Abstract: A system is described herein. The system includes an agent and a transmitter. The agent is to a capture room specific data signals from peripheral devices within a conference room, operating system data signals, and application data signals, wherein the application data signals are obtained from a conferencing service application and wherein the agent is to package the room specific data signals, the operating system data signals, and the application data signals with system metadata into room health data. The transmitter is to transmit the room health data to a management cloud via a communications broker.

Abstract: A device-implemented method for providing managed services is described herein. An example method includes determining each managed device of a plurality of managed devices available in a shared space, and determining health data for the shared space. The health data describes properties of each managed device of the plurality of managed devices, including update information, performance information, configuration information, and security information. The method further includes identifying a problem with at least one of the plurality of managed devices, the problem being identifiable based on analysis of the health data for the shared space. The method also includes coordinating operational maintenance for the at least one of the plurality of managed devices to alleviate the problem. Coordinating operational maintenance may include performing at least two of a software update, a configuration change, and uninstalling software.

Abstract: A Cross-Platform Single Sign On (CP-SSO) experience is provided herein to enable users to access multiple services via a single login when working across different platforms. A user may work across different platform when using multiple devices, when using multiple browsers on a single device, or when an integrated application requires a separate login for access within a host web application or portal service. A proxy token service manages login requests and authentication tokens after a given service has been logged into once by a user, so that the user does not need to provide login credentials on subsequent requests for the given service. By enabling a CP-SSO experience, network efficiency is improved, and the user experience is also improved as users do not need to supply authentication credentials as frequently and may freely choose to use multiple platforms instead of limiting usage to a single platform.

Abstract: A system is described herein. The system includes an agent and a transmitter. The agent is to a capture room specific data signals from peripheral devices within a conference room, operating system data signals, and application data signals, wherein the application data signals are obtained from a conferencing service application and wherein the agent is to package the room specific data signals, the operating system data signals, and the application data signals with system metadata into room health data. The transmitter is to transmit the room health data to a management cloud via a communications broker.

Abstract: A Cross-Platform Single Sign On (CP-SSO) experience is provided herein to enable users to access multiple services via a single login when working across different platforms. A user may work across different platform when using multiple devices, when using multiple browsers on a single device, or when an integrated application requires a separate login for access within a host web application or portal service. A proxy token service manages login requests and authentication tokens after a given service has been logged into once by a user, so that the user does not need to provide login credentials on subsequent requests for the given service. By enabling a CP-SSO experience, network efficiency is improved, and the user experience is also improved as users do not need to supply authentication credentials as frequently and may freely choose to use multiple platforms instead of limiting usage to a single platform.

Abstract: A Cross-Platform Single Sign On (CP-SSO) experience is provided herein to enable users to access multiple services via a single login when working across different platforms. A user may work across different platform when using multiple devices, when using multiple browsers on a single device, or when an integrated application requires a separate login for access within a host web application or portal service. A proxy token service manages login requests and authentication tokens after a given service has been logged into once by a user, so that the user does not need to provide login credentials on subsequent requests for the given service. By enabling a CP-SSO experience, network efficiency is improved, and the user experience is also improved as users do not need to supply authentication credentials as frequently and may freely choose to use multiple platforms instead of limiting usage to a single platform.

Abstract: A Cross-Platform Single Sign On (CP-SSO) experience is provided herein to enable users to access multiple services via a single login when working across different platforms. A user may work across different platform when using multiple devices, when using multiple browsers on a single device, or when an integrated application requires a separate login for access within a host web application or portal service. A proxy token service manages login requests and authentication tokens after a given service has been logged into once by a user, so that the user does not need to provide login credentials on subsequent requests for the given service. By enabling a CP-SSO experience, network efficiency is improved, and the user experience is also improved as users do not need to supply authentication credentials as frequently and may freely choose to use multiple platforms instead of limiting usage to a single platform.

Abstract: Approaches are provided for monitoring, analyzing, and influencing organizational behaviors through multi-modal communication systems. Desired and undesired behaviors and applicable organizational contexts are defined and action plans developed. The behaviors are then monitored through communication sessions between members and analyzed for comparison to the action plans such that feedback may be provided at individual and/or organizational levels to influence the behaviors.

Abstract: Techniques for selecting a call completion response from a group of call completion responses based on weights associated with the call completion responses, are provided. A server processes a call invitation for a callee by forwarding the call invitation to each of the callee's endpoints. Each of the callee's endpoints associates a weight to its call completion response it generates to accept or reject the call invitation. The server waits to receive the call completion responses from each of the callee's endpoints or for a predetermined period of time (i.e., a timeout), and uses the weights associated with the received call completion responses to decide which of the received call completion responses to use to complete the call invitation.

Abstract: Approaches are provided for monitoring, analyzing, and influencing organizational behaviors through multi-modal communication systems. Desired and undesired behaviors and applicable organizational contexts are defined and action plans developed. The behaviors are then monitored through communication sessions between members and analyzed for comparison to the action plans such that feedback may be provided at individual and/or organizational levels to influence the behaviors.

Abstract: Techniques for selecting a call completion response from a group of call completion responses based on weights associated with the call completion responses, are provided. A server processes a call invitation for a callee by forwarding the call invitation to each of the callee's endpoints. Each of the callee's endpoints associates a weight to its call completion response it generates to accept or reject the call invitation. The server waits to receive the call completion responses from each of the callee's endpoints or for a predetermined period of time (i.e., a timeout), and uses the weights associated with the received call completion responses to decide which of the received call completion responses to use to complete the call invitation.

Abstract: Techniques for selecting a call completion response from a group of call completion responses based on weights associated with the call completion responses, are provided. A server processes a call invitation for a callee by forwarding the call invitation to each of the callee's endpoints. Each of the callee's endpoints associates a weight to its call completion response it generates to accept or reject the call invitation. The server waits to receive the call completion responses from each of the callee's endpoints or for a predetermined period of time (i.e., a timeout), and uses the weights associated with the received call completion responses to decide which of the received call completion responses to use to complete the call invitation.