In order to allow for redundant call recording, a first message is received by a first media recorder indicating that a second media recorder is recording a media stream of a communication session between a plurality of communication devices. The first message includes a unique identifier for the communication session between the plurality of communication devices. A determination is made that the second media recorder is unable to continue to record the media stream. In response to determining that the second media recorder is unable to record the media stream, the first media recorder sends a second message, to a Session Border Controller (SBC), that includes the unique identifier for the communication session between the plurality of communication devices. The SBC streams the media stream to the first media recorder. The first media recorder receives the media stream and records the media stream.

In order to allow for redundant call recording, a first message is received by a first media recorder indicating that a second media recorder is recording a media stream of a communication session between a plurality of communication devices. The first message includes a unique identifier for the communication session between the plurality of communication devices. A determination is made that the second media recorder is unable to continue to record the media stream. In response to determining that the second media recorder is unable to record the media stream, the first media recorder sends a second message, to a Session Border Controller (SBC), that includes the unique identifier for the communication session between the plurality of communication devices. The SBC streams the media stream to the first media recorder. The first media recorder receives the media stream and records the media stream.

A client device determines that a telephony outage is occurring. The client device connects to an on-premises telephony node using an encrypted password at the client device. The client device accesses a set of telephony services via the on-premises telephony node.

A plurality of groups including a plurality of terminal devices are formed, and further, each of a plurality of base station apparatuses assigns a channel in a unit of the group such that communication is performed from one of the terminal devices included in a group to which the channel is assigned to the other terminal devices included in the group, and a receiver receives information on a busy count generated in the group registered in each of the base station apparatuses. A display unit displays information indicating the busy count for each of the base station apparatuses based on the received information.

A plurality of groups including a plurality of terminal devices are formed, and further, each of a plurality of base station apparatuses assigns a channel in a unit of the group such that communication is performed from one of the terminal devices included in a group to which the channel is assigned to the other terminal devices included in the group, and a receiver receives information on a busy count generated in the group registered in each of the base station apparatuses. A display unit displays information indicating the busy count for each of the base station apparatuses based on the received information.

Disclosed is a system for telephones by providing an improved and streamlined user experience and enhanced fail over mechanisms. A decentralized system managed through a web site which allows for continued operation even when the primary systems fail includes a mechanism for restoring the primary systems automatically when they become available again. Phones connect to two PBX systems at the same time, one local and one at a remote location. The two PBX systems synchronize configuration data and media files between them. The website can also be used to manage any number of systems allowing any size organization to manage every phone system in their organization from a single interface.

The invention relates to an audio system for generating an audio signal. More specifically the invention relates to an audio system, especially an audio alarm system, for generating an audio signal comprising means for generating a component of the audio signal at a base frequency and means for generating further components of the audio signal at other frequencies than the base frequency, whereby the base and the other frequencies are separated from each other by separating frequency bands in order to enhance the loudness of the audio signal. The invention furthermore relates to a method for generating an audio signal, a computer program and an audio signal.

A system and method are presented for automatic communication distribution local assignment. An on-premises device, in a contact center environment using a cloud-based solution, communicates with the solution to determine if there is a service interruption. When an interruption is determined, the on-premises device steps in to perform local assignment of communications for the solution until communication has been restored with the cloud-based solution. The on-premises device comprises a module that monitors all ACD communication flows. The module may also manage the logic of when to intervene and how to assign communications in queue to available agents during outages.

A system and method are presented for automatic communication distribution local assignment. An on-premises device, in a contact center environment using a cloud-based solution, communicates with the solution to determine if there is a service interruption. When an interruption is determined, the on-premises device steps in to perform local assignment of communications for the solution until communication has been restored with the cloud-based solution. The on-premises device comprises a module that monitors all ACD communication flows. The module may also manage the logic of when to intervene and how to assign communications in queue to available agents during outages.

In order to allow for redundant call recording, a first message is received by a first media recorder indicating that a second media recorder is recording a media stream of a communication session between a plurality of communication devices. The first message includes a unique identifier for the communication session between the plurality of communication devices. A determination is made that the second media recorder is unable to continue to record the media stream. In response to determining that the second media recorder is unable to record the media stream, the first media recorder sends a second message, to a Session Border Controller (SBC), that includes the unique identifier for the communication session between the plurality of communication devices. The SBC streams the media stream to the first media recorder. The first media recorder receives the media stream and records the media stream.