576 results about "Storage security" patented technology

A hierarchical folder security system for mapping files into and out of alias directories and/or real directories depending on: 1) the directory of the specific file being accessed, 2) the program thread requesting access to a memory storage device (114), and 3) the type of access request being made (i.e. load, save, run, etc.). For write access requests (i.e. save, modify, paste, delete, cut, move, rename, etc.), security controller (180) determines if the requested folder access address (150a) is associated with the requesting program's folder address (168). If it is, the file is written at absolute address (156b) on disk platter (160) through real folder map (152). If requested address (150a) is not associated with program folder address (168), then an alias directory address is created and the file is written at alias address (156a) through alias folder address map (154).

A system and method for the secure online storage of digital currency or crypto-currency assets, and the secure use of stored online digital currency assets for financial payment transactions and credit lending transactions in either digital currency or fiat currency. The present invention includes various methods for the encryption and secure online storage of a digital currency wallet using spliced/paired design architecture, and various methods for the integration of secure digital currency online wallets with online banking platforms, debit card devices, credit card devices, credit lending networks, merchant payment processors and credit card associations. The present invention also relates to the use of spliced/paired design architecture for non-financial applications that improve the online storage security of other types of data files and document files that are not related to digital currency or financial transactions.

The invention discloses a method and a device of dynamically diagnosing hard disk failure based on S.M.A.R.T (Self-Monitoring Analysis and Reporting Technology) data and relates to the field of data storage security diagnosis. The method comprises the following steps: 101) establishing a cloud storage server side to continuously collect three types of data; 102) establishing a hard disk failure early-warning dynamic model; 103) establishing S.M.A.R.T parameter normal fluctuation curves and ranges; 104) obtaining a health diagnosis scoring dynamic model through big data analysis. The method and the device of dynamically diagnosing hard disk failure based on S.M.A.R.T data have the following beneficial effects: 1) the cloud storage server side is established to continuously collect data related to health of hard disks; 2) the collected data are organized to establish the hard disk failure early-warning dynamic model, the S.M.A.R.T parameter normal fluctuation curves and ranges and the health diagnosis scoring dynamic model; 3) the correctness of the model is continuously improved through machine learning in hard disk failure diagnosis.

A system and method that improves security of a computer storage system by requiring an initiating computer to periodically reaffirm its identity by transmitting a message to a servicing computer. The message contains a previously established authentication message and a sequence value, established by and known only to the original participants. A message must be received by the servicing computer within a predetermined time interval in order to maintain data communications between the original participants.

The present invention provides an electronic medical record management method and system. According to the method and system provided by the present invention, the block chain idea is used in the electronic medical record system, the time chain based distributed database is used to keep patient historical medical record information original, and the source for each record can be traced. The method and system provided by the present invention have the following beneficial effects that: 1. medical record information and medical record operation information are ensured to be original and authentic; 2. data storage security of medical record information and medical record operation information is ensured; 3. personal privacy of the patient can be ensured not to be exposed; and 4. rapid sharing of medical record information and medical record operation information is realized.

The invention relates to a Ceph-based network target range rear-end storage system design method, and relates to the technical field of information security. The invention provides a construction method of a network target range rear-end storage system under a cloud architecture in order to solve the problems existing in an existing network target range rear-end storage system. According to the method, the Ceph is combined with the OpenStack, the Ceph is used as Nova in the OpenStack; an identity authentication service Keystone of the OpenStack is bound with a Ceph object gateway at a storagerear end of a Glance, Cinder native component, and secondary development of management application is carried out based on a Ceph gateway module. The method can effectively improve the deployment efficiency and the storage security of the network target range. Therefore, the functions of second-speed starting of the virtual machine, real-time migration of the virtual machine, data fragmentation storage, data full backup, data incremental backup and the like in the network target range are achieved.

The invention belongs to the technical field of electronics, and provides a distributed cloud data management method and system based on a peer-to-peer network. The peer-to-peer network comprises a plurality of user nodes, and each user node in the peer-to-peer network can encrypt data via a private key of a user of the node and then upload the data to the peer-to-peer network to store the encrypted data to other user nodes of the peer-to-peer network in a distributed manner. By encrypting data and storing the data to the user nodes of the peer-to-peer network in the distributed manner, mass data can be stored, so that the storage security of data is effectively guaranteed while the existing storage space is expanded.

