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利用计算存储实现网络安全检测的突破.pdf

上传人: a****d 编号:185010 2024-10-07 12页 3.23MB

1、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.

2、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

3、offloads an expensive SW task Is a computational storage platform using FPGA today.How FCM transparent compression helpsData 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.Garbag

4、e collection and remapping done in ONE placeControllers then can be used for storage services and replication,etc.No one else does this!Worlds largest NVMe SSD at 38.4TB Physical.Only QLC Can store up to 115TB compressed U.2 dual port formfactor 4.8,9.6 and 19.2TB also available6|2024 SNIA.All Right

5、s Reserved.Ransomware and other malware is becoming an epidemic!Every part of the stack needs to do its partBUT:It can generate data needed for determining Ransomware attacks with less performance impact then any other part of the systemBlock Storage is missing some context other parts of the system

6、 have So,we started doing research into how ransomware affected systems containing FCMsA Realization about Block Storage:7|2024 SNIA.All Rights Reserved.Characteristics Found in IO Traces from Ransomware 2024 IBM Corporation7Malware such as ransomware attacks can be detected from storage IO patterns

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本文介绍了IBM在计算存储领域的一项突破性技术,FlashCore模块,以提高网络安全检测能力。该技术通过固态硬盘(SSD)中的压缩加速器,优化了QLC存储的耐用性,并提高了其性能。FlashCore模块能够透明地减少数据,而不会影响软件性能。IBM开发的这项技术能够在单一位置完成垃圾回收和重映射,同时控制器可专注于存储服务和复制等任务。文章还提到,IBM推出了世界上最大的NVMe SSD,容量达38.4TB,并且可以存储高达115TB的压缩数据。此外,研究指出勒索软件等恶意软件攻击可以通过存储I/O模式和数据分析来检测。IBM的FlashCore模块4能够计算每个I/O操作的熵,并统计LBA地址和序列模式,从而在没有任何性能影响的情况下检测加密载荷。这些信息每两秒汇总一次,传递给存储虚拟化中的推理引擎,以增强对勒索软件的检测。
"如何利用FlashCore模块检测勒索软件?" "IBM的FlashSystem在网络安全方面有哪些创新?" "计算存储如何助力数据恢复和抵御网络攻击?"
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