Abstract: Systems and methods for wireless capacitive presence detection are disclosed. In embodiments, a method includes: generating, by a tank circuit of a wireless presence detector, an electric field applied to a balanced electrode of the wireless presence detector utilizing power from a battery of the wireless presence detector; measuring, by a capacitive sensor of the wireless presence detector, a change in capacitance of the balance electrode; determining, by a microcontroller of the wireless presence detector, that the change in capacitance indicates a presence of a person within a predetermined distance of the balance electrode; and sending, by a radio circuit of the wireless presence detector, an alert to a remote gateway using a radio frequency sub-gigahertz (Ghz) transmission, wherein the alert is based on the determining that the change in capacitance indicates the presence of a person within the predetermined distance of the balance electrode.

Abstract: Systems and methods for wireless capacitive presence detection are disclosed. In embodiments, a method includes: generating, by a tank circuit of a wireless presence detector, an electric field applied to a balanced electrode of the wireless presence detector utilizing power from a battery of the wireless presence detector; measuring, by a capacitive sensor of the wireless presence detector, a change in capacitance of the balance electrode; determining, by a microcontroller of the wireless presence detector, that the change in capacitance indicates a presence of a person within a predetermined distance of the balance electrode; and sending, by a radio circuit of the wireless presence detector, an alert to a remote gateway using a radio frequency sub-gigahertz (Ghz) transmission, wherein the alert is based on the determining that the change in capacitance indicates the presence of a person within the predetermined distance of the balance electrode.

Abstract: Managed access to one or more peripherals of a service terminal is provided. A master controller controls access to the peripheral(s) by applications of the service terminal, wherein only a single application can access the peripheral(s) at a time, by identifying an application of the applications for placing into an on-focus state in order to enable access to the peripheral(s) by the identified application, and placing the identified application into the on-focus state, where access to the peripheral(s) by the identified application is enabled. The remaining applications of the applications execute in an off-focus state in which the master controller simulates, for the remaining applications, connectivity to the peripheral(s), and in which access to the peripheral(s) by the remaining applications is disabled transparent to the remaining applications while the access to the peripheral(s) by the identified application is enabled.

Abstract: An automated teller machine (ATM) which includes a plurality of peripherals including a user interface for interacting with a user providing user information; a plurality of virtual automated teller machines (VATMs) resident in the ATM, the VATMs networked to a plurality of financial institutions, each VATM capable of using its own ATM software application and capable of providing its own menu of banking options to the user; and an interface to communicate between the VATMs and the plurality of peripherals, receive the user information from the user interface, identify the user's financial institution, link the user with the user's financial institution through a selected VATM corresponding to the user's financial institution and provide the menu of banking options to the user as if the user were using an ATM dedicated to the user's financial institution.

Abstract: Managed access to one or more peripherals of a service terminal is provided. A master controller controls access to the peripheral(s) by applications of the service terminal, wherein only a single application can access the peripheral(s) at a time, by identifying an application of the applications for placing into an on-focus state in order to enable access to the peripheral(s) by the identified application, and placing the identified application into the on-focus state, where access to the peripheral(s) by the identified application is enabled. The remaining applications of the applications execute in an off-focus state in which the master controller simulates, for the remaining applications, connectivity to the peripheral(s), and in which access to the peripheral(s) by the remaining applications is disabled transparent to the remaining applications while the access to the peripheral(s) by the identified application is enabled.

Abstract: An automated teller machine (ATM) which includes a plurality of peripherals including a user interface for interacting with a user providing user information; a plurality of virtual automated teller machines (VATMs) resident in the ATM, the VATMs networked to a plurality of financial institutions, each VATM capable of using its own ATM software application and capable of providing its own menu of banking options to the user; and an interface to communicate between the VATMs and the plurality of peripherals, receive the user information from the user interface, identify the user's financial institution, link the user with the user's financial institution through a selected VATM corresponding to the user's financial institution and provide the menu of banking options to the user as if the user were using an ATM dedicated to the user's financial institution.

Abstract: An automated teller machine (ATM) which includes a plurality of peripherals including a user interface for interacting with a user providing user information; a plurality of virtual automated teller machines (VATMs) resident in the ATM, the VATMs networked to a plurality of financial institutions, each VATM capable of using its own ATM software application and capable of providing its own menu of banking options to the user; and an interface to communicate between the VATMs and the plurality of peripherals, receive the user information from the user interface, identify the user's financial institution, link the user with the user's financial institution through a selected VATM corresponding to the user's financial institution and provide the menu of banking options to the user as if the user were using an ATM dedicated to the user's financial institution.

Abstract: An automated teller machine (ATM) which includes a plurality of peripherals including a user interface for interacting with a user providing user information; a plurality of virtual automated teller machines (VATMs) resident in the ATM, the VATMs networked to a plurality of financial institutions, each VATM capable of using its own ATM software application and capable of providing its own menu of banking options to the user ; and an interface to communicate between the VATMs and the plurality of peripherals, receive the user information from the user interface, identify the user's financial institution, link the user with the user's financial institution through a selected VATM corresponding to the user's financial institution and provide the menu of banking options to the user as if the user were using an ATM dedicated to the user's financial institution.