32 results about "Cipher" patented technology

The invention relates to a mobile payment method for field shopping, and belongs to the technical field of mobile payment. A cellphone is utilized as a payment terminal of a consumer and a non-contact POS (point-of-sale) terminal of a commercial tenant. The mobile payment method comprises the steps that a commercial tenant cashier utilizes the cellphone to recognize a bar code of a commodity chosen by a consumer, and then a trading two-dimension code generated according to order information and business information is displayed on a cellphone screen; the consumer utilizes the cellphone to recognize trading two-dimension code information, and requests an internet payment platform and a bank deal system to pay after affirming the amount of payment. The mobile payment method provided by the invention has the advantages that a bank card and a POS machine are needed in the whole trading process, and the information of a bank card and account codes of the customer do not enter a commercial tenant cashier system, so that the operating cost of the commercial tenant is reduced, and the safety of mobile online payment is also guaranteed; a mobile payment system can record consumer consuming behavior data and commercial tenant market data which are generated in the trading process, and thus data resources with huge economic values and social values are accumulated for banks or Union Pay.

A user of a mobile phone photographs himself/herself, and sends a password to an authentication server. After the authentication server authenticates the user, the mobile phone stores the photographed image of the user in a memory accessible only by authentication software. When the authentication software detects a billing apparatus at the time the user makes a purchase, the image is read from the memory and displayed while an indicator is on. A store clerk can confirm whether the person carrying the mobile phone is the legitimate user by judging whether the face image matches the person and whether the indicator is on at the same time.

The invention discloses a system and method for providing cryptographic service through a virtual cryptographic equipment cluster. The system is composed of a cloud cryptographic service interface, a task scheduler, multiple cryptographic machines, and a state detector. The method provided by the invention comprises the following steps: (1) detecting load information of each cryptographic machine; (2) computing a commercial cryptographic algorithm occupancy rate of each cryptographic machine; (3) computing a load value of each cryptographic machine; (4) ordering the load values; (5) initiating a service request; (6) processing the service request; (7) selecting the cryptographic machine; (8) judging whether the working state of each cryptographic machine is normal; (9) processing a service request and responding; (11) receiving a service response; (12) feeding back the load information; (13) judging whether the cryptographic service request is finished; and (14) finishing the cryptographic service. By use of the system and method disclosed by the invention, the virtual cryptographic equipment cluster can be satisfied so as to provide the actual demand of the cryptographic operation service.

The invention provides a reusable public key certificate scheme based on a public key infrastructure. The scheme comprises the steps: (1) an applicant submits a user main public key and relevant information of the applicant to a certificate authority, and the certificate authority issues a signed user main public key certificate after the certification passes; (2) the applicant automatically generates an application user public key for a specific application and application public key verification information; (3) a message sender verifies the ownership of the application user public key, and if the ownership is verified to be the applicant, the message sender performs relevant public key password operation by using the application user public key; and (4) the applicant decrypts the received encrypted message using the application user public key, or performs digital signature using a private key corresponding to the application user public key. The public key password system is very convenient to use, is high in security, and greatly improves the working efficiency of the certificate authority (CA) in the public key infrastructure.

The invention relates to a dynamic password verification method, which is characterized in that the password input by the user includes static and dynamic characters, and the user agrees in advance on the calculation method of the dynamic password when creating or setting an account, and the calculation method uses variable data such as date, after Simply change the dynamic password used for verification; when the password needs to be verified, the user enters the static password and the dynamic password formed by simple calculation on the terminal device or the client software interface, or uses the dynamic password to encrypt the string obtained by encrypting the static password and submits it for verification ; The terminal device or client software decomposes the obtained input into a static password and a dynamic password string or uses a dynamic password to decrypt the input string to obtain a static password; the server compares the received encrypted static password with the pre-saved user password, such as If necessary, compare the received dynamic password with the string obtained according to the same algorithm to determine whether it can pass the verification.

