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Security is an architectural design constraint

机译:安全性是架构设计约束

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摘要

In state-of-the-art design paradigm, time, space and power efficiency are considered the primary design constraints. Quite often, this approach adversely impacts the security of the overall system, especially when security is adopted as a countermeasure after some vulnerability is identified. In this position paper, we motivate the idea that security should also be considered as an architectural design constraint in addition to time, space and power. We show that security and efficiency objectives along the three design axes of time, space and power are in fact tightly coupled while identifying that security stands in direct contrast with them across all layers of architectural design. We attempt to prove our case utilizing a proof-by-evidence approach wherein we refer to various works across literature that explicitly imply the eternal conflict between security and efficiency. Thus, security has to be treated as a design constraint from the very beginning. Additionally, we advocate a security-aware design flow starting from the choice of cryptographic primitives, protocols and system design. (C) 2019 Elsevier B.V. All rights reserved.
机译:在最先进的设计范式中,时间,空间和功率效率被认为是主要的设计约束。通常,这种方法会对整个系统的安全性产生不利影响,特别是当识别出一些漏洞后的安全性时,当安全被采用时。在这个位置纸中,除了时间,空间和力量之外,我们的想法也应该被视为建筑设计约束。我们展示了沿着三个设计轴的安全性和效率目标实际上是紧密耦合的,同时识别安全站与所有层叠结构层直接对比。我们试图通过证明凭证方法证明我们的案例,其中我们在整个文献中指的是各种作品,明确意味着安全性和效率之间的永恒冲突。因此,安全性必须从一开始就被视为设计约束。此外,我们倡导从密码基元,协议和系统设计的选择开始的安全感知的设计流程。 (c)2019 Elsevier B.v.保留所有权利。

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