Cryptography
The property of cryptographic algorithms to withstand attacks by quantum computers, typically achieved by using post-quantum cryptography schemes.
Quick answer: The property of cryptographic algorithms to withstand attacks by quantum computers, typically achieved by using post-quantum cryptography schemes.
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The property of cryptographic algorithms to withstand attacks by quantum computers, typically achieved by using post-quantum cryptography schemes.
量子抗性 matters because it supports clear communication in Cryptography contexts for SOC Analysts, Security Engineers, and Incident Responders. It also connects to aviation training and exam language such as CISSP, CompTIA Security+, and CEH.
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Questions and answers
In this glossary, 量子抗性 refers to: The property of cryptographic algorithms to withstand attacks by quantum computers, typically achieved by using post-quantum cryptography schemes.
In cybersecurity communication, this term appears in contexts such as: "各机构在选择加密算法时会评估其量子抗性，以确保其系统能抵御未来量子计算机的威胁。"
量子抗性 matters because it supports clear communication in Cryptography contexts for SOC Analysts, Security Engineers, and Incident Responders. It also connects to aviation training and exam language such as CISSP, CompTIA Security+, and CEH.
量子抗性 is mainly used by SOC Analysts, Security Engineers, and Incident Responders.
In this glossary, 量子抗性 is grouped under Cryptography. Related pages in this category explain adjacent procedures, commands and operational concepts.
This definition is sourced from ISO 27001, NIST Cybersecurity Framework, MITRE ATT&CK and published by Protermify Cybersecurity as a static cybersecurity reference page.
The property of cryptographic algorithms to withstand attacks by quantum computers, typically achieved by using post-quantum cryptography schemes.
Organizations are evaluating quantum resistance when selecting cryptographic algorithms to ensure their systems remain secure against future quantum computer threats.
量子抗性
各机构在选择加密算法时会评估其量子抗性，以确保其系统能抵御未来量子计算机的威胁。
English reference definition
ISO 27001, NIST Cybersecurity Framework, MITRE ATT&CK
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