FARPOINTE CICC-DMI-3 DELTA ISO SMARTCARD

FARPOINTE CICC-DMI-3 DELTA ISO SMARTCARD

FOR USE WITH DELTA SERIES READER FROM FARPOINTE

The FARPOINTETM CICC-DMI-3 Delta ISO Smartcard is an advanced and secure access control card designed to provide reliable identification and access management. With its ISO smartcard format and smart technology, this card is suitable for a wide range of access control applications.

Features

• The smartcard supports multi-application functionality, allowing organizations to deploy it for various purposes beyond access control. This includes cashless payments, public transportation, and other applications, making it a versatile card for different use cases.
• To enhance security, the Delta ISO Smartcard may incorporate anti-cloning technology. This feature prevents unauthorized duplication of cards, safeguarding against identity theft and unauthorized access.
• Some smartcards, including the CICC-DMI-3, may support OTA updates. This capability enables administrators to remotely update card functionalities and security protocols, ensuring that the cards remain up-to-date with the latest features and security measures.
• Advanced cryptographic algorithms may be employed to secure communication between the smartcard and the access control system. This adds an extra layer of protection against data tampering and unauthorized access attempts.
• The smartcard may support integration with mobile credential technologies, allowing users to use their smartphones as virtual smartcards. This enhances user convenience and provides an additional layer of flexibility in access control.
• For enhanced monitoring and compliance, the smartcard may feature audit trail capabilities. This allows administrators to track and review access events, providing insights into user activities and potential security incidents.
• Depending on specific use cases, the Delta ISO Smartcard may offer extended memory options beyond the standard 2KB. This is beneficial for applications that require additional data storage for diverse functionalities.
• Designed to withstand various environmental conditions, the smartcard may be resistant to factors such as moisture, temperature fluctuations, and physical stress. This ensures consistent performance in challenging environments.
• Smartcards often prioritize energy efficiency to extend battery life in contactless operations. This is especially important for applications where users need frequent and reliable access without worrying about frequent card replacements.
• In case of lost or stolen cards, the smartcard system may offer an easy card revocation process. Administrators can quickly deactivate lost cards, preventing unauthorized access and maintaining overall security.