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1. #How to use a smart card reader how to#
2. #How to use a smart card reader software#
3. #How to use a smart card reader Pc#

Once set up to do this, Read-a-Card will do it automatically every time a card or tag is presented, while the configuration can be easily ‘locked’ to enable reliable operation in the field.

#How to use a smart card reader software#

In this mode, Read-a-Card ‘types’ the card ID into the existing application’s window, as though it had been entered via the keyboard.Īdditionally, Read-a-Card’s advanced keyboard format feature provides a simple means of software automation: you can tell Read-a-Card which keys it should press in order to drive your existing software through its menus and dialog fields and to insert the card ID (and possibly other information). Read-a-Card solves this problem by enabling standard desktop RFID readers to be utilised in keyboard wedge mode on any Windows-based PC.

#How to use a smart card reader Pc#

The same challenge applied to older systems that used barcodes for identification, and the solution that emerged was the ‘keyboard wedge’ – generally a barcode scanner fed the data into a PC through a special keyboard connector to make it appear as though it was being typed by a user.Īs a result, many software applications expect data to be provided automatically in this manner, while in the case of RFID readers, most standard USB devices do not emulate a keyboard, but appear as a smart card reader device, which must be individually controlled through software.

#How to use a smart card reader how to#

One of the challenges of introducing contactless cards and RFID tag technology to identify users or assets is how to make this work with existing software that might only be designed to accept data typed in by a user.

The data can be displayed on screen, or can be passed to other applications or logged to file for future reference. It will also read standard ID data stored on a card, including site codes, and can be further customised to read specific data formats and sectors if needed. When combined with appropriate readers, it can identify a wide range of different card brands and technologies from RFID manufacturers such as NXP, HID and Sony. Similarly, system developers and access control installers often need to identify cards that have been previously supplied to their customers, so they can offer the best advice in terms of compatibility with different readers, migration to new technologies and integration with other systems and solutions. Understanding the technology used makes it much easier to re-order replacement cards, as well as considering whether the cards can be used for additional purposes, such as ‘follow me’ printing or time and attendance. One of the biggest headaches facing Facilities, Security and IT Departments is knowing exactly what types of cards have been deployed, what information is stored inside them, and in what format. Usually these cards will use a contactless RFID technology such as MIFARE Classic, MIFARE Ultralight, MIFARE DESFire, iClass, HID Prox and FeliCa, to name but a few. This is a serious problemįor our organization and our application, and it is a serious problem for us and our clients who depend upon RDS to install, support and maintain our application in secured server environments using RDS.Read-a-Card for RFID card & tag identificationĪn ever increasing number of employers and educational establishments use electronic cards and tags for any number of purposes including photo-ID, cashless vending and buildings access.

Simply put, disallowing RDS client access to RDSH USB ports and their security devices means that the installation, configuration, operation and support of these applications is not possible with a technology such as RDS. These applications run on server computers in highly secured locations, where all access to the server by IT professionals, end users, developers and support professionals alike must occur via remote client applications. Its a fact that many server applications interact with, and depend upon USB security devices such as tokens and hardware security modules (HSMs) to securely store keys and data, and to provide encryption services related to those keys and data. With all due respect, its a bit naiive to suggest that the only pupose for USB security devices is client authentication. I've just learned that RDSH USB ports are unavailable to RDS clients. I apologize for my late arrival to this discussion.