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• How do the APG8201, APG8202 and APG8205 use OTPs for online banking applications?

  Generally, there are different modes to using OTP for online banking. Different modes would require different sets of information from users, e.g. challenge number, amount of money, account number, etc. For details, please refer to our demo video for a clearer presentation: http://www.apg8202.com/pages/dynamic-password-generators/demo

  https://www.acs.com.hk/en/frequently-asked-questions/9/dynamic-password-generators/
• What are the cards supported by APG8201, APG8202 and APG8205?

  The devices support MCU cards following the ISO 7816 standard, and cards using either T=0 or T=1 protocol.

  https://www.acs.com.hk/en/frequently-asked-questions/9/dynamic-password-generators/
• What are the key features of APG8201, APG8202 and APG8205?

  The devices support OTP (One-Time Password), Challenge-Response and Transaction Data Signing Modes. They also feature: Graphical LCD for logos and multiple-language characters Durable tactile keypad with 20 silicon rubber keys Monotone buzzer Two (2) CR2032 batteries Certifications/Compliance include: MasterCard® Chip Authentication Program (CAP) VISA Dynamic Passcode Authentication (DPA) EMV Level 1

  https://www.acs.com.hk/en/frequently-asked-questions/9/dynamic-password-generators/
• How can APG8201, APG8202 and APG8205 help save money?

  Financial institutions can distribute the devices to customers to minimize risks associated with sensitive data and online banking systems. More importantly, complicated device issuance or re-issuance strategies are no longer needed, lowering overall implementation cost. And since the APG8201, APG8202 and APG8205 also work as standalone devices, no specialized programming is required.

  https://www.acs.com.hk/en/frequently-asked-questions/9/dynamic-password-generators/
• What is ISO/IEC 14443 standard?

  ISO/IEC 14443, with the general title Identification cards—Contactless integrated circuit(s) cards–Proximity cards, is an international standard that defines contactless smart cards or proximity cards. This standard operates at 13.56 MHz and includes the following parts: Part 1: Physical characteristics Part 2: Radio frequency power and signal interface Part 3: Initialization & anticollision Part 4: Transmission protocols

  https://www.acs.com.hk/en/frequently-asked-questions/6/contactless-readers/
• What is the difference between CCID and HID?

  The main difference between these two versions is that their plug-and-play feature is delivered differently—one complies with CCID and the other has HID support. Aside from this, the CCID version supports both memory and MCU cards while the HID version supports only MCU cards. Users who do not want to worry about driver installation issues are advised to use the HID version, as it is already pre-installed in most operating systems. On the other hand, the CCID version is for those who opt to have a plug-and-play feature especially designed for smart card readers, since the USB CCID class driver is based on the PC/SC platform.

  https://www.acs.com.hk/en/frequently-asked-questions/8/pc-linked-readers-with-mass-storage/
• Why do I need a PC-linked Reader with Mass Storage instead of using a simple SIM-sized Smart Card Reader?

  Aside from being a SIM-sized card reader, PC-linked readers with mass storage have a flash drive feature that extends the capabilities of your application, be it for GSM solutions, e-Commerce, e-Banking, Network Security, or Data/Application Storage. With various options for partitioning the flash drive, the PC-linked reader with mass storage enhances security and flexibility in storing different kinds of software or applications, such as PC log-on, instant messaging, or other corporate/government software requiring the user to plug in a valid SIM-sized smart card into the reader to log in and run certain programs. PC-linked readers with mass storage also enable you to carry more files wherever you go. You can retrieve and edit documents, view transaction histories, and run applications directly from the USB token as long as there is a computer around. Furthermore, you can utilize your smart card to secure confidential files—you can cut out a partition as a protected area, which can only be accessed after smart card authentication from the flash memory.

  https://www.acs.com.hk/en/frequently-asked-questions/8/pc-linked-readers-with-mass-storage/
• Can high-level security applications, such as PKI, be implemented using the PC-linked Readers with Mass Storage?

  Yes, high-level security applications can be implemented through smart card programming with ACS’s ACOS cards. For more information, please do not hesitate to send an email to [email protected].

  https://www.acs.com.hk/en/frequently-asked-questions/8/pc-linked-readers-with-mass-storage/
• Can PC-linked Readers with Mass Storage access any smart card application?

  Yes, the readers can access any smart card-based application as long as your system and application has PC/SC support.

  https://www.acs.com.hk/en/frequently-asked-questions/8/pc-linked-readers-with-mass-storage/
• What programming languages can access the PC-linked Readers with Mass Storage?

  Any languages that can access the dynamic libraries (DLL) can control the PC-linked Readers with Mass Storage. Additionally, PC/SC has its own DLLs that the readers can access. Some of the programming languages are MS Visual Basic, Visual C++, VB .NET, C#, and Borland Delphi.

  https://www.acs.com.hk/en/frequently-asked-questions/8/pc-linked-readers-with-mass-storage/