15 results about "Default password" patented technology

An agent running on an IoT device of a client's network may receive a default password from a provider network and use the received default password to determine whether the password assigned to the IoT device has been changed from the default password to a different one. The agent may retrieve a salt string, a hashing algorithm, and a hashed string from a password database of the IoT device, combine the salt string with the received default password to generate a salted default password, and apply the hashing algorithm to the salted default password to generate a new hashed string. The agent may then compare the new hashed string to the hashed string retrieved from the password database. If they match, then the agent sends an indication to the provider network that the default password is still assigned to the IoT device.

The invention discloses an intelligent door lock encryption communication method and system, a terminal and a storage medium, and the method comprises the steps: obtaining an equipment number, if the equipment number belongs to a preset equipment number stored in a server, obtaining a first communication key according to the preset equipment number, and generating a network distribution password according to the first communication key; if the network distribution password is successfully matched with the stored preset password, decrypting the received first data content to obtain a communication address, and sending a second communication key generated by the first communication key to the server according to the communication address; receiving a third communication key sent by the server, wherein the third communication key is generated by the server through the second communication key; and receiving a temporary password generated by the server, and if the target password generated by the intelligent door lock is the same as the temporary password, encrypting information for communicating with the server by using a third communication key. According to the invention, encryption and decryption communication are carried out by using multiple secret keys in the encryption process of the equipment, so that the data security is improved.

In some examples, the disclosure describes a device that includes instructions that cause a processor to: activate the device, that includes a stored default password, at an unsecured access mode, receive a selection for an authentication mode of the device, and initiate one of a plurality of authentication modes for the device in response to the selection and an identified condition of the device. In these examples, the plurality of authentication modes include a first authentication mode that activates the stored default password and a second authentication mode that deactivates the stored default password.

The application provides a method for generating a default password, a method for user authentication, an apparatus and a device, and can be applied to the technical field of user authentication and default password. The method for generating a default password comprises: determining a preset default plaintext based on default password information, wherein the default password information comprises an encryption timestamp field, an encryption algorithm identifier field and a ciphertext field; obtaining a default password according to the preset default plaintext and a current date; performing first encryption on the default password by using an encryption algorithm indicated by the encryption algorithm identifier field; performing second encryption on the default password subjected to the first encryption according to a current timestamp to obtain target ciphertext; and updating the encryption timestamp field and the ciphertext field based on the current timestamp and the target ciphertext, respectively.

The present invention provides a certificate encryption storage, decryption reading method and device, including: determining a storage space, obtaining plaintext certificate data, and setting a preset random function, a preset obfuscation principle, and a preset default password; encrypting the plaintext certificate data to obtain a first hash value, and combining the plaintext certificate data and the first hash value to obtain an initial certificate ciphertext; obtaining a certificate key according to a preset random function and a preset default password; and obtaining a second hash value according to the preset default password, obfuscating the certificate key and the second hash value to obtain obfuscated data; inserting the obfuscated data into the initial certificate ciphertext according to the preset obfuscation principle to obtain a target certificate ciphertext, and storing the certificate ciphertext in the storage space. The present invention generates obfuscated data by using a preset random function, a preset obfuscation principle, and a preset default password, and then encrypts the initial certificate ciphertext according to the obfuscated data, thereby improving the security of plaintext certificate data storage.

The invention provides a default password generation method, a user verification method, a user verification device and user verification equipment, which can be applied to the technical field of user verification and default passwords. The method for generating the default password comprises the following steps: determining a preset default plaintext based on default password information, wherein the default password information comprises a timestamp field for encryption, an encryption algorithm identification field and a ciphertext field; obtaining a default password according to a preset default plaintext and the current date; performing first encryption on the default password by using an encryption algorithm indicated by the encryption algorithm identification field; according to the current timestamp, performing second encryption on the default password subjected to the first encryption to obtain a target ciphertext; and based on the current timestamp and the target ciphertext, respectively updating the timestamp field for encryption and the ciphertext field.

The present invention relates to a method for securing cryptocurrency wallets to increase cryptocurrency wallet security by having a private key encrypted along with a user terminal device and one of the previously encrypted solution- specific default passwords, which is split into two segments, one segment is stored at the user terminal device, the other segment will be stored in the NFC cards.

