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量子经济发展联盟(QED-C):2024量子技术在金融通信安全领域的应用研究报告(中译版)(44页).pdf

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1、QED-C Member Proprietary ii|S e c u r i n g F i n a n c i a l M e s s a g i n gQED-C Member Proprietary Quantum Technology for Securing Financial Messaging July 2024 QED-C Member Proprietary QED-C Member Proprietary i|S e c u r i n g F i n a n c i a l M e s s a g i n gQED-C Member Proprietary Acknow

2、ledgmentsThank you to the Quantum Economic Development Consortium(QED-C)Use Cases Technical Advisory Committee.Additionally,this report would not have been possible without the leadership and contributions of the members of the workshop organizing committee.Peter Bordow,Wells Fargo Scott Buchholz,De

3、loitte John Buselli,IBM Terry Cronin,Toshiba Carl Dukatz,Accenture Mehdi Namazi,Qunnect Simon Patkovic,ID Quantique Bruno Huttner,ID Quantique John Prisco,Safe Quantum Tahereh Rezaei,Wells Fargo Keeper Sharkey,ODE,L3C Catherine Simondi,ID Quantique Colin Soutar,Deloitte Jeff Stapleton,Wells Fargo Th

4、ank you to Accenture for providing workshop facilities.The National Institute of Standards and Technology(NIST)provided financial support for this study.About QED-C QED-C is an industry-driven consortium managed by SRI International.With a diverse membership representing industry,academia,government

5、,and other stakeholders,the consortium seeks to enable and grow the quantum industry and associated supply chain.For more about QED-C,visit our website at quantumconsortium.org.Suggested Citation Quantum Economic Development Consortium(QED-C).Quantum Technology for Securing Financial Messaging.Arlin

6、gton,VA.May 2024.https:/quantumconsortium.org/financial24.Government Purpose Rights Agreement No.:OTA-2019-0001 Contractor Name:SRI International Contractor Address:333 Ravenswood Avenue,Menlo Park,CA 94025 Expiration Date:Perpetual Use,duplication,or disclosure is subject to the restrictions as sta

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根据报告的内容,本文主要讨论了量子计算对金融行业安全通信的威胁,以及应对该威胁的两种主要技术:后量子密码学(PQC)和量子密钥分发(QKD)。文章指出,尽管量子计算机可能还需要数年时间才能破解现有加密算法,但“先收集后解密”的威胁已经存在。PQC和QKD各有优势,结合使用可能提供更高的安全性。文章还提出了五个高影响、高可行性的应用案例,包括更安全的跨境交易、安全物理基础设施、第三方验证金融机构的量子安全状况、后量子传输层安全以及量子通信服务提供商。最后,文章提出了三条建议:支持金融机构实施PQC标准、增加金融机构的量子专业知识、探索QKD+PQC的联合方法。
量子计算对金融业安全构成哪些威胁? 如何利用后量子密码学和量子密钥分发技术提高金融业安全性? 金融业应如何应对量子计算带来的安全挑战?
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