System and Method For Achieving Interoperability Through The Use of Interconnected Voice Verification System
A system and method are disclosed for achieving interoperability and access to a personal extension knowledge/preference database (PEKD) through interconnected voice verification systems. Devices from various different companies and systems can link to a voice verification system (VVS). Users can also enroll with the VSS so that the VSS can provide authentication of users by personal wake phrases. Thereafter users can access their PEKD from un-owned devices by speaking their wake phrase.
1 .- 24 . (canceled)
25 . A system for authenticating users by voice, the system comprising:
a personal data service provider comprising:
a personal database, including a plurality of users' personal data,
wherein the personal data service provider is capable of communicating over one or more networks with a first commercial provider and a second commercial provider;
wherein the first commercial provider is associated with a first voice transaction device and the second commercial provider is associated with a second voice transaction device; and
wherein the data service provider is capable of granting the first commercial provider access to at least a portion of a user's personal data as a result of a voice verification server authenticating the user using the first voice transaction device and is capable of granting the second commercial provider access to at least a portion of the user's personal data as a result of the voice verification server authenticating the user using the second voice transaction device.
26 . The system of claim 25 , wherein users' personal data is stored in a public distributed ledger.
27 . The system of claim 25 , wherein users' personal data is stored in a database.
28 . The system of claim 25 , wherein authentication by the voice verification server includes computation of a voice feature vector in a machine learned embedding space.
29 . The system of claim 25 , wherein authentication by the voice verification server includes recognizing a wake phrase that is specific to the user.
30 . The system of claim 25 , wherein the system is distributed.
31 . A voice authentication and transaction device comprising:
a microphone capable of receiving a voice query from a user; and
a network connection,
wherein the voice transaction and transaction device is capable of sending the voice query to a voice verification server; and
wherein the voice transaction and transaction device is capable of receiving at least a portion of the user's personal data in response to a data service provider granting access in response to authentication by the voice verification server.
32 . The voice transaction and transaction device of claim 31 wherein the portion of the user's personal data is received from a public distributed ledger.
33 . The voice transaction and transaction device of claim 31 wherein the portion of the user's personal data is received from a database.
34 . The voice transaction and transaction device of claim 31 wherein the voice transaction and transaction device sends the voice query to the voice verification server in response to recognizing a wake phrase.
35 . A computer implemented method for identifying a user by voice, the method comprising:
receiving a request from a first voice transaction device for access to at least a portion of a user's personal data, the request comprising a first voice query from the user;
sending the first voice query to a voice verification server;
receiving a first authentication message from the voice verification server;
sending the requested user's personal data to the first voice transaction device;
receiving a request from a second voice transaction device for access to at least a portion of the user's personal data, the request comprising a second voice query from the user;
sending the second voice query to the voice verification server;
receiving a second authentication message from the voice verification server; and
sending the requested user's personal data to the second voice transaction device.
36 . The method of claim 35 wherein users' personal data is stored in a public distributed ledger.
37 . The method of claim 35 wherein users' personal data is stored in a database.
38 . The system of claim 35 , further comprising:
recognizing, in the first voice query, a wake phrase that is specific to the user, wherein sending the first voice query to the voice verification server is performed in response to recognizing the wake phrase that is specific to the user; and
recognizing, in the second voice query, the wake phrase that is specific to the user, wherein sending the second voice query to the voice verification server is performed in response to recognizing the wake phrase that is specific to the user.
39 . A computer-implemented method for authenticating a user by voice, the method comprising:
receiving a first voice query from a personal data service provider;
authenticating a user based on the first voice query;
sending a first authentication message to the personal data service provider;
receiving a second voice query from the personal data service provider;
authenticating the user based on the second voice query; and
sending a second authentication message to the personal data service provider,
wherein the first authentication message grants a first commercial provider access to at least a portion of the user's personal data and the second authentication message grants a second commercial provider access to at least a portion of the user's personal data.
40 . The method of claim 39 wherein authenticating a user comprises:
computation of a voice feature vector in a machine learned embedding space; and
comparison of the voice feature vector in a machine learned embedding space to user-specific voice feature vectors in a database.
41 . The method of claim 39 wherein authenticating a user comprises:
recognizing, in the first voice query, a wake phrase that is specific to the user, wherein sending the first voice query to the voice verification server is performed in response to recognizing the wake phrase that is specific to the user; and
recognizing, in the second voice query, the wake phrase that is specific to the user, wherein sending the second voice query to the voice verification server is performed in response to recognizing the wake phrase that is specific to the user.
42 . The method of claim 41 wherein authenticating a user comprises:
computation of a voice feature vector in a machine learned embedding space; and
comparison of the voice feature vector in a machine learned embedding space to a user-specific voice feature vectors in a database, the user-specific voice feature vector corresponding to a user having the wake phrase that is specific to the user.