.SOLUTION: A system including means for collecting data from a database or an external API in order to acquire data to be collected, means for normalizing the collected data, unifying a format of the data, and complementing a missing value, means for detecting personal information from the normalized data, means for detecting a trade secret included in the data, means for evaluating whether or not there is a bias in the collected data, means for generating a report based on a result of the evaluation, and means for notifying a user of the generated report.SELECTED DRAWING: Figure 1

The invention discloses a multi-agent collaborative test report automatic quality control method and system. The method comprises the following steps: carrying out privacy cleaning on an original test report through a front sensitive information desensitization module; extracting basic information by using an information checking agent; distributing the desensitized text and the basic information to each professional auditing agent in parallel for multi-dimensional independent auditing; and summarizing audit results to generate a first draft and formatting the first draft into a standardized quality control report. The risk of leakage of commercial confidentials is effectively prevented through the front desensitization module, efficient automatic quality control is achieved through multi-agent parallel and document driving mechanisms, the checking efficiency and quality of toxicological test reports are remarkably improved, and the safety of core commercial confidentials is guaranteed.

1. Name of this design product: A confidentiality level setting module for a graphical user interface for setting document confidentiality levels in an electronic device. 2. Purpose of this design product: This design product is used for an electronic device. 3. The key design point of this design product lies in the confidentiality level setting module of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: The interface is mainly used as an interactive interface for setting and managing the level of trade secrets in documents. The local appearance of the interface is used as an operational interaction module for setting document classification levels. The main view interface is displayed as the initial interface. Click the "Whether to include sensitive information" setting box in the confidentiality setting module above the main view interface, and the interface will be displayed as shown in Figure 1. Click the "Do not include sensitive information" option in the interface change state diagram 1, and the interface will be displayed as the interface change state diagram 2. Click the "Please select document level" setting box in the interface change status diagram 2, and the interface will be displayed as the interface change status diagram 3. Click the "Level 3 Document" option in the interface change status diagram 3, and the interface will be displayed as shown in the interface change status diagram 4. Then click the "Save" button to complete the document classification setting. 6. Other circumstances that require explanation: This design is a partial design. The partial design for which protection is requested is the confidentiality setting module shown in the non-purple covered area in the view. The design shown in the purple covered area in the view is not required to be protected. The design for which protection is sought does not include colour. The main view interface reference image is used to reflect the display effect before the main view interface is covered, and is used to better distinguish the local parts that require protection.

This invention relates to a system and method for protecting trade secrets in electronic documents. The system includes: an electronic document acquisition subsystem for scanning multiple documents from one or more data sources and establishing a document index; an electronic document parsing subsystem for parsing the multiple documents in the document index and adding one or more tags to all or some of the documents; a trade secret identification subsystem configured to identify confidential documents from the tagged documents using a trade secret identification model and generate confidentiality descriptions for the confidential documents; and a trade secret processing subsystem for performing at least one or more of the following processes on the confidential documents: confidentiality classification, grading, non-publicity assessment, commercial value assessment, confidentiality assessment, generating a list of confidential documents, evidence storage, and constructing a confidentiality system scheme. This invention provides fast and accurate processing, improving management efficiency and effectiveness.