Abstract: A method for provisioning a network device can include, on a network device in a factory-default state and having a factory-installed Secure Zero Touch Provisioning (SZTP) agent, enabling a wireless communication capability of the network device. Upon detecting the wireless communication capability being enabled, the SZTP agent attempts to establish a connection with an SZTP application on a computing device in close proximity to the network device. Once connected, the SZTP agent requests SZTP bootstrap information from the SZTP Application, receives SZTP artifacts, and determines whether the SZTP artifacts contain redirect information to an SZTP bootstrap server. If so, the SZTP agent validates the redirect information and attempts to connect to the SZTP bootstrap server.

Abstract: An apparatus includes a processing device configured to capture user session information associated with one or more user sessions involving interaction of users with a digital platform and to generate, utilizing the captured user session information, a digital representation of user-perceived content of one or more portions of the digital platform that the users interacted with as part of the one or more user sessions. The at least one processing device is also configured to determine, utilizing the digital representation of the user-perceived content, one or more design evaluation metrics for a design of the one or more portions of the digital platform that the users interacted with as part of the one or more user sessions and to automatically modify a configuration of at least one of the one or more portions of the digital platform based at least in part on the determined design evaluation metrics.

Abstract: A network device may transmit, for a first attempt at device provisioning, messages containing requests that facilitate different types of device provisioning operations such as secure device provisioning operations and non-secure device provisioning operations. Based on receiving a message that contains a reply to one of the requests, the network device may restrict a subsequent attempt at device provisioning to the type of device provisioning operations indicated by the reply.

Abstract: A network device may transmit a request message on a plurality of network interfaces destined for one or more network address assignment servers communicatively coupled to the network interfaces. The network device may maintain interface discrimination information that identifies one or more network interfaces on which previously received response messages failed to facilitate the completion of a device operation. The network device may send subsequent request message(s) based on the interface discrimination information.

Abstract: A network device may obtain its Internet Protocol (IP) address information. The network device may receive a device network address assignment message that indicates an IP address of the network device. The network device may receive a router advertisement message that indicates an IP address prefix that includes the IP address and that indicates a prefix length of the IP address prefix. The network device may form an IP interface that specifies the IP address and the prefix length.

Abstract: A network device may receive encoded provisioning information from a source of provisioning information, such as a bootstrap server, as part of a provisioning operation. An analysis tool on a client device or on the network device may be configured to obtain the encoded provisioning information, parse the encoded provisioning information to obtain one or more decoded portions of the provisioning information, and output information resulting from the parsing operation, thereby providing insight into device provisioning information often encoded in a complex manner.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: A method for provisioning a network device can include, on a network device in a factory-default state and having a factory-installed Secure Zero Touch Provisioning (SZTP) agent, enabling a wireless communication capability of the network device. Upon detecting the wireless communication capability being enabled, the SZTP agent attempts to establish a connection with an SZTP application on a computing device in close proximity to the network device. Once connected, the SZTP agent requests SZTP bootstrap information from the SZTP Application, receives SZTP artifacts, and determines whether the SZTP artifacts contain redirect information to an SZTP bootstrap server. If so, the SZTP agent validates the redirect information and attempts to connect to the SZTP bootstrap server.

Abstract: A network device may receive encoded provisioning information from a source of provisioning information, such as a bootstrap server, as part of a provisioning operation. An analysis tool on a client device or on the network device may be configured to obtain the encoded provisioning information, parse the encoded provisioning information to obtain one or more decoded portions of the provisioning information, and output information resulting from the parsing operation, thereby providing insight into device provisioning information often encoded in a complex manner.

Abstract: A network device may transmit device configuration request messages of different types for network address assignment operations that are pending in parallel. The network device may complete a corresponding message exchange operation to obtain device configuration information based on a response to one of the request messages. If desired, if no responses are received for the initial set of device configuration request messages within an allocated time, the network device may subsequently send additional device configuration request messages for other network address assignment operations that are also pending in parallel.

Abstract: A network device may be coupled to a removable storage device. The network device may process redirect information stored on the removable storage device to connect to a device configuration server indicated by the redirect information. The network device may complete a device provisioning operation based on configuration information obtained from the device configuration server and report status of the device provisioning operation to the device configuration server.

Abstract: A network device may obtain its Internet Protocol (IP) address information. The network device may receive a device network address assignment message that indicates an IP address of the network device. The network device may receive a router advertisement message that indicates an IP address prefix that includes the IP address and that indicates a prefix length of the IP address prefix. The network device may form an IP interface that specifies the IP address and the prefix length.

Abstract: A network device may receive one or more configuration scripts as part of provisioning information in a secure device provisioning operation. When executing a particular configuration script, the network device may maintain a timeout value indicative of an allocated time for completion of the execution of the configuration script. The network device may update the timeout value based on an indication in the configuration script.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.

Abstract: Devices for approximating multiple tissue edges internal to a body are disclosed.