Insight Direct USA, Inc.

A system for changing a user's password across multiple servers accesses a master server within a multiple-server system architecture. The master server has a user database and a connection database. The system accesses a target server via a remote log in from the master server. The target server includes a user database and a connection database. The system changes an existing password within the user database of the target server. The system reads the connection database of the target database to determine which additional servers the target server connects to. The system updates the connection database of the target server with updated connection information. The system can alternatively receive a file upload containing information pertaining to which servers the target server can connect to, and subsequently update the connection database of the target server. This process is repeated for multiple servers and/or user accounts to perform mass password updates.

A method of formulating a desired network configuration graph database representative of a network can include receiving network information regarding multiple devices; generating an existing network configuration graph database representative of the multiple devices; and determining whether each interface description for each device correctly describes the device by comparing each interface description to an actual state of the device. The method can include, in response to the interface description being inaccurate, generating an entry in an interface description database that includes identification information of the device, the incorrect interface description for the device, and a correct interface description for the device for each incorrect interface description; and formulating the desired network configuration graph database representative of the multiple devices.

A user request is received by the processor of a network-connected device. The user request includes a natural-language prompt and build data. The build data identifies one or more databases and provides a target count for building context to generate a responsive answer to the user request. A language model queries the one or more databases identified by the build data to generate information responsive to the prompt. Modified information is constructed based on the initial information generated by the language model and based on the target count provided by the context identifier. A responsive prompt is generated based on the modified information and the natural-language prompt. The language model is provided with the responsive prompt to generate responsive text.

A method of database recovery includes starting a first database server, starting a second database server, starting a third database server, and starting an application server after starting the first database server, the second database server, and the third. The first, second, and third database servers are configured to store data according to first, second, and third database management systems, respectively, and the application server is configured to run application modules of a set of application modules. The method of database recovery further includes starting a search module, starting a product catalog management module, starting a web connectivity module after starting the search module, starting a graphical user interface module after starting the web connectivity module, and starting at least one business operations module.

A method of scheduled modifications of preprocessing of incoming video data of at least one region of interest from a camera collecting video data having a first field of view includes receiving incoming video data from the camera and preprocessing the incoming video data, by a computer processor, according to preprocessing parameters defined within a runtime configuration file. The preprocessing includes formatting the incoming video data to create first video data of a first region of interest with a second field of view that is less than the first field of view. The method also include publishing the first video data of the first region of interest to an endpoint to allow access and processing by a subscriber; in response to a time schedule, altering the preprocessing parameters defined within the runtime configuration file dependent upon the time schedule to create second video data that is different from the first video data; and publishing the second video data to the endpoint to allow access and processing by the first subscriber.

A system for training a user for a conversational encounter with a customer receives encounter-defining parameters via a user interface. The encounter-defining parameters are descriptive of attributes of the conversational encounter. The system formats the encounter-defining parameter for transmission to a large language model (LLM). The LLM receives the instructions and outputs a conversational opening viewable by a user via a user interface. The user then responds to the conversational opening and iteratively converses with the LLM. After a defined maximum number of iterations have been reached, the LLM provides an evaluation to the user via the user interface. The evaluation is indicative of the evaluated outcome of the conversational encounter, including at least one of a score, a summary of the encounter, a likelihood that a deal is reached, and suggested improvements.

A method of selectively forwarding data transmissions to a wide area network includes receiving, by a network device interposed between a local device and the wide area network, a data transmission from the local device and directed to a destination address accessible through the wide area network, detecting that a connection between the network device and the wide area network has been interrupted, storing the data transmission to a storage device electronically connected to the network device after detecting the connection has been interrupted, detecting that the connection has been restored after storing the data transmission, determining whether to forward the data transmission to the destination address by analyzing the data transmission using a forwarding rules engine, and transmitting the data transmission from the storage device to the destination address in response to determining to forward the data transmission.

An example method of tracking multiple electronic devices is described herein that can include accessing first information regarding the multiple electronic devices with the first information including a connection state for a first plurality of electronic devices of the multiple electronic devices representative of a most recent timestamp that each of the first plurality of electronic devices was active and concurrently determining a first status for each applicable electronic device of the multiple electronic devices dependent upon the first information. The method can further include assigning the first status as a current status for each of the multiple devices in a device tracking database, accessing second information regarding the multiple electronic devices with the second information including the connection state for a second plurality of electronic devices of the multiple electronic devices, and concurrently determining a second status for each of the multiple electronic devices dependent upon the second information.

A network system includes a processor and computer-readable memory. The computer-readable memory is encoded with instructions that, when executed by the processor, cause the network system to register a unique pre-shared key, a user profile, and a network policy. The instructions further associate the unique pre-shared key with the user profile to form a key-user pair, associate the key-user pair with the network policy to form a mapped key-user pair, and provide the unique pre-shared key to a user to connect one or more devices to a wireless network. The unique pre-shared key is used to encrypt and decrypt data transmitted between a connected wireless device and the wireless network.

A network system includes a processor and memory encoded with instructions that, when executed, cause the system to receive an offered pre-shared key from a wireless device via a wireless network; access a mapped key-user pair comprising a unique pre-shared key and a user profile; and determine whether the offered pre-shared key corresponds to the unique pre-shared key. The instructions further permit the wireless device to connect to the wireless network according to a network policy associated with the mapped key-user pair in response to determining that the offered pre-shared key corresponds to the unique pre-shared key, or reject a network connection between the wireless device and the wireless network in response to determining that the offered pre-shared key does not correspond to the unique pre-shared key. The unique pre-shared key is used to encrypt and decrypt data transmitted between the wireless device and the wireless network.