Unified monitoring flow map

A method for displaying an interactive unified monitoring flow map of a distributed system, the method including:

• receiving data associated with a monitored system of clients, applications performed over distributed nodes of machines, and infrastructure associated with the applications, the received data including client information, application information, and infrastructure information, wherein the client information includes geographical information on a geographical location of each client, device information on a device type of each client, end-user application information on an end-user application running on each client, and user session information on a performance of a user session for each client;
• determining relationships among the clients, applications, and infrastructure based on the received client information, application information, and infrastructure information;
• generating an interactive unified monitoring flow map of the monitored system as a single view that includes visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure, wherein the client information is organized based on the geographical information, device information, end-user application information, or user session information;
• providing a user interface for displaying the generated interactive unified monitoring flow map as the single view that includes the visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure;
• and
• automatically displaying the generated interactive unified monitoring flow map through the provided user interface, the interactive unified monitoring flow map displayed as the single view that includes the visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure, wherein the displayed visual representation of the client information includes an organization of the client information by the identified geographical information on the geographical location of each client, device information on the device type of each client, end-user application information on the end-user application running on each client, or user session information on the performance of a user session for each client.

A non-transitory computer readable medium embodying instructions when executed by a processor to cause operations to be performed for displaying an interactive unified monitoring flow map of a distributed system, the operations including:

• receiving data associated with a monitored system of clients, applications performed over distributed nodes of machines, and infrastructure associated with the applications, the received data including client information, application information, and infrastructure information, wherein the client information includes geographical information on a geographical location of each client, device information on a device type of each client, end-user application information on an end-user application running on each client, and user session information on a performance of a user session for each client;
• determining relationships among the clients, applications, and infrastructure based on the received client information, application information, and infrastructure information;
• generating an interactive unified monitoring flow map of the monitored system as a single view that includes visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure, wherein the client information is organized based on the geographical information, device information, end-user application information, or user session information;
• providing a user interface for displaying the generated interactive unified monitoring flow map as the single view that includes the visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure;
• and
• automatically displaying the generated interactive unified monitoring flow map through the provided user interface, the interactive unified monitoring flow map displayed as the single view that includes the visual representations of the client information, application information, infrastructure information, and the identified relationships among the clients, applications, and infrastructure, wherein the displayed visual representation of the client information includes an organization of the client information by the identified geographical information on the geographical location of each client, device information on the device type of each client, end-user application information on the end-user application running on each client, or user session information on the performance of a user session for each client.