Authentication systems and methods using a packet telephony device
View Patent ↗Packet telephony devices with encryption keys are configured to enable authentication systems and methods for increasing the security of online account access and transactions. The instant disclosure leverages the security in customer equipment hardware such as a terminal adaptor (TA) or router to authenticate a web transaction. A packet telephony device has an encoded encryption key. The encryption key may be used with a display, a user actuable trigger or in a secure connection with a web-enabled device to authenticate a user or a website.
1. A VoIP packet telephony device, comprising:
a signaling module configured for receiving, processing, and generating VoIP telephony signaling packets;
a media module interconnected with said signaling module and configured for receiving, processing, and generating VoIP telephony media packets;
an encryption module interconnected with said signaling and media modules and having an encryption key encoded therein; and
a user actuable authentication trigger, wherein said VoIP packet telephony device is configured to transmit an authentication communication generated in part from said encryption key upon actuation thereof.
2. The VoIP packet telephony device of claim 1 , further comprising:
a first interface adapted for connection to a VoIP packet network;
a second interface adapted for connection to a non-packet telephone;
a display, wherein the VoIP packet telephony device is configured to display a code based at least on information received in one or more signaling packets from said VoIP packet network.
3. The VoIP packet telephony device of claim 1 configured to transmit the authentication communication as a signaling packet.
4. The VoIP packet telephony device of claim 1 configured to transmit the authentication communication to a local web-enabled device.
5. A VoIP packet telephony device, comprising:
a signaling module configured for receiving, processing, and generating VoIP telephony signaling packets;
a media module interconnected with said signaling module and configured for receiving, processing, and generating VoIP telephony media packets;
an encryption module interconnected with said signaling and media modules and having an encryption key encoded therein;
a first interface interconnected with said signaling module and said media module and adapted for connection to a VoIP packet network;
a second interface interconnected with said encryption module and adapted for connection to a non-packet telephone;
a display, wherein the VoIP packet telephony device is configured to display a code based at least in part on said encryption key.
6. The VoIP packet telephony device of claim 5 further comprising a user actuable authentication trigger, wherein said VoIP packet telephony device is configured to transmit an authentication communication generated in part from said encryption key upon actuation thereof.
7. The VoIP packet telephony device of claim 6 further adapted to transmit the authentication communication as a signaling packet.
8. The VoIP packet telephony device of claim 6 further adapted to transmit the authentication communication to a web-enabled device.
9. A VoIP packet telephony device, comprising:
a signaling module adapted to receive, process and generate VoIP telephony signaling packets, including VoIP signaling packets to and from a VoIP packet telephony service provider;
a media module interconnected with said signaling module and adapted to receive, process and generate VoIP telephony media packets; and
an authentication module interconnected with said signaling and media modules and adapted to receive, process and generate authentication codes based at least in part on an encryption key encoded therein, including receiving a first code, translating said first code into a translated code based at least in part on said encryption key; and
an authentication interface interconnected with said authentication module and adapted to establish a secure connection with a web-enabled device for receiving said first code or transmitting said translated code.
10. The VoIP packet telephony device of claim 9 , wherein said authentication module is adapted to receive said first code from said signaling module and wherein said VoIP packet telephony device is adapted to transmit said translated code over said secure connection to said web-enabled device.
11. The VoIP packet telephony device of claim 9 , wherein said authentication module is adapted to receive said first code from said web-enabled device over said secure connection and wherein said packet telephony device is adapted to transmit said translated code as a signaling packet.
12. The VoIP packet telephony device of claim 9 , wherein said secure connection is a wireless connection over a wireless local area network or personal area network.
13. The VoIP packet telephony device of claim 9 , wherein said secure connection is over a secure network.
14. The VoIP packet telephony device of claim 12 , wherein the wireless connection is a is a frequency hopping spread spectrum connection in the 2.4 Ghz short-range radio frequency band.
15. The VoIP packet telephony device of claim 12 , wherein the wireless connection is a connection using a standard in the IEEE 802.11 set of standards.
16. The VoIP packet telephony device of claim 13 , wherein the secure network is a private network.