Which two technologies are being utilized to allow users to access their desktop and information systems across thin clients with smart cards?

Which two technologies are being utilized to allow users to access their desktop and information systems across thin clients with smart cards?

• A. COPE and TOTP
• B. VDI and RFID
• C. GPS and BYOD
• D. VDI and COPE

Answer: (B)

The correct response highlights Virtual Desktop Infrastructure (VDI) and Radio Frequency Identification (RFID) as the technologies that facilitate user access to desktop environments through thin clients paired with smart cards. Virtual Desktop Infrastructure is a vital technology that enables users to access a virtualized desktop environment from various devices, including thin clients. This means that users can connect to their desktop interfaces and applications hosted on a remote server, thus allowing for greater flexibility and mobility while maintaining centralized management of data and applications. Radio Frequency Identification, on the other hand, is a technology used for authentication. When integrated with smart cards, RFID provides a secure method for users to authenticate themselves and gain access to the virtual desktops. Smart cards can store user credentials and, when paired with RFID readers, enable easy and secure access to systems without the need for manual password entry. The other options involve technologies that do not specifically pertain to the combination of accessing desktop environments through thin clients and smart cards. For example, COPE (Corporate Owned, Personally Enabled) relates to device management policies rather than direct access technologies, while TOTP (Time-based One-Time Password) focuses on a mechanism for generating one-time passcodes for authentication, not the infrastructure for desktop access. Similarly, GPS (Global Positioning

The correct response highlights Virtual Desktop Infrastructure (VDI) and Radio Frequency Identification (RFID) as the technologies that facilitate user access to desktop environments through thin clients paired with smart cards.

Virtual Desktop Infrastructure is a vital technology that enables users to access a virtualized desktop environment from various devices, including thin clients. This means that users can connect to their desktop interfaces and applications hosted on a remote server, thus allowing for greater flexibility and mobility while maintaining centralized management of data and applications.

Radio Frequency Identification, on the other hand, is a technology used for authentication. When integrated with smart cards, RFID provides a secure method for users to authenticate themselves and gain access to the virtual desktops. Smart cards can store user credentials and, when paired with RFID readers, enable easy and secure access to systems without the need for manual password entry.

The other options involve technologies that do not specifically pertain to the combination of accessing desktop environments through thin clients and smart cards. For example, COPE (Corporate Owned, Personally Enabled) relates to device management policies rather than direct access technologies, while TOTP (Time-based One-Time Password) focuses on a mechanism for generating one-time passcodes for authentication, not the infrastructure for desktop access. Similarly, GPS (Global Positioning