Abstract: A computer-implemented method for identifying and tracking application performance incidents may include (1) receiving, by an incident tracking system, data representative of a time series, the time series including a time-ordered plurality of values of a performance metric associated with a program, (2) identifying, by the incident tracking system, a discontinuity in the time series, (3) associating, by the incident tracking system, the identified discontinuity in the time series with a change in source code associated with the program, and (4) executing, by the incident tracking system, an automated action based on the association of the identified discontinuity with the change in the source code. Various other methods, systems, and computer-readable media are also disclosed.

Abstract: A computer-implemented method for improving comparative performance test results of mobile applications may include (1) determining an optimum testing configuration for a mobile computing device, (2) directing the mobile computing device to (a) execute a comparative performance test, (b) operate in accordance with the determined optimum testing configuration during the execution of the comparative performance test, and (c) write data generated during the execution of the comparative performance test to a random-access memory (RAM) drive of the mobile computing device, (3) recording a network response directed to the mobile computing device, (4) detecting a subsequent network request sent by the mobile computing device, (5) sending the recorded network response to the mobile computing device in response to detecting the subsequent network request, and (6) tracking a control performance value and a modified performance value during the comparative performance test.

Abstract: A computer-implemented method for identifying and tracking application performance incidents may include (1) receiving, by an incident tracking system, data representative of a time series, the time series including a time-ordered plurality of values of a performance metric associated with a program, (2) identifying, by the incident tracking system, a discontinuity in the time series, (3) associating, by the incident tracking system, the identified discontinuity in the time series with a change in source code associated with the program, and (4) executing, by the incident tracking system, an automated action based on the association of the identified discontinuity with the change in the source code. Various other methods, systems, and computer-readable media are also disclosed.

Abstract: A computer-implemented method for improving comparative performance test results of mobile applications may include (1) determining an optimum testing configuration for a mobile computing device, (2) directing the mobile computing device to (a) execute a comparative performance test, (b) operate in accordance with the determined optimum testing configuration during the execution of the comparative performance test, and (c) write data generated during the execution of the comparative performance test to a random-access memory (RAM) drive of the mobile computing device, (3) recording a network response directed to the mobile computing device, (4) detecting a subsequent network request sent by the mobile computing device, (5) sending the recorded network response to the mobile computing device in response to detecting the subsequent network request, and (6) tracking a control performance value and a modified performance value during the comparative performance test.

Abstract: A strategy is described for securely applying connection policies in a system that includes a first entity (e.g., a TS client) connected to a second entity (e.g., a TS server) via a gateway using a remote-operating protocol (e.g., RDP). The strategy involves establishing a first secure channel between the gateway and the TS server and transmitting policy information from the gateway to the TS server. The strategy then involves deactivating the first secure channel and setting up a second secure channel between the TS client and the TS server. The strategy uses the second secure channel to transmit RDP data from the TS client to the TS server. The TS server uses the previously-transmitted policy information to determine whether to enable or disable a feature that affects the TS client, such as device redirection.

Abstract: Systems and techniques for securely pushing connection settings to a terminal server using tickets are described. In one embodiment, a request is received at a first network component from a client for access to a second network component. A ticket associated with one or more connection settings is created and provided to the client. The ticket is provided by the client to the second network component. The ticket is provided from the second network component to the first network component, and the one or more connection settings associated with the ticket are received from the first network component back to the second network component. The one or more connection settings are enforced at the second network component.

Abstract: A strategy is described for securely applying connection policies in a system that includes a first entity (e.g., a TS client) connected to a second entity (e.g., a TS server) via a gateway using a remote-operating protocol (e.g., RDP). The strategy involves establishing a first secure channel between the gateway and the TS server and transmitting policy information from the gateway to the TS server. The strategy then involves deactivating the first secure channel and setting up a second secure channel between the TS client and the TS server. The strategy uses the second secure channel to transmit RDP data from the TS client to the TS server. The TS server uses the previously-transmitted policy information to determine whether to enable or disable a feature that affects the TS client, such as device redirection.