INTEGRATED SMART CARD CHIPS

Brand Owner (click to sort) Address Description
SIDEASSURE SIDEASSURE, INC. 4901 NW Camas Meadows Drive Camas WA 98607 Integrated smart card chips, and near field communication (NFC) chips that identify users using mobile communication devices and that facilitate payment transactions using mobile communication devices, and to otherwise facilitate mobile banking, mobile retail, mobile remittances, microfinance, and mobile identity management; integrated smart card chips, and near field communication (NFC) chips that identify users using mobile communication devices, and secure cards and that provide for authentication of users, and for authorization of access to physical facilities, of access to secure devices, and of access to secured data, either stored on local devices, on servers, or in the cloud;SIDE ASSURE;
SIDECARD SIDEASSURE, INC. 4901 NW Camas Meadows Drive Camas WA 98607 Integrated smart card chips, and near field communication (NFC) chips that identify users using mobile communication devices and that facilitate payment transactions using mobile communication devices, and to otherwise facilitate mobile banking, mobile retail, mobile remittances, microfinance, and mobile identity management; integrated smart card chips, and near field communication (NFC) chips that identify users using mobile communication devices, and secure cards and that provide for authentication of users, and for authorization of access to physical facilities, of access to secure devices, and of access to secured data, either stored on local devices, on servers, or in the cloud;SIDE CARD;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A communication link is established between the smart card and a computer using a valid smart card communication protocol. A smart card communication device determines the valid smart card communication protocol used by a smart card by polling a communication channel using a plurality of smart card communication protocols until a valid acknowledgment message is received. A radio frequency circuit is configured to communicate with the smart card using the valid smart card communication protocol. A digital signal processor having at least two demodulators demodulates an incoming data stream produced by the receiver in accordance with the valid smart card communication protocol in a dynamically reconfigurable manner.