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Defense in Depth approach on AES Cryptographic Decryption core to Enhance Reliability

机译:在AES加密解密核心上深入探讨,以提高可靠性

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Security is need of the hour in today's world since the cyber physical systems are prone to malicious attacks. Advanced Encryption Standard is a cryptographic algorithm which is utilized extensively but is sensitive to dangerous attacks due to advances in technology. This paper administers Defense in Depth approach at system level on AES cryptographic core using an effective logic locking technique. AES lock block is inserted judiciously in subprocess of AES decryption algorithm. This approach achieves output corruption of 70% when incorrect password is provided at input due to which the probability of guessing the information and reverse engineering the architecture is reduced to greater extent. AES Lock block is highly efficient to secure the AES cryptographic decryption core. This work successfully shields AES cryptographic decryption core using Defense in Depth approach.
机译:由于网络物理系统容易发生恶意攻击,所以安全是当今世界中的一小时。 高级加密标准是一种加密算法,其广泛使用,但由于技术进步而对危险攻击敏感。 本文使用有效逻辑锁定技术管理AES加密核心系统级别的深度方法。 AES锁定块明智地在AES解密算法的子过程中插入。 当输入的输入提供错误的密码时,这种方法达到了70%的输出损坏,因为猜测信息和逆向工程的概率在更大程度上减少了估计的概率。 AES锁定块高效,以保护AES加密解密核心。 这项工作成功地屏蔽了AES加密解密核心的防御方法。

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