利用计算存储实现网络安全检测的突破

3.0 2025-05-10 23 0 3310 KB 12 页 PDF
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利用计算存储实现网络安全检测的突破
利用计算存储实现网络安全检测的突破
利用计算存储实现网络安全检测的突破
利用计算存储实现网络安全检测的突破
利用计算存储实现网络安全检测的突破
摘要:

1| ©2024 SNIA. All Rights Reserved. Breakthrough in Cyber Security Detection using Computational StoragePresented byAndy WallsIBM Fellow, CTO FlashSystem2 | ©2024 SNIA. All Rights Reserved. 3 | ©2024 SNIA. All Rights Reserved. Cyber Attacks are on the Rise, getting more sophisticated4 | ©2024 SNIA. All Rights Reserved. Secure & ResilientSteps to Data Resilience5 | ©2024 SNIA. All Rights Reserved. IBM Differentiating Flash – FlashCore Module•Figured out how to get about the same endurance out of QLC as out of TLC•IBM gets better performance out of the QLC version than our TLC version•Compression accelerator done in the SSD – offloads an expensive SW task•Is a computational storage platform using FPGA today. How FCM transparent compression helps•Data reduction is transparent to the software.•SSDs already have to remap and manage metadata and do garbage collection.•The compression fits in nicely to the FCM architecture.•Garbage collection and remapping done in ONE place•Controllers then c

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利用计算存储实现网络安全检测的突破

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