117results about How to "Solve data security issues" patented technology

The invention discloses a catering and amusement management system and a special electronic menu and a self-help ordering method thereof. The internet-based catering and amusement management system comprises a remote data service unit, a remote application service unit, at least one catering and amusement shop operating unit and an access terminal unit, wherein the remote data service unit is used for the collective and concentrated storage of data from the units in the system; the remote application service unit is used for acquiring the data from the units, analyzing and processing the data collectively, distributing the data to the units and providing an internet-based catering management application service module; the at least one catering and amusement shop operating unit is used for the daily operation of a catering and amusement shop and the data interaction with the remote data service unit; and the access terminal unit is used for accessing the corresponding catering management application service module according to the right distributed by the remote application service unit. The system has high data safety, remote management, convenient and quick maintenance, low system maintenance cost and good augmentability, and can be simultaneously applied to the management of a plurality of catering and amusement shops with different brands.

The invention relates to an Internet-based payment channel integrating method which is characterized by comprising the following steps: firstly, a customer accesses an Internet for selecting goods, and selects a payment settlement mode; secondly, the customer encrypts relevant order information and submits an order; thirdly, a merchant sever checks and confirms purchasing information of the customer and ensures that electronic money issuers such as a bank check the purchasing information to obtain authentication of payment fund; fourthly, after the bank checks and confirms the purchasing information, confirming and payment settlement information is transmitted back to the merchant server through an encrypting communication channel; fifthly, settlement is carried out by means of a financial private network, and payment settlement success information is sent; and finally, the merchant server sends network payment success information and delivery release to the customer. Therefore, all modes of global payment can be completed on the provided payment platform. From different aspects and different links, data security of a user using a payment channel is strictly protected, and the problem of information data security of the user is solved.

The invention discloses a collaborative caching method based on a lightweight block chain in an Internet of Vehicles environment, and belongs to the field of Internet of Vehicles. The lightweight block chain architecture is applied to an Internet of Vehicles environment, and the underlying vehicle layer undertakes a lightweight node role, reports driving data to the intermediate layer, requests Internet of Vehicles data from the intermediate layer and verifies the data; the middle roadside node layer is responsible for a full-node role, storing blockchain data, providing request data service for bottom-layer vehicles, reporting Internet of Vehicles data to the cloud server, and cooperatively caching the blockchain data by using multiple roadside nodes; and the top cloud service layer undertakes a full-node role, stores blockchain data, provides services for the intermediate roadside node layer, and participates in the cooperative cache initialization process of the intermediate roadside node layer. According to the method, the data security problem is solved, a light data verification mode is provided, maximum utilization of storage resources of the roadside nodes is achieved through cooperative caching among the multiple roadside nodes, and the delay of communication between the roadside nodes and vehicles is reduced.

The invention provides an identity-based closed key management method and system. The method comprises the following steps: 1, an identity authentication request is submitted to an identity authentication server when a user logs in, and a user token is returned upon successful identity authentication; 2, when the user requires encryption/decryption service, the token and user data are submitted toan encryption/decryption service module; 3, the encryption/decryption service module submits the user token to a key management server, and requests a user data key; 4, the key management server requests the identity authentication server to verify the validity of the token, and the key management server searches for user data key ciphertext through a user ID upon successful verification; 5, thekey management server obtains user data key plaintext through decryption and returns the user data key plaintext to the encryption/decryption service module; and 6, the encryption/decryption service module carries out encryption/decryption operation on the user data through the user data key, and returns an encryption/decryption result. The system comprises the identity authentication server, thekey management server, a hardware security module, and the encryption/decryption service module.

