목차
Infrastructure for Electronic Commerce : Digital Certificates & IC Cards Jin Won SHIN Technical Manager, Mondex Korea
PPT 슬라이드
PPT 슬라이드
Chip Card Technology
What is IC Card?
Types of IC Card
MULTOS (Multi-Application Operating System)
Advantage of IC Card
Public Key Infrastructure
Public Key Infrastructure Overview
Public Key Cryptography - Key Generation
Public Key Cryptography - Encryption & Decryption
Public Key Cryptography - Digital Signature & Verification
Public Key Cryptography - Digital Certificate
Public Key Cryptography - Example of Digital Certificate
Public Key Cryptography - Certificate Revocation List(“CRL”)
Components of PKI - A Basic PKI
A Growing PKI
Standardization Activities
Digital Certificates & IC Cards
Software-only for PKI
Software with IC Cards for PKI
Evolution to IC Cards
CA Operational Models with IC Cards
Interoperability and Emerging IC Card Architecture
Standards related to Certificates and IC Cards
Applications of IC Cards over the Network
Applications of IC Cards over the Network
Case Study : EMV/SET
Physical VS. Virtual Environment
Security Value Proposition
Why not SSL?
Why SET?
Why EMV/SET with IC Card?
SET Certificate Architecture
SET Protocol
SET Protocol
SET Purchase Transaction Flow -- Typical Option
EMV - Key Physical Elements
EMV - High Level Architecture
EMV Certificate Architecture
“Face-To-Face” EMV On-Line - Chip to Reader View
Face-To-Face EMV On-Line Transaction (High Level)
EMV EC Objectives
EMV EC - Key Logical Elements
EMV EC - Key Design Elements
SET and EMV Chip Infrastructure Comparison
EMV + SET - Two Options
EMV Chip EC - No SET “Cardholder” Key
EMV + SET?No C/H Key
EMV + SET?No C/H Key
EMV Chip EC -- Yes SET “Cardholder” Key
EMV + SET + C/H Key
EMV + SET + C/H Key
Questions & Answers
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