Smart Card Technology Capabilities
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1 Smart Card Technology Capabilities Won J. Jun Giesecke & Devrient (G&D) July 8, 2003 Smart Card Technology Capabilities 1
2 Table of Contents Smart Card Basics Current Technology Requirements and Standards Next Steps Smart Card Technology Capabilities 2
3 Smart Card Basics Definition Components Different Types Standards and Specifications Applications Smart Card Technology Capabilities 3
4 Definition What is a smart card? A plastic card with an embedded microprocessor chip. What is the essence of a smart card? Authentication Data storage Validation Self-lock mechanism Smart Card Technology Capabilities 4
5 The Dimensions Smart Card according to ISO/IEC 7810 and ISO/IEC mm Magnetic Stripe 29 mm 54 mm Embossing 10 mm 20 mm 85.6 mm 0.76 mm Smart Card Technology Capabilities 5
6 The Contacts Contacts of the Smart Card Module according ISO/IEC ,6 mm VCC Power Supply Voltage 7,6 mm VCC RST GND VPP RST Reset CLK Clock RFU Reserved for Future Use CLK I/O GND Ground (RFU) (RFU) > 1,7 mm VPP Programming Voltage I/O Input/Output > 2,0 mm Smart Card Technology Capabilities 6
7 The Module Cross-Section of a Smart Card Module Adhesive Area Bond Wire Globe Top Covering Epoxy Tape 0,6 mm CHIP 0,2 mm mm Chip/Dye Contact Plate/ Metallization (Au/Ni/Cu) Smart Card Technology Capabilities 7
8 The Chip Features: 32 kbyte ROM 16 kbyte EEPROM 1.3 kbyte RAM Crypto Unit ACE Chip size: Area = mm² x = 4.28 mm, y = 4.96 XRAM EEPROM ECO2000 ACE Peripherals ROM Smart Card Technology Capabilities 8
9 Different Types Contact Contactless Contact Hybrid Dual-Interface (Combi) Smart Card Technology Capabilities 9
10 Simple Memory Card No Security How Smart? Intelligent Memory Cards Access Control Conditions for defined areas Dedicated functionality (e.g., Telephone-Chip Card) Microprocessor Card Microcomputer / Microcontroller Super Smart Card Microcomputer, Keypad, Display, Battery, etc. Smart Card Technology Capabilities 10
11 Relevant Standards and ISO 7810 ISO 7816 Specs ISO Types A and B Java Card and 2.2 Global Platform Card Specification and 2.1 GSCIS v2.1 (draft) Smart Card Technology Capabilities 11
12 Types of Usage Identification and authentication Encryption and digital signature (RSA 1024/2048 bit; on-card key-pair generation) Biometric (on-card matching) Secure Data storage Single Sign-on Smart Card Technology Capabilities 12
13 Assessing the Current Technology Areas to Assess: Card Operating System (COS) Protocol Memory capacity Functionality Smart Card Technology Capabilities 13
14 Card Operating System File-structure vs. Java Card ISO 7816 part 4 + compliant COS Analogous to Java Card and Global Platform compliant COS Unix Windows There are Pro s and Con s for both types of COS s. Both can be made secure and flexible. It is analogous to comparing Unix and Windows operating systems. The philosophical arguments can be made for file-structure-based or Java-based card. However....Java Cards are in fashion! Smart Card Technology Capabilities 14
15 File-Structure Based Smart Cards MF DF DF EF DF DF EF DF EF EF DF EF EF EF EF EF EF Smart Card Technology Capabilities 15
16 Purpose of a Smart Card OS ISO International Standards Secure Messaging RSA Signature Data Structures ISO Dynamic Installation Smart Card Multi-Purpose Command Set Transmission T=1, T=0 Access Control Encryption Multi-Application State Machine Concept Smart Card Technology Capabilities 16
17 Java Card Security Architecture Security Domains Appl. Appl. Appl. Card M anager (GP/OP) A PIs Virtual M achine I/O Crypto Native Services Hardware Security is provided by the JCVM, Firewalls and Security Domains Smart Card Technology Capabilities 17
18 Java Card Basics A multi-application smart card Several applications can be loaded on to the same card Firewall between applications Sharing between applications ISO-7816/4 compliant application selection. Smart card interoperable- at the source code level at the load file level at the loader level. Smart Card Technology Capabilities 18
19 Protocol T=0 : Byte transfer. Developed by the French T=1 : Block transfer. Developed by the Germans USB : Based on existing USB v.1.1+ Specs. Smart Card Technology Capabilities 19
20 Memory Capacity 16 KB 32 KB * 64 KB 128 KB * Currently most popular Smart Card Technology Capabilities 20
21 Functionality Highlights: RSA 1024/2048 bit algorithms Triple-DES, SHA-1 On-card key-pair generation On-card Biometrics matching engine Smart Card Technology Capabilities 21
22 Biometrics On-card Matching Main advantages: Sensor independent Latest developments: Fingerprint on-card matching Iris on-card matching On-card matching Java applet Smart Card Technology Capabilities 22
23 Basics of On-card Matching The actual data is preprocessed in the background system and sent to the card Biometric verification takes place on the chip card Reference data does not leave the card The card itself changes the security status (e.g., unblocks itself) after a successful verification. Smart Card Technology Capabilities 23
24 Other Form Factors Smart chip with USB interface. Same Chip Operating System as on smart card. Connectivity through USB port. Smart card reader not necessary. Three features in one single USB device: Multiapplication smart card operating system Fingerprintsensor Imageprocessing software Smart Card Technology Capabilities 24
25 Current Trends Java Card 2.1 Global Platform to 64K EEPROM On-card key-pair generation (RSA 1024-bit) Biometric on-card matching (fingerprint) Hybrid and composite card bodies (ISO 14443) FIPS 140-2, Level 2 or 3 Smart Card Technology Capabilities 25
26 Current Trends Smart Card Technology Capabilities 26
27 Requirements and Standards CAC Release 2.0 ICC Specification Java Support Java Card 2.1 Standards: ISO 7816, parts 1-7 T=0 EMV. Global Platform DAP verification Delegated management and services ISO Parts 1-3 ISO 7810 GSCIS 2.0 Micro-controller/ Processor: 32KB EEPROM 8-bit processor. Cypto co-processor Smart Card Technology Capabilities 27
28 Requirements and Standards CAC Release 2.0 ICC Specification (Cont d) Crypto Algorithms: Digest Algorithms: Key Exchange: Signature Algorithms: On-Card Key Generation Security: Triple DES SHA-1 RSA RSA (1024-bit key length) FIPS PUB Secure Hash Standard FIPS PUB Digital Signature Standard 30 seconds or less FIPS 140, Level 2 or 3 validation Countermeasures for Differential Power Analysis and Simple Power Analysis Attacks Smart Card Technology Capabilities 28
29 Requirements and Standards Requirements on the horizon: 2048-bit key length On-card Biometric Verification Contactless PKI Hybrid and Dual-interface cards Super Smart Cards Smart Card Technology Capabilities 29
30 Next Steps Standards are needed to address the coming requirements. Existing standards may need to be updated to accommodate the changing technology. Validations are needed to test conformance. Smart Card Technology Capabilities 30
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