Safe authentication from an automobile

1. An apparatus comprising:

a biometric corroborator server and a plurality of telematics servers, wherein said biometric corroborator server includes a voice print library, a multiplexer, a receiver, a transmitter, and a corroboration channel;

wherein said plurality of telematics servers are in communication with said biometric corroborator server and a plurality of vehicles, among which is a first vehicle, and wherein said biometric corroborator server performs operations comprising:

using said receiver, receiving corroboration data from said first vehicle, said corroboration data comprising a sound file with encrypted watermark sound data consistent with a voice of an occupant of said first vehicle and first vehicular information;

extracting said encrypted watermark sound data, a voice print, and said first vehicular information from said corroboration data;

using said multiplexer, switching said corroboration channel from receiving telemetry data from a second telematics server of the plurality of telematics servers to a first telematics server of the plurality of telematics servers based at least in part on vehicular information that was transmitted from said vehicle as part of said corroboration data, wherein each of said telematics servers receives telemetry data from corresponding plural vehicles;

receiving, using said receiver, first telemetry data from said telematics server, said first telemetry data having been provided to said telematics server by said first vehicle;

by accessing said voice print library, authenticating said occupant by matching said voice print to a voice print in said voice print library;

determining that said first vehicular information and said first telemetry data are consistent;

in response to identifying consistency between said telemetry data and said first vehicular information, transmitting, using said transmitter, a signal that indicates that said first vehicular information and said first telemetry data are consistent.

2. The apparatus of claim 1 , wherein said biometric corroborator server is configured to decode corroboration data in which said first vehicular information and said first telemetry data comprise GPS information indicative of said first vehicle's position.

3. The apparatus of claim 1 , wherein said biometric corroborator server is configured to decode corroboration data in which said first vehicular information and said first telemetry data comprise a location of said first vehicle.

4. The apparatus of claim 1 , wherein said biometric corroborator server is configured to decode corroboration data in which said first vehicular information comprises an identity of said first vehicle.

5. The apparatus of claim 1 , wherein said biometric corroborator server is configured to decode corroboration data in which said first vehicular information and said first telemetry data comprise a location of said first vehicle and an identity of said first vehicle.

6. The apparatus of claim 1 , wherein said biometric corroborator server is configured to decode corroboration data in which said first vehicular information and said first telemetry data comprise a time-varying operational parameter of said first vehicle.

7. The apparatus of claim 1 , wherein said first vehicular information and said first telemetry data comprise first and second time-varying operational parameters of said first vehicle and wherein said biometric corroborator server is configured to inspect said first and second time-varying operational parameters for consistency.

8. The apparatus of claim 1 , wherein said first vehicular information and said first telemetry data comprise information provided by an on-board diagnostic system of said first vehicle.

9. The apparatus of claim 1 , wherein said biometric corroborator server is further perform operations comprising:

receiving, from a second vehicle, second corroboration data;

receiving, from said second telematics server, second vehicle telemetry data to which said second vehicle sends telemetry data;

based on said second corroboration data and said second telemetry data, determining that said second corroboration data and said second telemetry data are inconsistent; and

providing information indicative of said inconsistency.

10. The apparatus of claim 1 , wherein said corroboration data has been encoded and wherein said biometric corroborator server is configured to decode said encoded data to retrieve said voice print and said first vehicular information.

11. The apparatus of claim 1 , wherein said first vehicular information comprises first and second time-varying operational parameters of said first vehicle and wherein said biometric corroborator server is configured to identify an inconsistency between said first and second time-varying operational parameters.

12. The apparatus of claim 1 , wherein said biometric corroborator server is configured to cease reception of said first telemetry data and to commence receipt of second telemetry data, said second telemetry being associated with a second vehicle.

13. The apparatus of claim 1 , wherein said watermark has been steganographically incorporated into said sound file.

14. The apparatus of claim 1 , wherein said biometric corroborator server is configured to identify an encrypted watermark that has been associated with said sound file.

15. The apparatus of claim 1 , wherein said sound file comprises non-audible data.

16. A method executed by a biometric corroborator server that is in communication with a telematics server that is in communication with a plurality of vehicles, among which is a first vehicle, said method comprising:

receiving, using said receiver, corroboration data from said first vehicle, said corroboration data comprising a sound file with an encrypted watermark sound data consistent with an occupant's voice of said first vehicle, and first vehicular information;

switching, using a multiplexer, a corroboration channel from receiving telemetry data from a second telematics server of the plurality of telematics servers to a first telematics server of the plurality of telematics servers based at least in part on said first vehicular information, which was transmitted from said vehicle as part of corroboration data, wherein each of said telematics servers receives telemetry data from corresponding plural vehicles;

extracting said encrypted watermark sound data, a voice print and said first vehicular information from said corroboration data;

authenticating, by accessing a voice print library of said biometric corroborator server, said occupant by matching said voice print to a voice print in said voice print library; and

based on a result of having carried out said voice biometry, receiving first telemetry data from said telematics server, said first telemetry data having been provided to said telematics server by said first vehicle;

receiving, using said receiver, first telemetry data from said telematics server, said first telemetry data having been provided to said telematics server by said first vehicle;

determining that said first vehicular information and said first telemetry data are consistent; and

as a result of having determined that said first vehicular information and said first telemetry data are consistent, transmitting, using said transmitter, a signal that indicates that said first vehicular information and said first telemetry data are consistent.