使用区块链,RAID和BitTorrent技术来保护勒索软件的数字证据

Osama Sam Abuomar, Rebecca Yale Gross
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引用次数: 0

摘要

数字证据是解决和起诉犯罪的重要组成部分。然而,大多数使用的存储系统都是过时的,并且在不安全的网络上。攻击者经常通过使用勒索软件来利用这些系统漏洞。最近的COVID大流行导致这类攻击急剧增加。如果攻击者能够勒索一个系统,存储在其中的数字证据就会被锁定,不再可用,这给警察和检察官带来了麻烦。为了避免这些攻击破坏数月或数年生成的数字证据,建议使用区块链、RAID网络存储和BitTorrent技术。区块链是由节点组成的公共或私有分类账。每个节点都包含分类账的完整副本,并确保它不被指向链中前一个块的哈希篡改。为了防止区块链变得太大,并随着更多区块被添加到链中而减慢系统速度,将使用RAID和BitTorrent技术来分解已经生成的数字证据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using Blockchain, RAID, & BitTorrent Technologies to Secure Digital Evidence from Ransomware
Digital evidence is an important part of solving and prosecuting crimes. However, most the storage systems used are out-of-date and on unsecure networks. Attackers often exploit these system vulnerabilities through the use of ransomware. The recent COVID pandemic has seen a drastic rise in these types of attacks. If an attacker is able to ransom a system the digital evidence stored in it is locked and no longer available, which creates problems for police officers and prosecutors. To mitigate these attacks from destroying months or years of generated digital evidence, the use of blockchain, RAID network storage, and BitTorrent technologies are proposed. Blockchains are public or private ledgers made up of nodes. Each node contains a full copy of the ledger and secures it from tampering by a hash that points to the previous block in the chain. To keep the blockchain from getting too large and slowing down the system as more blocks are added to the chain, the use of RAID and BitTorrent technologies will be used to break up the digital evidence that has been generated.
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