32results about How to "Safety verification" patented technology

The present invention discloses a multi-mode biological characteristic authentication device which is provided with a first fingerprint sensing module, a second fingerprint sensing module, a palm print sensing module, an information receiving unit and a prompting unit. The first fingerprint sensing module is used for acquiring first fingerprint information of an index finger, a middle finger, a ring finger and/or a little finger of a user; the second fingerprint sensing module is used for acquiring fingerprint information of a thumb of the user; the palm print sensing module is used for acquiring palm print information of the user; the information receiving unit is used for receiving the first fingerprint information from the first fingerprint sensing module, the second fingerprint information from the second fingerprint sensing module and the palm print information from the palm print sensing module and determining whether the information is synchronously and correctly acquired; and if the information is synchronously and correctly acquired, correct acquisition prompt information is sent out by the prompting unit. According to the present invention, the identity can be authenticated better; reliability is high; difficulty and complexity in counterfeiting of biological characteristics of a human body are improved; and safety of the system is improved.

The invention provides a voice identifying code system and an implementation method of the same. The voice identifying code system is characterized in that a voice identifying code mode is used to perform authentication; the voice identifying code can more clearly give a prompt about the specific business content operated by a user to the user, and preferably complement a short message identifying code verification mode; and the short message identifying code + voice identifying code authentication mode enables the verification process of the user to be more safe, easy and efficient, so that the user experience can be optimized. The voice identifying code has the advantages: 1) safety: using the voice identifying code can prevent malicious software intercepting and capturing short messages so as to avoid the safe problem; 2) efficiency: the voice identifying code is high in the delivery rate, and is not easy to be intercepted by a mobile phone; and 3) selectivity: when the short message identifying code cannot be delivered timely, the user can quickly complete business through the voice identifying code.

The invention provides a system login device and a system login method, wherein the device comprises a client-side, a first system and a second system. By means of the system login device and the method, users only need to input identity authentication information of another system during login of a target system to realize safe login of the target system. Based on safety, the target system is not provided with any user identity authentication information, and data including user identity authentication information and the like of other systems do not go through or are not stored in the target system. Users use temporary identity identification code to login the target system, and the fact of bypassing user identity authentication of other systems and using counterfeit information to directly login the target system is rejected.

The invention relates to a real-name verification gate and an application method thereof. The real-name verification gate is characterized by comprising a real-name verification system, a gate systemand a power supply, wherein the real-name verification system comprises a camera, a card reader, a two-dimensional code scanner, a display screen, a power amplifier horn, a loudspeaker and an industrial personal computer, the camera, the card reader, the two-dimensional code scanner, the display screen, the power amplifier horn, the loudspeaker and the industrial personal computer are arranged onthe gate system, the industrial personal computer is electrically connected with the camera, the card reader, the two-dimensional code scanner, the display screen and the power amplifier horn, the power amplifier horn is further electrically connected with the loudspeaker, the industrial personal computer is used for verifying whether information of a current user is qualified or not by a human face identification algorithm, the gate system is electrically connected with the industrial personal computer, the gate system is used for automatically opening a gate or warning according to a verification result sent from the industrial personal computer, and the power supply is used for supplying power to each electrical part of the real-name verification gate. The real-name verification gate can be widely applied to the field of security and protection.

The invention relates to the technical field of electronic communication security, and specifically relates to a method for using authentication security in an electronic communication. The method comprises the following steps: creating an electronic communication room by first communication equipment, automatically generating a room number, and then setting room verification information; inputting the room number and entering a room by second communication equipment, inputting a static key, and verifying the static key; after the verification is passed, answering an identity information verification problem; after the identity information verification problem is answered correctly, connecting to the room; and sending a voice verification application by the second communication equipment;receiving the voice verification application by the first communication equipment, and judging voice information; receiving a pairing verification code by the second communication equipment and generating a pairing application code; and inputting the pairing application code by two groups of communication equipment to complete pairing, and establishing a communication connection. The method for using the authentication security in the electronic communication provided by the invention solves the problem that information is leaked since irrelevant personnel can enter the communication in the communication process due to the lack of a secure identity authentication method in the existing multi-person electronic communication process.

The invention relates to the technical field of cloud storage data access control, and discloses a cloud storage data access control system based on zero knowledge proof, the system comprising: a cloud storage server Si configured with a cloud storage database Di, cloud storage access control system software running on the cloud storage server Si. The system also comprises an access client Ui, andthe access client Ui is in communication connection with the cloud storage server Si; when an access client Ui sends a data access request to a cloud storage database Di of the cloud storage server Si, the cloud storage access control system of the cloud storage server Si verifies the identity of the access client Ui by adopting an access verification method based on zero knowledge proof, and only the access client Ui passing the identity verification is allowed to access the data in the cloud storage database Di of the cloud storage server Si. According to the invention, the technical problem that the identity of an access user cannot be subjected to security verification when the user sends an access request to a cloud storage server in existing conventional cloud storage access controlsystem is solved.