The invention provides a user logging-in method under system control. The method comprises: a user logs in a system; the system determines whether the logging in is realized by means of manual inputting or USB Key; if the logging in is realized by using a USB Key, the information in the USB Key is read by the system and the user inputs card number and password information, so that the user can log in the system without being limited by an IP and an Mac address; and after USB Key acknowledge, the system sends a random short-message verification code to the user, the user inputs the verification code and can not log in the system until the verification code is correct, and the system checks the correctness of the verification code and thus the logging in is done successfully. And if the logging in is realized by the manual logging in way, the user inputs a user name and a password; after the information is checked to be correct, the system sends a random short-message verification code to the user; the user inputs the verification code and can not log in the system until the verification code is correct, and the system checks the correctness of the verification code and thus the logging in is done successfully. Compared with the prior art, the method has advantages of high practicability, security and flexibility.

The invention provides a hand-held terminal with the handwriting recognition and identity validation function and a realizing method, which belongs to the electronic equipment field and relates to the hand-held terminal which is realized via handwriting recognition and the assorted realizing method. The terminal comprises a handwriting input structure, a handwriting recognition module and a handwriting recognition authority management module. The users can input handwriting of own in the hand-held terminal by utilizing the handwriting input structure in the invention, and can effectively be processed identity validation by the handwriting recognition module, thereby the authority of the users to enter the hand-held terminal can be determined; the users need not clearly remember the password, only need handwriting recognition to process authority recognition, and in the state of guaranteeing privacy and safety of the hand-held terminal, a great convenience is brought for the users.

The present invention relates to a content protection apparatus and method using binding of additional information to an encryption key. The content protection apparatus includes an encryption unit for creating an encryption key required to encrypt data requested by a user terminal and then generating encrypted data in which the data is encrypted. An additional information management unit manages additional information including authority information about the encrypted data. A White-Box Cryptography (WBC) processing unit generates a WBC table required to bind the encryption key corresponding to the encrypted data to the additional information. A bound data generation unit generates bound data in which the encrypted key is bound to the additional information, using a cipher included in the WBC table.

It is a software administrator unlocking password solution. In the software of the only identification code, using administrator password to control using right, and administrator password having the control of the errors number, it solves the restoration of normal use after administrator password locked by using specific software, specific time slots for effective software administrator.

This invention discloses an encryption keyboard with dynamic display including the keyboard body linking the external device with many numbers and function keys, in which, the key value display driver circuit linking with CPU and processing dynamic definition and identification on the number keys is set. The number keys are set with display units to dynamically display number key values respectively, and the units connect the keys display driver circuits. The CPU is a SCM, and the driver circuit includes data flip-latch and display encoder. The invention uses the light digital tube to make every bit show a figure, and show different one after each restoration, thus effectively preventing stealing passwords by guessing from button positions.

A two-dimensional code transmitting and activation method and system are disclosed. An enterprise server in the two-dimensional code transmitting method transmits a code transmitting request including but not limited to a device number, an enterprise code, a register account and a login password to a cloud platform through a dedicated code transmitting channel in the production process; the cloud platform receives the code transmitting request, and determines whether the enterprise code, register account and login password are consistent with the enterprise code, register account and login password that are allocated to an enterprise by the cloud platform and whether the device number is associated with the dedicated code transmitting channel; if so, the cloud platform receives the code transmitting request and encrypts an original code to generate and transmit a cloud code with an irregular character sequence to the enterprise server; and the enterprise server receives the cloud code, generates a two-dimensional code adhered to the outer layer of a commodity through a two-dimensional code generating algorithm, and in this way, a secure and reliable code dynamic management Internet code transmitting solution can be provided to the production enterprise.

The invention provides a router visitor verification method and system and a router. The router visitor verification method comprises the following steps: setting an SSID (Service Set Identifier) without any password; when an intelligent terminal is connected to the SSID, detecting the receiving power of the intelligent terminal; when the receiving power of the intelligent terminal is smaller than a set power threshold, adding the intelligent terminal into a blacklist by the router and forbidding the intelligent terminal in the blacklist to access to the Internet; and setting a detection period for detecting the receiving power of the intelligent terminal in the blacklist regularly, and moving the mobile terminal out of the blacklist and allowing the intelligent terminal to access to the Internet through the router when the receiving power of the intelligent terminal is greater than or equal to the power threshold. Through adoption of the technical scheme, the security of visitor access can be realized. Meanwhile, the router visitor verification method and system and the router are easy to use.

