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凯捷:2025加密未来:后量子密码学跃居网络安全新议程核心地位原因探究报告(英文版)(88页).pdf

上传人: Kell****reet 编号:725539 2025-07-14 88页 8.39MB

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1、Future encrypted:Why post-quantum cryptography tops the new cybersecurity agenda#GetTheFutureYouWantFuture encryptedWhy post-quantum cryptography tops the new cybersecurity agendaTable of contents2Capgemini Research Institute 2025Future encrypted:Why post-quantum cryptography tops the new cybersecur

2、ity agendaExecutive summary04Why is quantum safety a priority10Quantum safety is on the radar of most organizations14Organizations are exploring a potential transition to PQC263Capgemini Research Institute 2025Future encrypted:Why post-quantum cryptography tops the new cybersecurity agendaFew organi

3、zations are ready for the transition to PQC38How organizations can make themselves quantum-safe50Conclusion 68Research methodology69Executive summary Quantum computing is rapidly advancing,threatening to break todays encryption standards such as RSA and ECC.Sensitive data intercepted now could be de

4、crypted laterposing a serious risk to privacy,compliance,and national security.To stay ahead,organizations must prioritize quantum-safe cryptography today,ensuring long-term cyber resilience and trust in a post-quantum world.Why quantum safety is a priority:The rapid progress of quantum computing ha

5、s left traditional methods and public-key cryptography vulnerable.“Harvest-now,decrypt-later”attacks,together with tightening regulations and changes in the technology stack have elevated quantum safety from a technical concern to a C suite mandate.Becoming quantum-safe is a complex,multi-year effor

6、t that must begin now.Delaying action could expose critical assets and erode trust.Regulatory demands,customer expectations,and competitive advantage all favor early movers.In cybersecurity,being early means being safe.Most organizations have quantum safety on their radars:Seven in 10 organizations

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根据文章内容,本文主要讨论了后量子密码学(PQC)在网络安全议程中的重要性。核心数据包括: 1. 70%的组织正在评估或部署量子安全措施,其中61%认为量子计算机将在10年内破解当前加密方法。 2. 70%的组织认为向PQC过渡对保持竞争优势和长期数据安全至关重要。 3. 30%的组织低估了威胁,面临未来数据泄露和监管处罚的风险。 4. 13%的组织正在积极将PQC算法集成到选定系统中,并进行了性能、安全性和兼容性测试。 5. 22%的组织希望供应商处理PQC的端到端部署和持续维护。 6. 58%的组织认为不明确的量子威胁时间线将阻碍PQC的采用。 7. 70%的组织认为监管要求是增加采用PQC紧迫性的主要因素。 8. 39%的组织表示其董事会讨论了量子计算对其安全态势的影响。 9. 70%的组织认为数据加密是过渡到量子安全替代方案的前五大加密功能之一。 10. 70%的组织认为向PQC过渡对保持竞争优势和长期数据安全至关重要。
量子计算对加密的威胁有多大? 如何评估组织的量子安全准备情况? 量子安全解决方案有哪些?
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