13. A device comprising: a network interface; a processor coupled to the network interface; and a memory coupled to the processor and containing a plurality of instructions for execution by the processor, the instructions including instructions for: identifying that a first endpoint running on the device is associated with a first spoken language in an ongoing communication session with a second endpoint and a third endpoint via a bridge, the second endpoint is associate with a second spoken language, and the third endpoint is associated with a third spoken language; sending a request to the bridge for an inbound port and an outbound port to be provisioned on the bridge for the first endpoint; notifying a language translation component in the hybrid peer-to-peer network of the inbound port, wherein the language translation component is accessible to the first endpoint via the hybrid peer-to-peer network, and wherein the notifying instructs the language translation component to send audio received from the first endpoint to the inbound port; sending to the language translation component audio speech input received by the first endpoint from a user of the first endpoint, wherein the audio speech input sent by the first endpoint is in the first spoken language; and receiving audio speech originating from the second and third endpoints from the outbound port on the bridge, wherein the audio speech received by the first endpoint via the outbound port was sent to the bridge by the second and third endpoints in the second and third spoken languages, respectively, translated into the first spoken language, and then sent to the first endpoint in the first spoken language.
20. The device of claim 13 further comprising instructions for sending an indication to the language translation component that the audio speech input is to be translated into the second and third languages.