Abstract:
A system and method of secure PIN processing in a network transaction includes a transaction manager that sends terminal data to a terminal. The terminal generates corollary data from user input and the terminal data. The corollary data is sent to the transaction manager. The transaction manager then sends the corollary data and HSM data to a hardware security module. The hardware security module generates a PIN from the corollary data and the HSM data, encrypts the PIN and generates a PIN block. The transaction manager uses the PIN block and transaction data to send a transaction request to the ATM Network.
Abstract:
Information may be securely transferred from a first device to a second device over an open network by transferring software to the first device and executing the software. Data representing the information is entered at the first device and transferred to the second device. The second device uses the data to determine the information.
Abstract:
The circuit arrangement according to the invention provides a substrate (10), a connecting element (18) and a chip (16). The substrate (10) provides at least a partial metallisation (11) on its surface. The connecting element (18) is applied to the metallisation (11). The chip (16) is applied to the connecting element (18). The connecting element (18) provides an electrically non-conductive glass layer (14), which is applied directly to the metallisation (11), and an adhesive layer (15) between the chip (16) and the glass layer (14).
Abstract:
An electrical circuit arrangement provides a substrate and at least two conductive surfaces. The substrate comprises at least one layer disposed between the conductive surfaces. The conductive surfaces form a capacitor and overlap in part and form an overlapping area. In the event of a displacement of the conductive surfaces relative to one another, the resulting overlapping area is largely constant up to a threshold value of the displacement.
Abstract:
An electrical circuit arrangement provides a substrate and at least two conductive surfaces. The substrate comprises at least one layer disposed between the conductive surfaces. The conductive surfaces form a capacitor and overlap in part and form an overlapping area. In the event of a displacement of the conductive surfaces relative to one another, the resulting overlapping area is largely constant up to a threshold value of the displacement.
Abstract:
A combustor has a flow sleeve and a flow liner defining a generally axial flow direction of compressor discharge air toward combustor burners. A casing is secured to the forward end of the flow sleeve defining an annular plenum along the interior of the flow sleeve. Openings through the flow sleeve supply compressor discharge air into the plenum where the air changes direction for flow through apertures into and generally coaxially with the free air stream. The axial injection minimizes or eliminates energy losses due to cross flow injection within the axial air stream while continuing to cool the liner.
Abstract:
A system for authentication over an open network includes at least a first endpoint on the open network and a second endpoint on the open network that require authentication of a transaction therebetween. A transaction authority communicates with the first endpoint and the second endpoint via the open network. An ATM network is accessible by the authentication authority for authenticating the first and the second endpoint within the ATM network. A biometric network is accessible by the authentication authority for authenticating the first and the second endpoint within the biometric network. The transaction authority extends the authorization capabilities of the ATM network to the first and the second endpoints via the open network to provide authentication of the first and the second endpoints and also extends the authorization capabilities of the biometric network to the first and the second endpoints via the open network to provide authentication of the first and the second endpoints.