Abstract: Electronic transaction systems and methods are operable to conduct transaction verification and authorization process for an electronic transaction. An exemplary embodiment determines location of a personal electronic device of a consumer during an electronic transaction; determines location of an electronic transaction device that the consumer is using to conduct the electronic transaction; determines a distance between the personal electronic device of the consumer and the electronic transaction device; compares the determined distance with a predefined distance; and verifies and authorizes the electronic transaction when the determined distance less than or equal to the predefined distance.

Abstract: Electronic transaction systems and methods are operable to conduct transaction verification and authorization process for an electronic transaction. An exemplary embodiment determines location of a personal electronic device of a consumer during an electronic transaction; determines location of an electronic transaction device that the consumer is using to conduct the electronic transaction; determines a distance between the personal electronic device of the consumer and the electronic transaction device; compares the determined distance with a predefined distance; and verifies and authorizes the electronic transaction when the determined distance less than or equal to the predefined distance.

Abstract: Electronic transaction systems and methods are operable to conduct transaction verification and authorization process for an electronic transaction. An exemplary embodiment determines location of a personal electronic device of a consumer during an electronic transaction; determines location of an electronic transaction device that the consumer is using to conduct the electronic transaction; determines a distance between the personal electronic device of the consumer and the electronic transaction device; compares the determined distance with a predefined distance; and verifies and authorizes the electronic transaction when the determined distance less than or equal to the predefined distance.

Abstract: Electronic transaction systems and methods are operable to generate a plurality of branch blockchains using selected transaction information that is provided by a trunk and branch transaction block generation system. An transaction block generator system comprising a rate monitor module, a blockchain rule module, a transaction receiver module, an order module, and a block generation module is described which generates a trunk blockchain and one or more branch blockchains to overcome transaction saturation problems as well as for other reasons such as for multi-tenancy, including handling of different financial processing systems, protocols, privacy, security, and the like. In one embodiment a branch transaction block generator system can checkpoint some portion or all of its blockchain into a parent transaction block generator system.

Abstract: Methods, systems, and apparatus for locating the seek and find RF device are provided. An exemplary embodiment of a seek and find RF device receives a first RF cell phone signal from a requesting party device, wherein the first RF cell phone signal includes at least a location query requesting location information of the seek and find RF device, and wherein the location query is directed to the seek and find RF device using a mobile device identifier. The seek and find RF device receives at least three GPS satellite signals and determines a location of the seek and find RF device based upon the at least three GPS satellite signals. The seek and find RF device then transmits a second RF cell phone signal, wherein the second RF cell phone signal includes the determined location, and wherein the second RF cell phone signal is directed to the requesting party device using a device identifier.

Abstract: Methods, systems, and apparatus for locating the seek and find RF device are provided. An exemplary embodiment of a seek and find RF device receives a first RF cell phone signal from a requesting party device, wherein the first RF cell phone signal includes at least a location query requesting location information of the seek and find RF device, and wherein the location query is directed to the seek and find RF device using a mobile device identifier. The seek and find RF device receives at least three GPS satellite signals and determines a location of the seek and find RF device based upon the at least three GPS satellite signals. The seek and find RF device then transmits a second RF cell phone signal, wherein the second RF cell phone signal includes the determined location, and wherein the second RF cell phone signal is directed to the requesting party device using a device identifier.

Abstract: Methods, systems, and techniques for configuring mobile media devices to communicate with different networks are provided. Example embodiments provide a technique for receiving, for example, over-the-air, electronic-based SIM access information, and then reconfiguring a mobile media device for wireless communications based on the received electronic-based SIM access information.

Abstract: Methods, systems, and apparatus for locating the seek and find RF device are provided. An exemplary embodiment of a seek and find RF device receives a first RF cell phone signal from a requesting party device, wherein the first RF cell phone signal includes at least a location query requesting location information of the seek and find RF device, and wherein the location query is directed to the seek and find RF device using a mobile device identifier. The seek and find RF device receives at least three GPS satellite signals and determines a location of the seek and find RF device based upon the at least three GPS satellite signals. The seek and find RF device then transmits a second RF cell phone signal, wherein the second RF cell phone signal includes the determined location, and wherein the second RF cell phone signal is directed to the requesting party device using a device identifier.

Abstract: Methods and systems for providing enhanced telecommunications services are provided. Example embodiments provide a Enhanced Telecommunications System ETS, which provides less expensive calling and other services by initiating telephone requests using data request packets. In one embodiment, the ETS comprises a client communications device with client code, an ETS portal, an API server, one or more PABX servers, and various billing, payment, and accounting systems. Other systems, such as quality assurance and logging systems may also be available. These components cooperate to provide various telecommunications services. This abstract is provided to comply with rules requiring an abstract, and it is submitted with the intention that it will not be used to interpret or limit the scope or meaning of the claims.

Abstract: Methods and systems for providing enhanced telecommunications services are provided. Example embodiments provide a Enhanced Telecommunications System ETS, which provides less expensive calling and other services by initiating telephone requests using data request packets. In one embodiment, the ETS comprises a client communications device with client code, an ETS portal, an API server, one or more PABX servers, and various billing, payment, and accounting systems. Other systems, such as quality assurance and logging systems may also be available. These components cooperate to provide various telecommunications services. This abstract is provided to comply with rules requiring an abstract, and it is submitted with the intention that it will not be used to interpret or limit the scope or meaning of the claims.

Abstract: Methods, systems, and techniques for configuring mobile media devices to communicate with different networks are provided. Example embodiments provide a technique for receiving, for example, over-the-air, electronic-based SIM access information, and then reconfiguring a mobile media device for wireless communications based on the received electronic-based SIM access information.

Abstract: Methods, systems, and apparatus for locating the seek and find RF device are provided. An exemplary embodiment of a seek and find RF device receives a first RF cell phone signal from a requesting party device, wherein the first RF cell phone signal includes at least a location query requesting location information of the seek and find RF device, and wherein the location query is directed to the seek and find RF device using a mobile device identifier. The seek and find RF device receives at least three GPS satellite signals and determines a location of the seek and find RF device based upon the at least three GPS satellite signals. The seek and find RF device then transmits a second RF cell phone signal, wherein the second RF cell phone signal includes the determined location, and wherein the second RF cell phone signal is directed to the requesting party device using a device identifier.

Abstract: Methods and systems for providing enhanced telecommunications services are provided. Example embodiments provide a Enhanced Telecommunications System ETS, which provides less expensive calling and other services by initiating telephone requests using data request packets. In one embodiment, the ETS comprises a client communications device with client code, an ETS portal, an API server, one or more PABX servers, and various billing, payment, and accounting systems. Other systems, such as quality assurance and logging systems may also be available. These components cooperate to provide various telecommunications services. This abstract is provided to comply with rules requiring an abstract, and it is submitted with the intention that it will not be used to interpret or limit the scope or meaning of the claims.