"Samsung's Common Criteria compliant smart card IC for electronic passports supports the high-performance and high-level security requirements for applications carrying personal information," said Chilhee Jung, senior vice president, System LSI division, Samsung Electronics. "Samsung has expanded its portfolio of high-performance smart card IC solutions from its strong SIM-based technology solutions to smart cards designed for financial, identification and security applications."
Samsung's newly certified portfolio includes both a 72KB and a 144KB smart card IC, the latter being the highest capacity currently available. Both ICs offer sufficient storage space for diverse biological data required by biometric identification systems.
In 1999, CC certification was selected as the international standard for assessing a product's data security capabilities. CC provides the basis for confirming the reliability and safety of security-related functions in IC cards used in electronic IDs, electronic passports, and electronic driver's licenses. Higher EAL ratings indicate more accurate and effective data security capabilities. An EAL 4+ rating is required for products such as electronic passports that have strict security requirements.
The International Civil Aviation Organization now recommends that all countries adopt electronic passports that cannot be forged or altered to help prevent the spread of international crime and terrorist acts. Starting in Europe, at least thirty-five countries have already adopted electronic passports with embedded integrated circuits. The US Congress has passed legislation stating that all countries participating in the Visa Waiver Program with the United States must now issue electronic passports and the Korean government will also implement an e-passport system in 2008.
Samsung's smart card IC provides high performance and high reliability for protecting user identity. The new combination smart card consists of a high-performance, 16-bit CalmRISC CPU, an RSA public key encryption algorithm, a Triple-DES, and an advanced encryption standard (AES) algorithm. An attack-prevention design technology has also been applied to help prevent the possibility of personal data loss to hackers.
Also built into the smart cards is the International Standards Organization (ISO) 14443 A/B type contactless function, providing fast and stable data links between the card and the card reader in non-contact situations.
Until now, Samsung has focused mainly on smart card ICs designed for high-performance SIM cards. The expansion into financial, identification and security smartcard products will enable the company to provide customers with a wider range of smartcard IC solutions. CC certification also gives Samsung a competitive edge in developing and mass-producing next-generation products with reinforced data security capabilities.