The invention relates to a method and system for accessing cloud storage data by a user. Specifically, the method comprises the steps that a server receives a request of the user for accessing the cloud storage data; the server judges whether the request user is a legal user or not through the request; a security level of user access data is further judged through the requested data information if the request user is the legal user; the server sends data encrypted by a public key to the user if it is judged that the security level is a high level selected by the user; the user decrypts the data through a private key to obtain the data; the server directly sends the data in the cloud storage to the user if it is judged that the security level is not the high level selected by the user; and an access request is refused if the server judges that the request user is an illegal user. According to the method and the system, the security level of the cloud data is set by the user; different data storage and encryption operations are carried out for different security levels; and through identification of user information, the user authentication security is realized; and the storage security of important data is realized.

The invention discloses an audio and video evidence preservation method and system. The method comprises the following steps: verifying an audio and video original file uploaded by a mobile terminal;when the verification passes, generating a complete data fingerprint of the audio and video original file, sending a storage address of the audio and video original file, user information corresponding to the audio and video original file and the complete data fingerprint to a block chain network, and updating storage contents in an authoritative certification node. By adoption of the method, theformation time of the audio and video files and the instantaneity, directness, authenticity, reliability and storage security of recorded contents can be proved, therefore the audio and videos recorded by mobile terminals become credible judicial evidence.

The invention provides a decentralized storage security implementation method. The method comprises the following steps: building an electronic evidence private block chain by three types of affair main bodies, namely a notary organization, a user organization and a judicial organ; and storing information abstracts and specific data of electronic evidences of users into positions in a distributedtype file system, and forming a block chain by blocks of same structures through chain structures. The invention provides the decentralized storage security implementation method, which effectively implements secure storage and effective use of the electronic evidences of the users.

The application provides a sensitive data storage method, device and system capable of improving the storage security of sensitive data. The method includes: extracting a service keyword from the sensitive data according to a preset service matching rule; desensitizing the extracted service keyword to obtain a desensitized keyword; replacing the service keyword in the corresponding sensitive databy the desensitized keyword to obtain desensitized data; storing the desensitized data in a first device, wherein the stored desensitized data has a mapping relationship with a service identifier corresponding to the service matching rule, and storing the service keyword in a second device and constructing a mapping relationship between the stored desensitized data and the service keyword.

The invention provides a distributed object processing method and system. The method comprises: an application server receiving request information of a client, the request information comprising the identification information of an object; the application server forwarding the request information to a directory server; the directory server, according to the identification information of the object of the received request information, finding at least one object storage server in the object storage cluster where the object is in; the directory server forwarding the request information to the found at least one object storage server; and the object storage server, establishing connection with the client after receiving the request information, and carrying out operation according to the request information. Through such an architecture based on distributed object storage, large-scale unstructured data storage needed by a network disc server can be provided, and at the same time, through storage of multiple duplicates of the object, the storage security of the object is guaranteed.

The present invention discloses a cloud data security protection method adopting a fully homomorphic encryption technology and a multiple digital watermarking technology. The cloud data security protection method is characterized in that in a cloud computing environment, a trusted third-party organization distributes a key to a user, after the user stores the key, a fully homomorphic encryption scheme is adopted to encrypt to-be-uploaded data at a user side, then the encrypted data is uploaded to a cloud side, thereby ensuring transmission security and storage security of data; in addition, when the user searches for data, direct search for ciphertext can be performed after a search keyword is encrypted, thereby improving search efficiency; and moreover, before the data is uploaded to the cloud side, a fragile watermarking and a robust watermarking are respectively embedded into the to-be-uploaded data, the purpose of embedding of the fragile watermarking is to prevent illegal modification of the data, so as to achieve authentication for integrity of the data, and the purpose of embedding of the robust watermarking is to protect copyright of the data, so as to achieve authentication for copyright of the data.

The invention relates to an SM2-based two-party collaborative signature method and decryption method, and belongs to the technical field of digital signature and decryption. The collaborative signature method comprises the following steps: obtaining a sub-private key of a first communication party and a sub-private key of a second communication party as two-party private keys of a user, and generating a user public key by using the two-party private keys of the user based on SM2; the first communication party uses the user public key to generate a message digest e from a to-be-signed message Mand sends the message digest e to the second communication party, and the second communication party generates a first part signature r according to the message digest e based on SM2 and sends the first part signature r to the first communication party; and the first communication party generates a second part signature s according to the first part signature r and a sub private key of the firstcommunication party, and obtains and outputs a complete signature. Meanwhile, the invention relates to a two-party decryption method based on SM2. According to the embodiment of the invention, the problem that the storage security and the use security of the secret key in the prior art have great hidden dangers is solved.

