Abstract: A computer-implemented method of generating a security policy for a microsegmented computing system is provided. The method includes generating a port service map that indicates inbound packet activity by port for a plurality of network addresses within the microsegmented computing system and a port distribution map that indicates inbound packet activity by port for a plurality of network addresses within the microsegmented computing system, and generating a list of security policy recommendations based on the port service map and/or the port distribution map.

Abstract: Methods and devices for opening a firewall port for a specified time period are provided. A data packet having a source address and a destination address beyond a firewall transmitted from a process source is intercepted by an interceptor. Responsive to determining, based on the source address, that a firewall port is not open, buffering the data packet. A request comprising an identifier, a protocol identifier, and a time period the firewall port is to be open is transmitted to a firewall controller. The firewall controller authenticates the request based on the identifier and opens a firewall port determined based on the protocol identifier. The interceptor receives an open firewall port notification indicating that the firewall port has been opened and transmits the data packet through the firewall port to the destination address. The firewall controller closes the firewall port when the time period has expired.

Abstract: A computer-implemented method of generating a security policy for a microsegmented computing system is provided. The method includes generating a port service map that indicates inbound packet activity by port for a plurality of network addresses within the microsegmented computing system and a port distribution map that indicates inbound packet activity by port for a plurality of network addresses within the microsegmented computing system, and generating a list of security policy recommendations based on the port service map and/or the port distribution map.

Abstract: Methods and devices for opening a firewall port for a specified time period are provided. A data packet having a source address and a destination address beyond a firewall transmitted from a process source is intercepted by an interceptor. Responsive to determining, based on the source address, that a firewall port is not open, buffering the data packet. A request comprising an identifier, a protocol identifier, and a time period the firewall port is to be open is transmitted to a firewall controller. The firewall controller authenticates the request based on the identifier and opens a firewall port determined based on the protocol identifier. The interceptor receives an open firewall port notification indicating that the firewall port has been opened and transmits the data packet through the firewall port to the destination address. The firewall controller closes the firewall port when the time period has expired.

Abstract: A collaborative speech processing computer receives packets of sampled audio streams. The sampled audio streams are forwarded to a speech-to-text conversion server via a data network. Packets are received via the data network that contain text strings converted from the sampled audio steams by the speech-to-text conversion server. Speakers are identified who are associated with the text strings contained in the data packets. The text strings and the identifiers of the associated speakers are added to a dialog data structure in a repository memory. Content of at least a portion of the dialog data structure is displayed on a display device.

Abstract: A collaborative speech processing computer obtains data packets of sampled audio streams. The data packets are forwarded to a speech-to-text conversion server via a data network. Data packets are received via the data network that contain text strings converted from the sampled audio steams by the speech-to-text conversion server. The text strings are added to a dialog data structure in a repository memory. Elements of the dialog data structure are processed through a project ruleset to generate task metrics. Updating of elements of a project data structure in a database server is controlled based on the task metrics generated.

Abstract: A collaborative speech processing computer receives packets of sampled audio streams. The sampled audio streams are forwarded to a speech-to-text conversion server via a data network. Packets are received via the data network that contain text strings converted from the sampled audio steams by the speech-to-text conversion server. Speakers are identified who are associated with the text strings contained in the data packets. The text strings and the identifiers of the associated speakers are added to a dialog data structure in a repository memory. Content of at least a portion of the dialog data structure is displayed on a display device.