The invention relates to a data safety storage method and system under the cloud computing environment. The method comprises the steps that a secret key mixed server is interacted with a user to obtain an encryption and decryption token, the secrete key mixed technology is adopted in the secret key mixed server to enable the encryption and decryption token to be mixed with an initial secrete key provided by a secrete key management server so as to obtain a data encryption and decryption secrete key, encryption and decryption are carried out on data by an encryption and decryption server according to the encryption and decryption secrete key, and after being encrypted, the data are stored in a cloud storage platform. According to the data safety storage method and system, the secret key mixed server is introduced, the secrete key mixed technology is applied, the data leakage problem caused by conspiring of a secrete key management party and a data storage party can be solved, and the data safety storage under the cloud computing environment is effectively achieved.

The invention discloses an interlocking Boolean logic dynamic generation system and a dynamic generation method in the field of urban rail transit. The system comprises a component deployment module,an interlocking tabulation module, a semantic rule module and a logic generation module by which the Boolean logic data are dynamically generated; and a data encryption module which is used for carrying out data encryption rearrangement according to the generated logic data to generate a Boolean logic file. According to the present invention,the misoperation of the file in the later period is prevented, and the data security is ensured. According to the technical scheme of the invention, a context-independent LL (K) mode is adopted to analyze interlocking logic and dynamically generate and output the interlocking logic; the interlocking developers only need to modify the interlocking logic according to a predetermined grammar rule in the later period, so that the latest Boolean logic can be dynamically generated in real time without changing any code, the rule and generation decoupling is achieved, the workload of signal technicians is greatly reduced, the safety of logic data is ensured through introduction of the encryption technology, the reliability is high, and the working efficiency is improved.

The invention provides a cloud storage safety gateway and an access method thereof. The method comprises steps that identity authentication of the user identity information is carried out by an identity authentication module, if authentication passes, a user is permitted to realize single-point login; safety check on to-be-uploaded enterprise data is carried out through a safety check module, and whether the enterprise data is consistent with pre-defined safety strategy is determined; the enterprise data is encrypted through an encryption module, after a data download request of the user is received, the encrypted data downloaded from a cloud service platform is decrypted; the enterprise data after encryption is uploaded by a transmission module to the cloud service platform, and the enterprise data after decryption is sent to a user terminal; a threat protection detection module is used for detecting whether abnormality or malicious code attack exists in the cloud storage safety gateway work process, if yes, alarm prompt is emitted, and blocking operation is further carried out. The method is advantaged in that visualization, data safety, compliance and threat prevention requirements can be satisfied.

The invention relates to a public entrepreneurship e-commerce platform comprising a network server, a network terminal, a server background monitoring terminal and a server data synchronous backup cloud disk. The network server includes a network server end and a server end monitoring module. The network terminal includes a network client and a display processor. The server background monitoring terminal includes a portable remote monitoring terminal. The network service end includes a mall module, a personal center module, a merchant center module, and a background management module. The network client includes a registration/login module. The registration/login module includes a personal registration/login module, a merchant registration/login module, and an agent registration/login module. The personal registration/login module, the merchant registration/login module, the agent registration/login module, the mall module, the personal center module, and the merchant center module exchange information. The public entrepreneurship e-commerce platform uses a remote monitoring and cloud synchronous backup scheme, and has the characteristics of high safety and high efficiency.

The invention discloses a method of low-power consumption wireless communication between a monitoring node and a convergence gateway. The method at least comprises three stages of monitoring node registration, authentication and encryption and data transmission. In the data transmission stage, the monitoring node organizes and stores acquired sensor data in a data grouping mode. In order to improve the transmission efficiency and reduce the power consumption, grouped sensor data are firstly segmented or merged to adapt to the characteristics of monitoring business; and then, wireless transmission protocol adaptation is carried out on business data frames to select the best wireless transmission protocol, and the best transmission performance and the energy-saving efficiency are thus acquired. In order to acquire better energy-saving efficiency, the monitoring node continuously learns and improves a sleep awakening control strategy of a node radio frequency unit according to safety assessment and energy consumption assessment results to reduce the activity time of the radio frequency unit. The sleep awakening control with a learning ability can better adapt to various different intelligent security application scenes, and the energy consumption efficiency and the system performance are thus maximized.

