With growing data volumes, encryption becomes vital. Desktop encryption tools meet endpoint needs but server encryption demands, with massive storage and speed requirements, necessitate different solutions. This paper presents a high-performance encryption storage framework built on SPDK, compatible with Linux/Unix OSes. It overcomes the cost and limitations of traditional disk arrays, offering a scalable, efficient, and affordable solution that aligns with rigorous security and performance expectations in data-intensive environments. By leveraging SPDK, it achieves the balance between security, speed, and cost-effectiveness.

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Design of an Efficient Encryption Storage Framework

  • Lishun Ni

摘要

With growing data volumes, encryption becomes vital. Desktop encryption tools meet endpoint needs but server encryption demands, with massive storage and speed requirements, necessitate different solutions. This paper presents a high-performance encryption storage framework built on SPDK, compatible with Linux/Unix OSes. It overcomes the cost and limitations of traditional disk arrays, offering a scalable, efficient, and affordable solution that aligns with rigorous security and performance expectations in data-intensive environments. By leveraging SPDK, it achieves the balance between security, speed, and cost-effectiveness.