The article discusses the significance of balancing security and reliability in secret backup and recovery approaches. While many studies focus solely on security, the authors argue that without reliability, recovery could fail, rendering security measures ineffective. They analyze current methods and propose new algorithms that integrate both aspects, emphasizing the necessity for personalized parameter choices to optimize recovery outcomes. By presenting an inclusive failure measure, the authors aim to enhance the effectiveness of secret recovery techniques by addressing both the potential for attacks and the assurance of successful recovery.
In this article, we explore the intricate balance between security and reliability in secret backup and recovery methods, emphasizing their equal importance.
Our analysis reveals that both security and reliability are essential for effective secret recovery, as neglecting either could lead to recovery failures.
We propose a new integrated failure measure to assess recovery methods, prioritizing personalized algorithms tailored to the specific needs of key owners.
Through our proposed algorithms, we offer solutions for optimal parameter choices, ensuring both the security and reliability aspects are holistically addressed.
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