Application framework for high security requirements in R&D environments based on quantum cryptography

C. Kollmitzer, O. Maurhart, S. Schauer, S. Rass
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引用次数: 1

Abstract

Companies running research and development (R&D) departments invest considerable effort into the protection of results and security of communication channels. In cases where particular expertise is unavailable within the company, R&D may be partially outsourced to external specialists being universities or independent research centers. In any such case where highly valuable data is to be exchanged between departments of a company or a university, quantum cryptography offers a convenient way to protect the investment and revenue tied to the research. Upon recent results within the EU-project SECOQC, we present an application framework that is suitable for meeting R&D security requirements. We draw from the latest experimental results, demonstrating the feasibility and efficiency of using quantum cryptography in that context.
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基于量子密码的研发环境中高安全要求的应用框架
运营研发(R&D)部门的公司在保护结果和通信渠道的安全性方面投入了相当大的努力。在公司内部无法获得特定专业知识的情况下,研发可以部分外包给外部专家,如大学或独立研究中心。在公司或大学部门之间交换高价值数据的任何情况下,量子密码提供了一种方便的方式来保护与研究相关的投资和收入。根据欧盟项目SECOQC的最新结果,我们提出了一个适合满足研发安全需求的应用程序框架。我们借鉴了最新的实验结果,证明了在这种情况下使用量子密码学的可行性和效率。
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Policy-based intrusion detection in Web applications by monitoring Java information flows Case study: Using digital signatures for the archival of medical records in hospitals Towards a robust privacy and anonymity preserving architecture for ubiquitous computing Revisiting enforceable security policies Application framework for high security requirements in R&D environments based on quantum cryptography
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