Definitions

1. Smart cards are a great way to store private keys because the key material never leaves the card.
2. Smart cards are an important challenge for formal methods for two reasons.
3. Smart cards are defined by the ISO 7816 standards.
4. Smart cards are becoming popular as strong security devices. (Web site)
5. As smart cards are usually used to supply security to a system, security requirements are very strong and certification can become a competitive advantage.

Pcmcia Cards

1. PKCS #11 defines a technology-independent programming interface, called Cryptoki, for cryptographic devices such as smart cards and PCMCIA cards. (Web site)

Challenge-Response

1. First, it enables support for authentication technologies including token cards, smart cards, and challenge-response. (Web site)

Card Technology

1. Java Card technology was originally developed for the purpose of securing sensitive information stored on smart cards. (Web site)

Iso 7816-4 Compliant Application Environment

1. Java Card API An ISO 7816-4 compliant application environment focused on smart cards. (Web site)

Paper

1. The second part of this paper explains why smart cards are not currently the expected success story of formal methods.

Hardware

1. In hardware, RSA can be found in secure telephones, on Ethernet network cards, and on smart cards.

Platform

1. Camellia possesses the world's highest security level and high-speed software implementation independent of the platform such as PC or smart cards. (Web site)

Api

1. JavaCard consists of a JVM, an API for smart cards and a framework that provides system services for smart-card applications.
2. PKCS#11 is an API for smart cards. (Web site)

Private Keys

1. However, in practice the distribution of private keys is usually a manual process that relies on technological means like smart cards, etc. (Web site)

Power Supplies

1. Assembles printed circuit boards (PCB), enclosures, and box builds, plus manufacturers standard subassemblies including power supplies and smart cards.

Sega Master System

1. Several consoles such as the Sega Master System and the TurboGrafx-16 have used different types of smart cards as an external medium.

Security Systems

1. Most security systems that rely on smart cards are based on challenge-response.

Handheld Devices

1. Rather, it will be on smart cards, handheld devices and embedded computers, using the Java 2 Platform, Micro Edition. (Web site)

Computing Environment

1. In particular, it can be effectively adopted in a computing environment with a restricted resources, such as mobile devices and smart cards. (Web site)

Researchers

1. Not So Smart Cards Cryptanalysts gave smart cards a good whack when researchers invented power analysis. (Web site)

Encryption

1. The encryption supports passwords, smart cards, certificates, CDs or USB sticks.

Rsa Algorithm

1. In hardware, the RSA algorithm can be found in secure telephones, on Ethernet network cards, and on smart cards.

Portability

1. Smart cards combine low cost and portability with the power to compute cryptographic algorithms.
2. Smart cards attempt to combine portability with the power to compute modern cryptographic algorithms.

Cryptography

1. Therefore, smart cards that use cryptography have to provide encryption, decryption, as well as key generation inside its security perimeter.
2. Common every day uses of cryptography include mobile phones, passwords, SSL, smart cards, and DVDs. (Web site)
3. This allows the implementation of cryptography in platforms that are constrained, such as wireless devices, handheld computers, smart cards and thin-clients. (Web site)

Cryptographic Keys

1. The final chapter is a simplistic review of the storage of cryptographic keys on smart cards. (Web site)

Embedded Devices

1. Today the Java technologies for handsets, smart cards, and embedded devices are split as illustrated in Figure 2.

Security Protocols

1. My research focuses on trust management, smart cards, cryptographic and security protocols, large-scale systems, physical security, and cryptography policy.

Authentication

1. Smart cards provide protection of information and authentication for individual users.

Devices

1. JavaCard, the JAE with the smallest footprint offered by Sun, enables Java technology to run on smart cards and other devices with limited memory.
2. Hence, elliptic curve cryptography (ECC) seems to be suitable for devices with low computational power such as smart cards. (Web site)
3. Comparison of NFC enabled devices and contactless smart cards.

Cards

1. Java Cards are a new generation of smart cards that use the Java programming language.

Card

1. What is Java Card The Java Card specification allows Java technology to run on smart cards and other small devices. (Web site)
2. Java Card(TM) API An ISO 7816-4 compliant application environment focused on smart cards. (Web site)
3. Java Card is a Java API for embedding Java in devices such as smart cards.

Passwords

1. Windows Vista can authenticate user accounts using Smart Cards or a combination of passwords and Smart Cards (Two-factor authentication).
2. PAM permits run-time configuration of authentication methods (e.g., use of passwords, smart cards, etc.). (Web site)
3. Examples of credentials are user names and passwords, smart cards, and certificates.

Smart Cards

1. Tamper resistance finds application in smart cards, set-top boxes and other devices that use digital rights management. (Web site)
2. The Java Card specification allows Java technology to run on smart cards and other small devices. (Web site)
3. Specifications which enable Java technology to run on smart cards and other devices with limited memory.

Categories

1. Mobile Devices
2. Passwords
3. Ecc
4. Card
5. Mathematics > Number Theory > Finite Fields > Elliptic Curve Cryptography
6. Books about "Smart Cards" in Amazon.com
   

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