The embodiment of the invention provides a network security configuration method and device, a medium and equipment. The method is executed by a wireless adapter, and the wireless adapter is connected to a user terminal and network equipment. The method comprises the following steps: after electrification, judging whether a current WIFI password configured in the wireless adapter is a default password or not; if yes, acquiring a first IP address corresponding to the network equipment, and modifying a second IP address corresponding to the wireless adapter into the first IP address; restarting is carried out; after restarting, when a webpage access request sent by the user terminal is received, controlling the user terminal to jump to the password of the first IP address to modify the webpage, so that a user modifies the current WIFI password on the user terminal; wherein the webpage access request is a webpage access request for the wireless adapter or a webpage access request for the network equipment. According to the embodiment of the invention, the access security can be improved.

The invention discloses a time period change-based terminal screen unlocking method and system, and relates to the technical field of terminals, and the method comprises the following steps: a user side enters an unlocking page of a terminal screen; in the unlocking interface, acquiring the current time of the mobile terminal by calling a system API (Application Program Interface); comparing the current time with a plurality of preset time periods, and judging whether the current time has a corresponding preset time period or not; if the current time has the corresponding preset time period, obtaining a verification password corresponding to the preset time period; if the current time does not have the corresponding preset time period, acquiring a default password; an input password of the user side is obtained by calling the system API and compared with the verification password or the default password, and if the passwords are the same, the terminal screen is successfully unlocked; otherwise, unlocking of the terminal screen fails, and the user side is prompted to input the password again through the terminal screen. According to the method, the password unlocking safety can be improved, the unlocking convenience of a user is improved, and the unlocking flexibility is improved.

The invention discloses a container SSH service user password persistence method and system based on AI large model training, and belongs to the field of data persistence. The method comprises the steps that a C language design is used for achieving an SSH password persistence tool, a Shell language is used for achieving starting and running of a script program of a container, when the container is started every time, a password in a persistent volume is reimported, and a default password is logged in for the first time. And restarting the container to load the password in the persistent volume. When the Dockerfile script is compiled, a mirror image is generated in a mirror image of a starting script + SSH password persistence tool copy under a working directory, and SSH configuration is loaded from persistence storage when a container is started. The SSH password can be encrypted and stored by using a user-defined or key management service, and the operation container is started by using a K8S cluster and a Docker environment to provide an SSH password persistence service method to the outside. The method can be integrated into the CI / CD process on the premise that data security is ensured, and automatic updating and management of SSH service user password configuration are achieved.

The present invention relates to a method for securing cryptocurrency wallets to increase cryptocurrency wallet security by having a private key encrypted along with a user terminal device and one of the previously encrypted solution-specific default passwords, which is split into two segments, one segment is stored at the user terminal device, the other segment will be stored in the NFC cards.

The invention provides a design method of a system framework oriented to instrument component multiplexing and assembling. The design method comprises the following steps: S1, entering an instrument component multiplexing and assembling system by utilizing a default password of the instrument component multiplexing and assembling system and a system user name set by a unit administrator in the instrument component multiplexing and assembling system; and S2, after entering the instrument component multiplexing and assembling system, carrying out instrument component multiplexing and assembling oriented design operation in the instrument component multiplexing and assembling system. According to the method, the interface compatibility problem is solved through standardized guidance, multiplexing and assembling of components become possible, the limitation of an existing system is overcome, the universality and interoperability of instrument components are improved, and therefore the efficiency and quality of instrument software development are improved.

The present invention relates to a method for securing cryptocurrency wallets to increase cryptocurrency wallet security by having a private key encrypted along with a user terminal device and one of the previously encrypted solution-specific default passwords, which is split into two segments, one segment is stored at the user terminal device, the other segment will be stored in the NFC cards.

The invention discloses a method, a system, a medium and equipment for authenticating the identity of a terminal through a dynamic password, and the method comprises the following steps: S1, starting up the terminal for the first time, and receiving an identity authentication request which is set by the terminal and takes a default password as a request by a central service; identity authentication of the terminal is passed; s2, the terminal generates a first request dynamic password and stores the first request dynamic password, and the center service generates a first verification dynamic password and stores the first verification dynamic password; s3, when the terminal is started for the Nth time, the center service receives an identity authentication request of the terminal with the (N-1) th request dynamic password as a request, and the center service matches the (N-1) th verification dynamic password with the (N-1) th request dynamic password; and S4, if the (N-1) th verification dynamic password and the (N-1) th request dynamic password in the S3 are identical, the Nth startup identity authentication request of the terminal is qualified, the terminal generates an Nth request dynamic password, the center service generates an Nth verification dynamic password, and N is a positive integer greater than 1. The method has the advantages of being not easy to crack and effectively improving safety.