The invention provides a method for realizing burglary prevention and data protection of a hard disk. The method can effectively prevent the hard disk from being burgled. The method comprises the following steps of (1) binding the hard disk with a computer by a manual program: reading a computer feature code, transmitting to an embedded master control module through a control line, and storing in an embedded memorizer, and (2) performing authentication with a server program or the manual program when a system is started up: reading a system feature code, transmitting to the embedded master control module through the control line, comparing with the computer feature code stored in the memorizer, allowing the dedicated hard disk to be available if the feature code passes, and allowing the dedicated hard disk to be unavailable if the computer feature code fails. According to the method for realizing the burglary prevention and the data protection of the hard disk, the data interaction between a mainboard and the hard disk is conducted by a data line, so that the data security purposes such as the burglary prevention of the hard disk, and prevention of starting from win pe, an optical disk or a slave disk are achieved, and the purpose of the data protection is achieved.

A mobile integrated test server takes a network server as a center, and integrates a USB interface, a GPS module, a 10/100 Mbit/s self-adaptive network card, a hardware encryption unit, a video unit, a power supply interface, a 3G module, a Wi-Fi module, a fingerprint verification module, and a lithium battery. The network server includes a CPU, an internal memory, and an SSD solid state disk; the hardware encryption unit is internally provided with an encryption algorithm chip, a clock chip and a digital certificate; the video unit outputs standard VGA videos; the power supply interface supports access of a 12 V direct-current power supply; the Wi-Fi module is used for providing an AP with the wireless routing function; and the fingerprint verification module is used for scanning and recognizing fingerprints. The mobile integrated test server solves the data safety problem, the server reliability problem and the network reliability problem.

The invention provides a data security management system and method. The system comprises a security service subsystem and a security support subsystem; a first processing module of the security service subsystem is used for encrypting data plaintext according to encryption configuration information to obtain data ciphertext and an encryption identification code to send to a receiving end; the encryption process information is encrypted by using a preconfigured user root key, and the encrypted encryption process information and the encryption identification code are sent to the security support subsystem; the security support subsystem is used for decrypting the encrypted encryption process information by using a user public key corresponding to the first processing module; the encryptionidentification code is mapped according to a decryption request to correspond to the decrypted encryption process information, the encryption process information is processed to generate decryption configuration information, and the decryption configuration information is fed back to a second processing module of the security service subsystem, so that the second processing module can generate thedata plaintext corresponding to the data ciphertext according to the decryption configuration information; the data plaintext is provided for the receiving end to use, and the service demand is satisfied.

The invention relates to a method for encrypting and decrypting information by means of a ciphertext storage gateway. According to the method for encrypting and decrypting information by means of the ciphertext storage gateway, data read by a client side are in a plaintext form, and the data are stored in a storage server in a ciphertext mode through the ciphertext storage gateway; the data are read out from the storage server in a ciphertext mode and are converted into data in a plaintext form on the client side application server through the ciphertext storage gateway. The method for encrypting and decrypting information by means of the ciphertext storage gateway specifically comprises the steps that (1) a storage space is mounted to the ciphertext storage gateway; (2) the ciphertext storage gateway is mounted to a cloud computing server; (3) a driving program is installed on the ciphertext storage gateway, and the driving program is called during access to all /mnt/oss files. The method for encrypting and decrypting information by means of the ciphertext storage gateway has the advantages that the cloud shield ciphertext storage gateway is used by enterprises for encrypting data during data storage, and data encryption is independent of carriers and containers; data leakage protection and enterprise application systems are combined perfectly, and the data security of the enterprises are effectively guaranteed; the method can be flexibly applied to various complicated kinds of network architecture more effectively and more flexibly.

