Download Smart Card Reader

I have upgrade to Mac OS 14 and my smart card reader quit working. Works in safe mode and while booting up. Then stops functioning.Allow Accessories to connect is not visible. However, I can search for the function but not select it.MacBook Air M1, Sonoma Beta.

Mine has stopped working also. I can view the USB Card readers in the System Report, but it appears the readers aren't reading my actual card. Likely a firmware issue. Tried on two different card readers. 2020 MBP M1, Sonoma Developer Beta 2.

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The smart card and reader works perfectly in Ventura and worked perfectly in the first developer beta of macOS Sonoma, but somewhere either beta 2 or beta 3 of the developer previews it stopped working.

I have replicated this with a clean install on different Mac hardware and the same issue. This is a Sonoma issue and not a reader or Mac hardware issue as the same reader and smart card continue to work well if I plug them into Ventura machine.

Just to confirm, a clean install of the released public version on 27th September - and still smart cards are NOT working, whereas they work perfectly on Ventura (and did on initial developer builds of Sonoma)

Yeah, it's not completely fixed for me, either. I'm on the RC, or Gold Master, or wherever we are at now. I can use the card reader to open sites in Safari, and to log into our virtual desktop, but once I do that, I can't use it for anything inside the virtual desktop. It can see the card reader but can't read the tokens off it. This same computer (2022 M1 MBP) worked fine the day prior to updating to the RC. No changes to hardware or software apart from the OS itself, and it stopped passing card reader credentials through to the virtual machine.

The IOGEAR GSR202 is a TAA compliant USB Common Access Card Reader for military, government and even private sector workers who need everyday access to secure systems. Common Access Card (CAC) or Smart Card readers are used as a communications medium between the Smart Card and a host (e.g. a computer, point-of-sale terminal, network system, etc.) in secure systems such as those used by government, banking and health care.

Often referred to as a Smart Card, the Common Access Card (or CAC) is the shape of a credit card, and is embedded with a data chip allowing specialized access. In addition to the embedded chip, Smart Cards are usually programmed with a PIN to ensure security for both the card holder and the system being accessed. Having reached tremendous adoption rates outside of the U.S., Smart Cards are now rapidly growing in this country to combat credit card fraud, while also providing the next generation of secure and user friendly identification. The federal government issues Common Access Cards programmed with a Personal Identification Verification (PIV) chip containing the data necessary for the cardholder to be properly identified and granted access to secure federal facilities and information systems. Smart Cards have been in use by the federal government in accordance with Homeland Security Presidential Directive 12 (HSPD-12) since 2006, and now the technology is rapidly spreading to banking, healthcare and other areas requiring identity verification and secured access.

R-TRE.13: Data format for physical readers shall consist of the 2 parity bits, agency code, system code and credential code elements of the FASC-N along with the expiration date (YYYYMMDD) from the CHUID as defined by appendix A of NIST SP 800-73.

The Smart cards sample application shows how to use Windows.Devices.SmartCards APIs to work with smart cards and smart card readers programmatically. The Near field communication (NFC) sample application also shows how to communicate with a smart card.

Returns an Advanced Query Syntax (AQS) string representing all smart card readers connected to the device. This string is passed to the FindAllAsync method to enumerate the given set of smart card readers.

Returns an Advanced Query Syntax (AQS) string representing a set of a specific type of smart card readers connected to the device. This string is passed to the FindAllAsync method to enumerate the given set of smart card readers.

Smart card enrollment is not supported with fast smart card. Smart card enrollment might work when fast smart card is disabled, but depends on the type of smart card and middleware. Contact your smart card and middleware vendor for information on their integration with Citrix Virtual Apps and Desktops and support for smart card enrollment over virtual sessions.

Smart cards for enterprise use contain digital certificates. These smart cards support Windows Logon, and can also be used with applications for digital signing and encryption of documents and email. Citrix Virtual Apps and Desktops support these uses.

Smart cards for consumer use do not contain digital certificates; they contain a shared secret. These smart cards can support payments (such as a chip-and-signature or chip-and-PIN credit card). They do not support Windows Logon or typical Windows applications. Specialized Windows applications and a suitable software infrastructure (including, for example, a connection to a payment card network) are needed for use with these smart cards. Contact your Citrix representative for information on supporting these specialized applications on Citrix Virtual Apps or Citrix Virtual Desktops.

