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Applet Interface Functionality
PKI Applet Contact The function of the PKI applet is to facilitate the electronic
authentication of the ID Card holder and to facilitate the
generation of electronic signatures by the ID Card holder
(within a PKI infrastructure).
The PKI Application Data Folder in the EEPROM contains
provision for 5 RSA Key Pairs and provision for the
corresponding 5 RSA Certificates. During personalization,
only 2 Key Pairs are personalized and their corresponding
2 digital certificates are constructed. Those 2 Key Paris
are used for the Authentication and Digital Signature
functionalities. The files for the remaining 3 Key Pairs and
their corresponding 3 digital certificates are left empty
(RFU).
3 PINs are personalized (User, Admin, & RFU)
MOC Applet Contact The MOC is a third party applet. Hence, the applet byte
code is personalized in the EEPROM. The MOC applet
stores two fingerprint templates of the ID Card holder. The
applet facilitates the biometric authentication of the ID
Card holder by comparing the ID Card holder fingerprint
captured by a biometric terminal at a service counter
against the fingerprint template stored inside the ID Card.
eTravel Applet Contact and
contactless
MIFARE
Applet
4.1 The UAE National ID Card Features
This is an ICAO compliant applet. It contains 5 data groups
and a separate elementary file as follows:
DG1: MRZ containing basic personal details
DG2: Portrait
DG11: Additional personal details
DG13: Full name (Arabic) and date of expiry
DG15: Active Authentication Public Key
EF.SOD (Post Perso): Data signature
Phase 2 will contain the following additional data groups
and an elementary file:
DG3: 2 fingerprints (ISO 19794-4)
DG14: RSA or ECDSH Parameters (EAC Authentication)
EF.CVCA: Certification Authority Reference
Contactless This is an applet that emulates the functionality of the 1K
MIFARE contactless card.
Adopting a slew of security features, and internationally recognised biometric standards and
the latest computing techniques, UAE issues the most advanced smart cards to all its citizens
and residents. Figure 8 depicts some of the physical security features in the card.
The microprocessor card which is Java based serves a dual purpose of micro computing as well
as secure storage. Micro computing allows complex encryption algorithms to run efficiently
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