Strong Cryptography definition

Strong Cryptography has the meaning given in Payment Card Industry (PCI) Data Security Standard (DSS) and Payment Application Data Security Standard (PA-DSS) Glossary of Terms, Abbreviations, and Acronyms, Version 3.2 (as updated from time to time).

Strong Cryptography means cryptography based on industry-tested and accepted

Strong Cryptography means cryptography based on industry-tested and accepted algorithms, along with strong key lengths (minimum 112-bits of effective key strength) and proper key-management practices. Cryptography is a method to protect data and includes both encryption (which is reversible) and hashing (which is not reversible, or “one way”).

Examples of Strong Cryptography in a sentence

• Requirement 4: Protect Cardholder Data with Strong Cryptography During Transmission Over Open, Public NetworksNote: For SAQ A-EP, Requirement 4 applies to merchants when sending payment related data to their TPSP.

• PCI DSS Requirement Expected Testing ♦ Refer to the “Requirement Responses” section (page v) for information about these response options PCI DSS Requirement Expected Testing PCI DSS Requirement Expected TestingRequirement 4: Protect Cardholder Data with Strong Cryptography During Transmission Over Open, Public Networks‌‌ PCI DSS Requirement Expected Testing ♦ Refer to the “Requirement Responses” section (page v) for information about these response options.

• An invoice shall be issued in original and one copy in consecutive numbered order, showing the date of the sale or distribution, the name and permit number of the seller and the purchaser, and the purchaser’s complete address, the serial numbers of all identification stamps affixed to the merchandise, the quantity, brand and class of alcoholic beverages sold and the total price of each brand and class shown thereon.

• Strong Cryptography Cryptographic and algorithm recommendations are also mainly specified in the FAPI profiles and OIDC.

• UbiKiMa: Ubiquitous Authentication Usinga Smartphone, Migrating from Passwords to Strong Cryptography.

• David Pointcheval, Xavier Boyen, Strong Cryptography from Weak Secrets, (3 – 6 may 2010, Stellenbosch, South Africa), D.

• Confidential Information cannot be stored electronically outside of Contractor’s network environment unless the storage device (e.g., backup tape, laptop, memory stick, computer disk, etc.) is protected by Strong Cryptography technology that is free from publicly available vulnerabilities (i.e., compliant with NIST requirements and recommendations).

• In this regard we can see two possible alternatives.On the one hand, there were thinkers who argued that Europe is the most developed part of humanity.

• Strong Cryptography: Industry Standard ciphers and algorithms should be used, avoiding the in-house or proprietary cryptographic solutions [41].

• Yet Another Example of how Strong Cryptography and Proper Opsec Can Protect Even Pedophiles’, <https://www.deepdotweb.com/jolly-rogers-security- guide-for-beginners/yet-another-example-of-how-strong-cryptopgraphy-and-proper- opsec-can-protect-even-pedophiles/> accessed 12.12.2016.

More Definitions of Strong Cryptography

Strong Cryptography means the use of cryptography based on industry-tested, accepted, and uncompromised algorithms with minimum key lengths of 128-bits for symmetric algorithms and 2048-bits for asymmetric algorithms, and proper key management practices which incorporate a documented policy for the management of the encryption keys, including the expiration of encryption keys at least once every two years, and associated processes adequate to protect the confidentiality and privacy of the keys and credentials used as inputs to the cryptographic algorithm.

Strong Cryptography means a cryptographic implementation and associated key management procedures compliant with, at minimum, NIST and PCI DSS requirements as applicable based upon the data type, sensitivity level, and communication mechanism of the data being encrypted, and is free from known and publicly available vulnerabilities.

Strong Cryptography means the use of cryptography based on industry-tested, accepted, and uncompromised algorithms with minimum key lengths of 128-bits for symmetric algorithms and 2048-bits for asymmetric algorithms, and proper key management practices which incorporate a documented policy for the management of the encryption keys, such as sensitive stored data and digital certificates used for Transport Layer Security (TLS), including the expiration of encryption keys and digital certificates at least once every two years, and associated processes adequate to protect the confidentiality and privacy of the keys and credentials used as inputs to the cryptographic algorithm; and