Citrix Virtual Apps and Desktops smart card support is based on the Microsoft Personal Computer/Smart Card (PC/SC) standard specifications. A minimum requirement is that smart cards and smart card devices must be supported by the underlying Windows operating system and must be approved by the Microsoft Windows Hardware Quality Labs (WHQL) to be used on computers running qualifying Windows operating systems. See the Microsoft documentation for additional information about hardware PC/SC compliance. Other types of user devices might comply with the PS/SC standard. For more information, refer to the Citrix Ready program.

The following smart card and middleware combinations for Windows systems have been tested by Citrix as representative examples of their type. However, other smart cards and middleware can also be used. For more information about Citrix-compatible smart cards and middleware, see

Fast smart card is an improvement over the existing HDX PC/SC-based smart card redirection. It improves performance when smart cards are used in high-latency WAN situations. When latency is high, the performance improvement can be significant (for example, 15 seconds for a Windows fast smart card logon versus more than 1 minute with the PC/SC-based smart card redirection).

Starting with VDA version 2203 and Citrix Workspace app version 2202 for Windows (or later) fast smart card is compatible with Cryptography Next Generation (CNG). In addition, Elliptic Curve Cryptography (ECC) smart cards are supported with the following curves: P-256, P-384, P-521 bits, for both ECDSA and ECDH.

A smart card reader might be built in to the user device, or be separately attached to the user device (usually via USB or Bluetooth). Contact card readers that comply with the USB Chip/Smart Card Interface Devices (CCID) specification are supported. They contain a slot or swipe into which the user inserts the smart card. The Deutsche Kreditwirtschaft (DK) standard defines four classes of contact card readers.

For information about supported smart card readers, see the documentation for the Citrix Workspace app you are using. In the Citrix Workspace app documentation, supported versions are listed in a smart card article or in the system requirements article.

Multiple smart cards and multiple readers can be used on the same user device, but if pass-through authentication is in use, only one smart card must be inserted when the user starts a virtual desktop or application. When a smart card is used within an application (for example, for digital signing or encryption functions), there might be other prompts to insert a smart card or enter a PIN. This can occur if more than one smart card has been inserted at the same time.

Step 5. Enable Citrix Gateway/Access Gateway for smart card use. For details, see Configuring Authentication and Authorization and Configuring Smart Card Access with the Web Interface in the NetScaler documentation.

Step 7. Enable user devices (including domain-joined or non-domain-joined machines) for smart card use. See Configure smart card authentication in the StoreFront documentation for details.

When I attempt to apply a digital signature from a smart card, Acrobat Reader DC states "Adobe Acrobat could not find any new digital IDs. If your digital ID is on a hardware token, please make sure it is plugged in and the token interface is properly con

After following your advice it seems that Acrobat Reader DC is unable to see the reader. Normally I would look for drivers, check hardware and all of that - but I am able to log into websites that require a smart card. I can get to all of the websites related to my work, by using my smart card and associated reader.

Hello Guys. I am using all new configs and software. I was able to sign docs on AAR-DC with my smartcard and reader. Out of the blue, it stoped working. deleted the app, renstalled it, but no cigar. It works on GOV sites and trusted signin ambient... i can see that DC sees the card B/C it is under "signatures" but when i try to sign it sais it does not fi d it. when i try to aadd it again, it gives me the message that it does not see any new signature...

How can i delete completly the data from DC and reinstall it clean? Will that take care of it? thanks a lot

I'm deploying an app (it's a UK NHS application using some web software but requires an NHS app called 'Identity Agent') to both environments that requires Smart Cards, but the vast majority of the the end devices have smart card readers built into the keyboards. The VID and PID for the Smartcard reader and the keyboard (HID) are the same. For example, the Chicony HP Skylab USB Smartcard Keyboard in device manager presents itself as both a smartcard with Hardware ID "USB\VID_04F2&PID_1469&REV_0211&MI_01" and a keyboard as "HID\VID_04F2&PID_1469&REV_0211&MI_00" ff782bc1db