This invention relates to computer network technique e-mail address registering one instant communication user account number method, which comprises the following steps: the user using valid e-mail address to load on the system; after successfully loading, using the e-mail address; during the registering process, the system validating whether the user name and codes agree with the e-mail address.

The invention particularly relates to a cipher equipment virtualization method in a cloud environment. In the cipher equipment virtualization method in the cloud environment, the secret key storage of cipher equipment is divided into multiple independent areas, and correspondence to multiple secret keys of the equipment is finished through once digital certificate storage; the identity validity of a visitor is verified through the digital certificate, and the visitor cannot use the secret key without passing the validity verification; the digital certificate in the cipher equipment and the corresponding secret key cannot be modified but erased at the same time; and the division of the secret key storage areas and once-writing and erasing functions of control information are both realized through a cipher equipment virtualization device in the cloud environment. The cipher equipment virtualization method in the cloud environment effectively protects the authority of a user accessing the secret key; and all security-related operations are finished in a hardware device, and the operation efficiency can be guaranteed.

The invention discloses a shared express bag. The shared express bag comprises a hollow bag body, a bag mouth, a cover body, a lock body and a control panel, wherein the bag mouth communicates with the interior of the bag body, the cover body is capable of covering the bag mouth in an opening and closing mode, the lock body is used for locking the cover body, and the control panel is used for controlling the lock body to open and close. The shared express bag can be used circularly, the express bag can be shared through the modes of password unlocking, two-dimensional code unlocking and the like, the shared express bag is very environmentally friendly, and the shared express bag has important significance for an increasingly developmental logistics industry.

The invention discloses a method of generating and verifying a pure software dynamic password. A mode of combining a fixed password segment and a common variable is adopted; displacement or a numerical value is simply calculated through an operator; a dynamic password instantly varied along with variations of common variables can be formed; a software system performs calculation according to the same rule, an inputted dynamic password is compared, and whether the password is correct is confirmed. A physical device such as a password generator is not needed, the system safety degree is greatly improved, the use is simple and convenient, peeping when the password in inputted, unusable risks and tedious replacement errors when the physical device is carried and the device is lost can be avoided, the application is only related to the software system, the use range is wide, and the promotion is facilitated, and the method of the invention is applied to systems with high safety requirements such as a bank, a public network and a unit internal network.

The invention provides an intelligent door lock system capable of automatically judging the abnormal state of a door lock. The intelligent door lock system comprises a central control unit, an electronic lock, a camera, a door magnetic sensor, a mobile terminal and a management platform, wherein the management platform displays the geographic positions of all intelligent door locks through an electronic map and binds the mobile terminal and the electronic lock, and the mobile terminal can only unlock the electronic lock bound to the mobile terminal. The central control unit controls and sensesthe states of the electronic lock, the camera and the door magnetic sensor, automatically judges the abnormal state of the door lock and gives an alarm. The combined shift time asynchronous algorithmdisclosed by the invention is simple in engineering realization and high in encryption performance, is different from a traditional encryption algorithm which has more password attack modes, and is relatively safer and more reliable. The intelligent door lock system which is simpler and easier to use, clear in responsibility, capable of sensing and judging the abnormal state in real time and capable of achieving post-event tracing is provided for a user, and warning and deterrence can be formed for an actor who intends to destroy a box body while the user can use the system conveniently.

