File Name: smart cards tokens security and applications .zip
The circular metal contact is vital to connect to the chip below and activate the card electrically. It's used in conjunction with a contact or contactless card reader POS for payments, at the ATM, or even in your mobile phone.
Th is book provides an overview of secure chips and the ir applications. It mainly. The book depicts the major.
Smart Cards, Tokens, Security and Applications provides a broad overview of the many card systems and solutions that are in practical use today. This state-of-the art work is written by contributing authors who are active researchers and acknowledged experts in their field. A single book cannot be found to match both the breadth and depth of content. This book combines a cross-discipline overview of smart cards, tokens and related security and applications plus a technical reference to support further research and study. A step-by-step approach educates the reader in card types, production, operating systems, commercial applications, new technologies, security design, attacks, application development, deployment and lifecycle management.
It allows secure storage of secret key material; all versions of the protocol state, "Private keys and passwords cannot be read from the card with any command or function. The smart card daemon , in combination with the supported smart card readers ,  as implemented in GnuPG, can be used for many cryptographic applications. An OpenPGP card features a unique serial number to allow software to ask for a specific card. Serial numbers are assigned on a vendor basis and vendors are registered with the FSFE. Assigned vendor ids are: . From Wikipedia, the free encyclopedia. This card is pre-punched to be used in ID readers, as shown below.
Skip to search form Skip to main content You are currently offline. Some features of the site may not work correctly. DOI: Mayes and K. Mayes , K. Markantonakis Published Engineering. Providing a broad overview of the many card systems and solutions in practical use today, this state-of-the art work is written by contributing authors who are active researchers and acknowledged experts in their field.
Token authentication is based on the principle of a two-stage authentication: A user has a token ownership , but can only use the token, if they know the specific token password knowledge. When a token or smartcard is used, users only need the token and a PIN for authentication. From SafeGuard Enterprise's perspective, smartcards and tokens are treated in the same way. The use of tokens and smartcards needs to be enabled in the license, see Token licenses. Windows 8 and later offers a feature called virtual smartcard. A virtual smartcard simulates the functionality of a physical smartcard using the TPM chip as basis, but cannot be used with SafeGuard Enterprise. When a token is issued to a user in SafeGuard Enterprise, data such as the manufacturer, type, serial number, logon data and certificates are stored in the SafeGuard Enterprise Database.
A token or smart card can be used for authentication when accessing encrypted hard drives. To do so, you must add the electronic certificate file of a token or smart card to the Manage Authentication Agent accounts task. Use of a token or smart card is available only if the computer hard drives were encrypted using the AES encryption algorithm. If the computer hard drives were encrypted using the AES56 encryption algorithm, addition of the electronic certificate file to the command will be denied. Kaspersky Endpoint Security supports the following tokens, smart card readers, and smart cards:. To add the file of a token or smart card electronic certificate to the command for creating an Authentication Agent account, you must first save the file using third-party software for managing certificates.
It seems that you're in Germany. We have a dedicated site for Germany. This book provides a broad overview of the many card systems and solutions that are in practical use today. This new edition adds content on RFIDs, embedded security, attacks and countermeasures, security evaluation, javacards, banking or payment cards, identity cards and passports, mobile systems security, and security management. A step-by-step approach educates the reader in card types, production, operating systems, commercial applications, new technologies, security design, attacks, application development, deployment and lifecycle management. By the end of the book the reader should be able to play an educated role in a smart card related project, even to programming a card application.
Smart Cards, Tokens, Security and Applications provides a broad overview of Pages i-xxxvii. PDF · An Introduction to Smart Cards. Keith Mayes. Pages
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