💼 Frameworks
💼 APRA CPG 234
💼 Attachment E - Cryptographic techniques
💼 3 APRA envisages that a regulated entity would select encryption algorithms from the population of well-established and proven international standards that have been subjected to rigorous public scrutiny and verification of effectiveness. The length of a cryptographic key would typically be selected to render a brute force attack9 impractical (i.e. would require an extremely long period of time to breach using current computing capabilities).

💼 3 APRA envisages that a regulated entity would select encryption algorithms from the population of well-established and proven international standards that have been subjected to rigorous public scrutiny and verification of effectiveness. The length of a cryptographic key would typically be selected to render a brute force attack9 impractical (i.e. would require an extremely long period of time to breach using current computing capabilities).

Contextual name: 💼 3 APRA envisages that a regulated entity would select encryption algorithms from the population of well-established and proven international standards that have been subjected to rigorous public scrutiny and verification of effectiveness. The length of a cryptographic key would typically be selected to render a brute force attack9 impractical (i.e. would require an extremely long period of time to breach using current computing capabilities).
ID: /frameworks/apra-cpg-234/e/3
Located in: 💼 Attachment E - Cryptographic techniques

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