The invention provides a secret key management method and system supporting multiple secret key systems, and the method comprises an initialization process: randomly generating a root main secret keythrough password equipment, and enabling a root main secret key threshold to be backed up to all root main secret key mother cards; generating a first-level public and private key through the passwordequipment, and generating a first-level certificate through self-signature; generating a root identification key through the cryptographic device; the symmetric key management comprises the followingsteps: dispersing a root master key to obtain a primary symmetric key; sequentially dispersing upper-level symmetric keys to obtain second-level to N-level symmetric keys; dispersing N levels of symmetric keys to obtain a user symmetric key; the asymmetric key management comprises the following steps: sequentially generating second-level to N-level public and private keys and user public and private keys through password equipment; sequentially generating second-level to N-level certificates and user certificates through signing and issuing of an upper-level private key; identification key management includes generating a user key by calculating parameter information including a user identifier and a root identifier key.

The invention discloses a mobile phone hotspot controlled keyhole-free safety box, and relates to the technical field of safety boxes. The mobile phone hotspot controlled keyhole-free safety box comprises a cabinet body, an upper cover, a safety box door and a grid division top plate, wherein the bottom of the upper cover is fixedly connected with the top of the cabinet body, the safety box door is movably arranged on the front side of the cabinet body, an electromagnetic bolt is fixedly arranged at the bottom of the inner surface of the safety box door, the interior of the cabinet body is fixedly provided with adjustable screw rod assemblies which are symmetrically arranged, and the grid division top plate is in sliding connection with the adjustable screw rod assemblies. According to themobile phone hotspot controlled keyhole-free safety box, a keyhole-free design is adopted, so that thief unlocking technology is nowhere to be used, an electromagnetic lock is opened by utilizing a hotspot of a mobile phone, so that the purpose of opening the electromagnetic lock by cracking a wireless WIFI password by a thief can be prevented, a wireless hotspot module is used for matching the hotspot on the mobile phone with the wireless hotspot module, so that a theft of the thief by utilizing the wireless signals is avoided.

The invention discloses an electronic retrieval file box, comprising a box body and a box cover. A work display lamp is connected to the left end of the upper surface of the box body, a control box is fixedly connected to the upper end of the inner box body, and a lock hole is embedded in the upper right end of the control box. The lower end of the box is provided with a file storage box, the lower end of the box body is provided with a buckle, and a display screen is embedded in the upper left corner of the front of the box cover. The original of the file can also be taken out and read at an appropriate time, which solves the above-mentioned problem that the electronic file and the original file cannot be used at the same time, and the electronic file box adopts the most advanced authentication to unlock and the most stable Digital password unlocking plays a double-layered protection role for internal files. People need to pass the verification of double-layered locks at the same time before they can read the source files.

The invention discloses a file signature method and device, a terminal and a storage medium. The method comprises the following steps: a service processing party performs hash calculation on a to-be-signed file to obtain a hash value corresponding to the to-be-signed file, determines a first parameter based on the hash value and an improved SM2 elliptic curve public key cryptographic algorithm, and sends the first parameter to a key storage party; the key storage party receives the first parameter, determines a second parameter based on the first parameter, and sends the second parameter to the service processing party; and the service processing party receives the second parameter and obtains a signed file based on the second parameter and the to-be-signed file. The invention provides a lighter computing mode. On one hand, the computing pressure of a cipher machine or other key storage systems is relieved; on the other hand, in the signing process, information known by all parties is minimized, that is, it can be guaranteed that the secret key storage party only executes signature and cannot know the original text, and the blind signing effect is achieved.

The invention discloses an encryption system of accounting software, includes USB port and PC port, the USB end comprises a motherboard information acquisition module, Single Chip Microcomputer, Key Generator, Keyboard and display, the PC terminal comprises a cipher input module, a data algorithm generator and a login authentication module, in accordance with the prior art, as the USB terminal isconnected with the PC terminal, the USB end collects the information of the PC end motherboard, ensure uniqueness, enter the USB port open password through the keyboard, random algorithms are generated by a data algorithm generator connected to the accounting software, the key generator generates the corresponding key, generates the new key according to the information of the motherboard and the key by the single chip microcomputer, then inputs the password displayed on the display at the PC end and logs in the accounting software, adopts the multiple encryption, effectively ensures the security of the accounting software, and has the value of popularizing and applying.