The present invention discloses a distributed storage-based object storage method. The method comprises the steps of building an authentication server by using a distributed storage technology, and completing secure authentication of a user end and a server end; and then optimizing a background IO model for recording fragmented logs so as to improve object storage security. Compared with the prior art, the distributed storage-based object storage method ensures data storage security and the security of a storage cluster, and improves the reliability, availability, security and practicability of the distributed storage cluster.

The invention is applied in the technical field of communication, and provides a file security method, a file security system and a mobile terminal. The file security system comprises a private file setting module, a private file judgment module and a private file hiding module, wherein the private file setting module is used for setting the security types of files; the private file judgment module is used for judging the types of newly-generated files and storing the newly-generated files as private files if the newly-generated files belong to the security types; and the private file hiding module hides the private files in real time. Therefore, the method and the system can hide in real time the private files, such as photos, videos, diaries and the like, newly generated by the mobile terminal to prevent the private files from being illegally accessed and operated by other users and effectively protect the storage security of the private files of a user.

The invention provides a block chain and IPFS-based information management method, which is applied to an information management platform. The method comprises the steps of creating a platform accountand a block chain account during registration in the information management platform; during login of the information management platform through the platform account, unlocking the block chain account; during information management, if a target storage position of to-be-managed information is a block chain, performing block chain-based management operation on the to-be-managed information by utilizing the block chain account; and if the target storage position of the to-be-managed information is an IPFS, performing IPFS-based management operation on the to-be-managed information, and performing block chain-based management operation a hash value corresponding to the to-be-managed information returned by the IPFS through utilizing the block chain account. According to the method, the problem that real information is tampered can be effectively solved, so that the data storage security is ensured.

A novel technique and system for improved monitoring of the storage security of firearms (and other objects) and, through a microprocessor radio-controlled transceiver embedded within the firearm, enabling detection of theft or removal, and then radio-tracking of the stolen firearm by police or others with continual identification of that firearm, and also with the further feature of providing automatic warning to schools or other public buildings or locations of the intrusion in their vicinity of a bearer carrying the stolen firearm.

The invention discloses a biometric fingerprint authentication method based on a quantum fuzzy commitment, which comprises a registration phase and an authentication phase. The registration phase comprises the following steps of: firstly, constructing a fuzzy commitment set to produce code words required for the commitment phase by using a quantum error correcting code space without self-dual constraint, and applying a noise addition transformation used for fuzzy proving to the code word; and then, constructing a quantum hash algorithm, and mixing, diffusing and encrypting a random quantum sequence so as to realize the security of using one key at one time in the sense of information theory. The authentication phase comprises the following step of opening the fuzzy commitment set by using a quantum fuzzy commitment to obtain random information for decrypting keys Messa. A new quantum fuzzy commitment system is constructed by combing the quantum hash algorithm on the basis of entangling assistant quantum error correcting codes. Compared with other similar fingerprint authentication methods, the biometric fingerprint authentication method based on a quantum fuzzy commitment has prominent advantages in the aspects of storage security and authentication security of biometric data, and the quantum biometric performance and the security of biological template information storage and transmission can be increased.

The invention relates to a copyright protection method of video content, which belongs to the technical field of copyright protection. A play module uses the RTSP protocol of the video program to acquire a SDP document and sends the requests for examining the play authority to a DRM Agent. The DRM Agent searches RO locally and implements integrality validation; if the RO is not found or the DRM Agent fails the validation, new RO should be purchased with RI; if the DRM Agent passes the validation, the video content key is acquired from the RO and the content of the selected video program is decoded and then the playing module decodes, plays and stops the program. By upgrading the usage limits in the RO and the RO status word in time, the RO security is effectively enhanced. The invention has the advantages that an SIM card is introduced to ensure the storage security of the RO and the purchased digital content authority could be also used after user replaces the mobile terminal equipment; in this way, the invention could be widely used and suitable to the consumption habits of users.