The invention discloses a verification device based on fingerprint application. The verification device comprises an application instruction generating unit, an applicant terminal sending unit, a service server, an authorization instruction generating unit and a storage server. In the verification process, the fingerprint information verification is needed for both an applicant and an authorized party, so that the verification process is secure. The fingerprint information has the uniqueness, and the input is convenient and fast, so that the input error condition is avoided; the efficiency of the verification process is effectively improved; and the time is saved. The invention also discloses a verification method based on fingerprint application.

The invention relates to the technical field of power transmission and distribution micro-service architecture management, and discloses a power transmission and distribution production management system based on the micro-service architecture. The system comprises a user client, an API gateway, a discovery server Sf, and the micro-service architecture composed of a power generation management cloud server S1, a power transmission management cloud server S2 and a power distribution management cloud server S3. The user client communicates with the discovery server Sf through the API gateway, and the discovery server Sf communicates with any cloud server Si in the micro-service architecture; user authentication management system software runs on the discovery server Sf, and the user authentication management system performs identity authentication on a user client accessing the discovery server by adopting an authentication method based on zero knowledge proof. The technical problem thatan existing power transmission and distribution production management system based on the micro-service architecture cannot perform security authentication on the identity of a user accessing a discovery server is solved.

An automobile online payment system disclosed by the present invention comprises an Internet of Vehicles module, a personal payment system and a man-machine interaction module, the man-machine interaction module is used for inputting an Internet of Vehicles account, and the Internet of Vehicles module is connected with the personal payment system through a network and is used for binding the Internet of Vehicles account with the personal payment system, and when operation related to a payment function is carried out through the human-computer interaction interface in the vehicle, the vehicle networking module is matched with a personal payment system through a vehicle networking account to complete payment operation. The system has the advantages that the structure is simple, payment is convenient, when payment is needed, the personal payment system is rapidly connected and called through the FACE ID and the Internet of Vehicles account number to conduct payment, the Gemangeran is reliable, verification of the face ID and the Internet of Vehicles account number is safer, the payment efficiency is guaranteed, meanwhile, the payment safety is improved, the in-vehicle payment experience of a user is improved, and the improvement of the function of the Internet of Vehicles in the vehicle is promoted.

The invention discloses a multistage verification and authorization system and method based on a positioning device. The multistage verification and authorization system comprises a positioning identity module, a biological information acquisition module, an information verification total platform, a local information verification platform, a third-party application server and an identification terminal. According to the invention, a plurality of persons or objects can be authorized in a grading manner through one input terminal. Authorization operation is simple and flexible. Modifying operation is conducted any time. An authorized device is protable, cheap and stable and can be easily mounted on other objects. The device is convenient to promote, quickly verified, safe and reliable. Therefore, daily needs of verification and small-sum payment are achieved. Personal privacy and identity information of users do not divulge even if smartphones are lost. Specific activities of authorizedpersonnel or things are monitored at the same time.

The invention provides an online car-hailing information security verification method and system, and a server, and relates to the technical field of block chains, the method is applied to a sub-server, and the method comprises the steps: obtaining the driver information and vehicle information of an online car-hailing platform terminal; performing information legality verification on the driver information and the vehicle information; after the verification is legal, generating a driver block based on the driver information, and generating an online car-hailing block based on the vehicle information; performing link verification on the driver block and the online car-hailing block, adding the driver block to the driver chain after the link verification is passed, and adding the online car-hailing block to the online car-hailing chain; and performing matching verification on the driver chain and the online car-hailing chain to determine a matching result, so that online car-hailing information security verification can be performed according to the matching result. According to the invention, the qualification of online car-hailing drivers can be effectively managed in a decentralized manner, the cost of manual verification is greatly reduced, and the verification effect of online car-hailing information security is improved.

The invention discloses an AUV collision avoidance function verification method which comprises the following steps: acquiring AUV related navigation parameters, acquiring an AUV obstacle detection and recognition distance, and performing operations such as approaching obstacle simulation avoidance, obstacle crossing collision avoidance and the like, thereby completing collision avoidance functionverification. The method can reduce the test risk and improve the test efficiency and is simple and efficient, clear and feasible, lower in implementation difficulty and safe in verification process.

The invention provides a service life management method of an active medical instrument, and belongs to the field of medical equipment management. The service life of the active medical instrument ismanaged through the registration unit and the verification unit; the registration unit forms an activation code based on a registration code and a unique code, and the verification unit receives a file with the activation code, analyzes the activation code, judges whether the activation code is an activation code of a local machine or not, analyzes and judges the service life if the activation code is the activation code of the local machine, and shuts down if the activation code is not the activation code of the local machine. And after analyzing and judging the service life, the service lifeof the local machine is managed. The verification process is safe and reliable, off-line verification is supported, and manual intervention is not needed; when the equipment is about to reach the service life, a medical equipment using unit is prompted in advance, and after the equipment date expires, the equipment stops running except for the condition specified by Medical Instrument Supervisionand Management Regulations, so risks caused by overdue use are prevented.