安全设计:高效、安全的小卫星计算指南

K. Ingols
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引用次数: 7

摘要

从历史上看,人造卫星的建造需要大量预算和昂贵的定制技术。然而,对于典型的低地球轨道任务,设计人员现在可以利用商业组件来降低成本和开发时间。商用处理器为这些卫星提供了与地面桌面系统相当的计算能力……这导致了地面桌面软件的诱惑,以及多年来在该领域所犯的所有网络安全问题和错误。我们强调了处理环境的关键差异,确定了安全设计和应用的通用工具,并提供了设计指南,可以在保持“更小、更快、更便宜”的总体基调的同时,实现更安全的在轨处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design for security: Guidelines for efficient, secure small satellite computation
Historically, satellites have been built with large budgets and expensive, bespoke, “rad-hard” technology. For typical low Earth orbit missions, however, designers can now leverage commercial components to reduce cost and development time. Commercial processors provide these satellites with computational horsepower comparable to terrestrial desktop systems … which leads to the temptation of terrestrial desktop software and all of the cybersecurity headaches and mistakes made in that realm over the years. We highlight key differences in processing environments, identify common tools for security design and application, and provide design guidelines that can lead to more secure on-orbit processing while remaining mindful of the overarching drumbeat of “smaller, faster, cheaper.”
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