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Elcomsoft official channel is the place where you can find news, events and the latest updates of our products.

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Attached Storage Forensics: Security Analysis of Thecus NAS

Thecus has been manufacturing NAS devices for more than 15 years. The company develops an in-house Linux-based NAS OS, the ThecusOS. At this time, the most current version of the OS is ThecusOS 7. Thecus advertises secure data encryption in most of its NAS devices. The company’s volume-based encryption tool allows users to fully encrypt their entire RAID volume, defending essential data in instances of theft of the physical device. We found Thecus’ implementation of encryption somewhat unique. In this research, we’ll verify the manufacturer’s claims and check just how secure is Thecus’ implementation of 256-bit AES encryption.

by Oleg Afonin

👉🏻 https://blog.elcomsoft.com/2020/01/attached-storage-forensics-security-analysis-of-thecus-nas/

#ThecusOS #Thecus #NAS #Encryption #Forensics
Attached Storage Forensics: Security Analysis of TerraMaster NAS

TerraMaster is a relatively new company specializing in network attached storage and direct attached storage solutions. The majority of TerraMaster NAS solutions are ARM64 and Intel-based boxes aimed at the home and SOHO users. TerraMaster’s OS (TOS) is based on Linux. At this time, TOS 4.1 is the current version of the OS.
TerraMaster advertises secure AES encryption with unspecified key length through the entire range of its current NAS devices. This time around, we’re dealing with folder-based encryption that runs on top of the open-source encrypting file system eCryptfs. TerraMaster’s implementation of data encryption is extremely simplistic and lacks any sort of management for either the encryption key or the encrypted data.

by Oleg Afonin

👉 https://blog.elcomsoft.com/2020/01/attached-storage-forensics-security-analysis-of-terramaster-nas/

#TerraMaster #NAS #Encryption #Forensics #AES
NAS Forensics: QNAP Encryption Analysis

A year ago, we analyzed the encryption used in Synology NAS devices. We were somewhat disappointed by the company’s choice to rely on a single encryption layer with multiple functional restrictions and security reservations. Today we are publishing the results of our analysis of data encryption used in QNAP devices. Spoiler: it’s very, very different.

👉 https://blog.elcomsoft.com/2020/12/nas-forensics-qnap-encryption-analysis/

#nas #encryption #datasecurity #dataprotection #sedencryption
NAS Forensics: Synology, ASUSTOR, QNAP, TerraMaster and Thecus Encryption Compared

More than a year ago, we started researching the available encryption options in off the shelf network attached storage devices. We started with Synology devices, followed by Asustor, TerraMaster, Thecus, and finally Qnap. The manufacturers exhibit vastly different approaches to data protection, with different limitations, security implications and vulnerabilities. Today we are publishing the aggregate results of our analysis.

👉 https://blog.elcomsoft.com/2021/02/nas-forensics-synology-asustor-qnap-terramaster-and-thecus-encryption-compared/

#asustor #nas #digitalforensics #qnap #synology #terramaster #thecus #encryption
NAS Forensics: TrueNAS Encryption Overview

Established NAS manufacturers often offer some kind of encryption to their users. While anyone can use “military-grade AES-256 encryption”, the implementation details vary greatly. Synology, Asustor, and TerraMaster implement folder-based encryption, while QNAP, Thecus, and Asustor (MyAcrhive) employ full-disk encryption; the full comparison is available here. In this article, we’ll have a look at encryption methods used in TrueNAS, a system commonly used by computer enthusiasts for building custom NAS servers.

👉https://blog.elcomsoft.com/2021/08/nas-forensics-truenas-encryption-overview/

#nas #truenas #encryption
Protecting Linux and NAS Devices: LUKS, eCryptFS and Native ZFS Encryption Compared

Many Linux distributions including those used in off the shelf Network Attached Storage (NAS) devices have the ability to protect users’ data with one or more types of encryption. Full-disk and folder-based encryption options are commonly available, each with its own set of pros and contras. The new native ZFS encryption made available in OpenZFS 2.0 is designed to combine the benefits of full-disk and folder-based encryption without the associated drawbacks. In this article, we’ll compare the strengths and weaknesses of LUKS, eCryptFS and ZFS encryption.

👉 https://blog.elcomsoft.com/2021/11/protecting-linux-and-nas-devices-luks-ecryptfs-and-native-zfs-encryption-compared/

#encryption #linux #luks #ecryptfs #nas #zfs
Volume Encryption in Synology DSM 7.2: LUKS with Questionable Key Management

Synology DSM 7.2 introduced a highly anticipated feature: volume-level encryption. This data protection mechanism works faster and has less limitations than shared folder encryption, which was the only encryption option supported in prior DSM releases. However, upon investigation, we determined that the implementation of the encryption key management mechanism for full-volume encryption fails to meet the expected standards of security for encrypted data for many users.

In this article, we will explore the current implementation of encrypted volumes in DSM 7.2 and shed light on the challenges posed by the existing key vault design.

👉 https://blog.elcomsoft.com/2023/06/volume-encryption-in-synology-dsm-7-2-luks-with-questionable-key-management/

#diskencryption #LUKS #NAS #Synology