The invention discloses a multi-party security computing implementation method based on a blockchain technology. The method specifically comprises the following steps: step 1, compiling an intelligentcontract, wherein the intelligent contract comprises node information of each contract party, tasks of each contract party for executing the intelligent contract and task execution relationships among the tasks; step 2, publishing the intelligent contract: publishing the intelligent contract on the block chain; 3, determining an executable state: after the intelligent contract is authorized by related nodes of each contract party of the intelligent contract, determining the intelligent contract as the executable state; step 4, executing the intelligent contract, wherein different contract parties have own unique business accounts, log in node servers of nodes through node accounts of the nodes and execute tasks of the intelligent contract on the blockchain; and step 5, carrying out verification and recording of an execution result, wherein the nodes which do not participate in the intelligent contract carry out verification and state recording of the contract execution result. According to the invention, the problems of data security and privacy in the data cooperation process are solved.

The invention belongs to the technical field of information security, and discloses a secure multi-party Bayesian classifier generation system and a method, and the method comprises system initialization, system security parameter generation by a key distribution center, a distributed data encryption key and an aggregated data decryption key. Encrypting the local training data, and sending the encrypted data to a model generator; the model generator performs aggregation calculation on the received ciphertext training data to generate ciphertext global training data, and decrypts the ciphertextglobal training data by using an aggregation data decryption key to obtain Bayesian classifier training parameters; and the Bayesian classification model generator uses the obtained Bayesian trainingparameters to calculate a corresponding conditional probability and a corresponding preamble probability, and generates a Bayesian classifier. The method can be used for generating and training the Bayesian classifier in a distributed scene, and can realize safe aggregation and privacy protection of sensitive data of multiple data centers while ensuring that a model generator acquires the high-precision Bayesian classifier.

The invention discloses an HTTP transmission protocol-based file reading and writing service downloading method and belongs to the technical field of file downloading security in an Internet environment. The objective of the invention is to ensure the security of a file to be downloaded with convenience in downloading of a user ensured from the aspect of file management of attachments of an application system to. According to the technical schemes of the invention, the method includes the following steps that: (1), an application server end is provided with an IIS, the IIS is adopted as a web server, an application software system is deployed; (2) an application server end file reading and writing web services are deployed on the application software system; (3) a file reading and writing directory is set at the application server end; (4) the file to be downloaded is save under the path of the application server end; (5) the backstage of the application server end performs password compression processing on the file to be downloaded through batch processing; and (6) the download function module of the application software system calls the web services.

The invention discloses an aerospace test data transaction method, and belongs to the technical field of aerospace test data transaction. According to the method, all related participants are added into a private block chain network through authorization to form a benefit association alliance and jointly maintain block chain operation, so that the legitimate compliance of each participant in a transaction system is ensured, the mutual trust among the participants is increased, an open cooperation environment is provided, and the benign circulation of aerospace industry resources is realized; the full-life-cycle processes of data product generation, data product right confirmation, data block evidence storage, data product transaction, transaction tracing and the like are covered, and a block chain technology is adopted, so that data credibility, data security and transaction traceability are guaranteed; and the problems of value proof, data security, network transaction trust and the like of aerospace test data are solved, the benefits of two transaction parties are guaranteed, and the application range of aerospace industry resources is effectively expanded.

The invention discloses token parameter filling equipment and filling data processing equipment and a filling method. The filling method comprises the following steps: sending token serial numbers and seed secret keys into the filling equipment by a secret key-management system, setting an operation preset parameter and performing filling on the token by the filling equipment, expanding preset parameter data according to the different configuration parameter requirements of users, performing decryption on the seed secret keys, obtaining three frequency deviations of a token product through the real-time measurement by adopting crystal measuring equipment, and performing calculation so as to obtain average deviation; then obtaining a current UTC time through a time server or a GPS (Global Position System) by a time obtaining module. The token parameter filling equipment, the filling data processing equipment and the filling method, disclosed by the invention, have the technical benefits that the problem of data security during filling process is solved, complete and reliable filling data is ensured, the filling efficiency is improved, and the product can be filled with the frequency deviation parameter of the dynamic token.