Strong Encryption means the use of encryption technologies with minimum key lengths of 128-bits for symmetric encryption and 1024-bits for asymmetric encryption whose strength provides reasonable assurance that it will protect the encrypted information from unauthorized access and is adequate to protect the confidentiality and privacy of the encrypted information, and which incorporates a documented policy for the management of the encryption keys and associated processes adequate to protect the confidentiality and privacy of the keys and passwords used as inputs to the encryption algorithm.
Strong Encryption means the use of industry standard encryption measures compliant with FIPS 140-2.
Strong Encryption means the use of encryption technologies based upon Strong Cryptography.
Examples of Strong Encryption in a sentence
Use Strong Encryption to protect all In-Scope Information stored on Mobile and Portable Devices.
Use Strong Encryption to protect AT&T’s SPI when transmitted over any network.
Use Strong Encryption of all Confidential Information stored on laptops or other portable devices, and anytime such information is transmitted wirelessly or otherwise over any open public network, including the Internet.
Strong Encryption and secure mechanisms for joining the smart metering network.
VPN Load BalancingVPN load balancing requires a Strong Encryption (3DES/AES) License.
More Definitions of Strong Encryption
Strong Encryption means the use of industry standard encryption measures
Strong Encryption means the use of industry standard encryption measures. This document is a high-level overview of JAGGAER’s technical and organizational measures. JAGGAER may change these measures from time to time to adapt to the evolving security landscape and where required will notify customers of these changes. For the latest information on JAGGAER’s security and compliance programs, including information on approved sub-processor organizations, please visit xxxxx://xxx.xxxxxxx.xxx/trustcenter/ Organization of Information Security Objective: To outline XXXXXXX’s information security structure.
Strong Encryption means the use of encryption technologies with minimum key lengths of 128-bits for symmetric encryption and 2048-bits for asymmetric encryption whose strength provides reasonable assurance that it will protect the encrypted information from unauthorized access and is adequate to protect the confidentiality and privacy of the encrypted information, and which incorporates 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 encryption algorithm. Supplier must ensure that the rule of least privilege and separation of duties are properly implemented and maintained.
Strong Encryption means the use of encryption technologies with minimum key lengths of 128-bits for symmetric encryption and 1024-bits for asymmetric encryption whose strength provides reasonable assurance that it will protect the encrypted information from unauthorized access and is adequate to protect the confidentiality and privacy of the encrypted information, and which incorporates a documented policy for the management of the encryption keys and associated processes adequate to protect the confidentiality and privacy of the keys and passwords used as inputs to the encryption algorithm. In accordance with the foregoing, Supplier shall: System Security
Strong Encryption means the use of encryption technologies with key lengths of at least 256-bits Advanced Encryption Standard for symmetric encryption and 2048-bits for asymmetric encryption, whose strength provides reasonable assurance that it will protect the encrypted information from unauthorized access, and is adequate to protect the confidentiality and privacy of the encrypted information, and which incorporates a documented policy for the management of the encryption keys and associated processes adequate to protect the confidentiality of the keys and passwords used as inputs to the encryption algorithm. Insecure versions of Secure Sockets Layer and Transport Layer Security protocols, such as SSL 3.0 and TLS 1.0, are not strong cryptographic protocols.
Strong Encryption means the use of encryption technologies with minimum key lengths of 256-bit for symmetric encryption and 1024-bits for asymmetric encryption whose strength provides reasonable assurance that it will protect the encrypted information from unauthorized access and is adequate to protect the confidentiality and privacy of the encrypted information, and which incorporates a documented policy for the management of the encryption keys and associated processes adequate to protect the confidentiality and privacy of the keys and passwords used as inputs to the encryption algorithm. PCI Compliance Exhibit Whereas Xxxxxxx is required to adhere to the Payment Card Industry Data Security Standard (PCI DSS) promulgated by the PCI Security Standards Council; and Whereas Supplier processes, transmits, and/or stores cardholder data in the performance of services provided to Xxxxxxx, and is therefore considered a “service provider” under Requirement 12.8 of the PCI DSS; and Whereas Requirement 12.8.2 of the PCI DSS requires Xxxxxxx to maintain a written agreement that includes an acknowledgement that the service provider is responsible for the security of cardholder data that the service provider possesses; and
Strong Encryption means the use of industry standard encryption measures with sufficiently large keys, meeting or exceeding that defined by NIST standards.