Abstract: A system is provided for a metallic coin that may be scanned and implemented for stored value account transactions using traditional point-of-sale devices. The coin has two sides, a first surface portion of the second side having a less reflective matte finish relative to the first side and a second surface portion of the second side. A substantially transparent coat layer is upon the first surface portion of the second side, with an ink layer comprising machine readable indicia further thereupon. The machine readable indicia include a unique identifier with respect to the metallic coin. A hosted server is functionally linked to the traditional point-of-sale device via a communications network and configured upon receiving the identifier as scanned from the point-of-sale device to extract stored value information corresponding to an account associated with the identifier, and transmit said information to the point-of-sale device.

Abstract: A system and method are provided for recognition and interaction with transaction cards. A computing device collects images of a card via an image sensor, and implements facial recognition techniques to identify the card. An augmented reality program module causes the device to display a virtual object overlaid with the underlying video images. Upon identifying a dynamic trigger action by a user with respect to the virtual object, the program module enables an exchange of data associated with a card account between the device and a remote server. The dynamic trigger action may involve user manipulation of the displayed object via a pointing device with respect to the display, or of a virtual position in space of the object as viewed through the display.

Abstract: A method is described for producing a stored value token which may take a coin shape. A first portion of a die is mechanically roughened, prior to striking each of a plurality of metallic substrates into a substantially planar three-dimensional form having a first side and a second side. The mechanically roughened portion of the die strikes at least the second side of the substrates, wherein a corresponding first surface portion of the second side of the stamped substrates has a less reflective matte finish. A substantially transparent coat layer such as a lacquer is applied to at least the first surface portion, and an ink layer is applied atop the first layer in the first surface portion, thereby bonding the ink layer and the first coat and generating machine readable indicia unique to each respective one of the plurality of stamped substrates.