General
Supported card types	contactless RFID smart cards, contact-based smart cards
Applications	eID with nPA, GeldKarte, eTicketing, online banking (HBCI/FinTS, Secoder, EBICS), qualified electronic signature
Safety class	3
Safety module	EAL 4+
PIN entry	certified, secure
Display	Large illuminated LC display
Approvals	ZKA standards, DK-SECODER, SigG/SigV, TÜV-IT, BSI, BSI quality seal
Compatibility	Windows, Mac, Linux
Protocol	PACE protocol
Application areas	Online banking, ELSTER, e-Ticketing, beA system (BRAK, BNotK)
Interface	USB
Upgradable

The ReinerSCT cyberJack RFID standard is a chip card reader for use in business environments, supporting both contactless and contact-based RFID chip cards. The device is particularly suited for applications in the field of electronic identification (eID) with the nPA, for using the GeldKarte, for eTicketing, and for online banking via protocols such as HBCI/FinTS, Secoder, and EBICS. It is also suitable for qualified electronic signatures and meets the requirements of ZKA standards. As a card reader of security class 3, it is approved for use in online banking.

Applications

The cyberJack RFID standard is used in environments where secure authentication and data transmission are required. These include banks, administrations, service providers, and facilities working with electronic identity verification, digital signature methods, or contactless payment systems. The support of eID functions via the PACE protocol of the nPA enables secure use of electronic identity, with permissions and the authorized user clearly displayed on the integrated display before each data access. This increases transparency and security for the user.

Functions and Equipment in Detail

The device features a large, backlit LC display for showing information such as permissions, PIN entry prompts, or status messages. PIN entry is performed via a certified, secure keyboard designed for the eID function of the nPA via the PACE protocol, as well as for all contact-based chip cards. This security feature protects against eavesdropping or manipulation of PIN data. The multi-application capability enables use in various scenarios, including online banking, ELSTER, e-ticketing, and other digital services.

Technology Explained Simply

The cyberJack RFID standard integrates a security module certified according to EAL 4+, representing a high security level for processing sensitive data. Approval under SigG/SigV for contact-based cards, along with certification by TÜV-IT and BSI, underscores the device’s reliability. DK-SECODER approval enables use in the field of electronic signatures. The device is suitable for the beA system (BRAK and BNotK), allowing its use in notarial and tax-related applications. Update capability ensures adaptation to future security requirements and protocol changes.

Compatibility and Accessories

The cyberJack RFID standard is designed for operating systems such as Windows, Mac, and Linux. Support for chipTAN USB and smartTAN USB extends functionality for online banking applications. Certification by BSI and the BSI quality seal confirm compliance with national security standards. The device is designed for use with nPA and dual-interface chip cards, enabling processing of both contactless and contact-based cards.

Installation and Mounting

Installation is performed via a USB interface, enabling direct connection to the host system. No special mounting or additional hardware is required. Software integration is achieved through provided drivers and applications available for the mentioned operating systems. User guidance is provided via the display and keyboard, with instructions shown on the display.

Advantages in Operation

The combination of certified PIN entry, integrated security module, and support for various applications makes the cyberJack RFID standard a reliable device for security-critical processes. Clear display of permissions and transparency in data processing increase user trust. Update capability and compatibility with various operating systems ensure long-term usability and flexibility in different IT environments.