Re: Passware Kit Forensic
Numbers Slyter
Decrypts or recovers passwords for APFS, Apple DMG, BitLocker, Dell, FileVault2, LUKS and LUKS2, McAfee, PGP, SanDisk, Steganos, Symantec, TrueCrypt, and VeraCrypt containers, disk images, and vaults. Supports batch processing.
Optional Device Decryption Add-on unlocks, decrypts, and recovers passwords for Western Digital My Passport drives and disks for Macs with Apple T2 Security Chips, including ones protected with EFI firmware password. Available for law enforcement and other types of government organizations. Contact sales for additional information.
The built-in resource management tool allows computer forensic professionals to easily configure, manage, and monitor a cluster of Passware Kit Agents. It ensures optimal hardware utilization and efficiency during concurrent password recovery operations.
Analyzes memory images and hibernation files and extracts encryption keys for hard disks and files and passwords for Windows/Mac accounts and websites. Acquires memory of Windows, Linux, and Mac computers.
Support for distributed password recovery for Windows, Linux, Amazon EC2, and Microsoft Azure. The Linux version runs a portable Passware Kit Agent from a bootable Linux USB drive. Remote management of network Agents directly from the PKF.
Decrypts or recovers passwords for APFS, Apple DMG, BitLocker, Dell, FileVault2, LUKS/LUKS2, McAfee, PGP, SanDisk, Steganos, Symantec, and TrueCrypt/VeraCrypt containers, disk images, and vaults. Optional Device Decryption Add-on recovers passwords for Macs with T2 chip and WD My Passport drives.
It runs on Windows and Linux 64-bit and has linear performance scalability. Each computer running Passware Kit Agent supports multiple CPUs and GPUs simultaneously. Passware Kit Forensic comes with 5 agents included with ability to purchase more separately as needed. All the Agents can be managed remotely directly from the PKF.
Passware Kit 2024 v3 introduces a SanDisk decryption option that facilitates the workflow with encrypted USB drives for forensic professionals. It recovers passwords for PrivateAccess, SecureAccess, and ENC vaults at high speeds.
Passware Kit introduces a built-in resource management tool that allows forensic examiners to easily configure, manage, and monitor a cluster of Passware Kit Agents. The device decryption functionality has been expanded, offering the capability to recover passwords for and decrypt a wider range of Western Digital My Passport drives.
Introducing the redesigned Distributed Password Recovery, which empowers users to remotely control all the Passware Kit Agents within their network directly from the PKF. Multiple password recovery attacks are now run simultaneously, reducing the GPU idle time.
Passware Kit Mobile 2024 v1 has expanded its capabilities by introducing password recovery and data extraction for Samsung MediaTek-based devices, in addition to the Exynos and Qualcomm-based devices announced previously.
Users are invited to complete the all-new Passware Certified Examiner Training, a comprehensive online education course. The new training comprises 16 entirely redesigned video sessions, each lasting up to 35 minutes. These sessions address the essential decryption tasks computer forensic experts may encounter and cover key capabilities of Passware Kit Forensic.
Passware Kit Mobile introduces a multi-window mode that enables simultaneous passcode recovery, decryption, and data extraction for multiple mobile devices, making this tool an ideal solution for addressing a backlog of cases that involve locked mobile devices.
Passware Kit 2023 v3 enables users to unlock encrypted Apple Notes. It detects Apple Notes SQLite databases and recovers passwords with GPU acceleration. It also adds support for the latest version of KeePass, including databases protected with key files, and it instantly unlocks AxCrypt files using the password recovered for AxCrypt private key.
PKM 2023 v4 is the first and only forensic software in its class that unlocks and extracts data from Qualcomm-based mobile devices with SDM845, SDM710, and SDM712 chipsets. It also presents an option to send email notifications that keep you informed about the results of your passcode recovery tasks.
We are using longer and more complex passwords to protect our accounts. Hence, keeping track of numerous password combinations has become a task on its own. That is why more and more people are turning to password managers. Be it a free open-source tool or a commercial security architecture, many of us are using them to store our sensitive data.
1Password is one of the most secure and widely used commercial password managers developed for all popular platforms: Windows, Linux, macOS, iOS, and Android. Passware Kit supports all versions of 1Password including v8 for all the platforms, with some limitations.* Besides the GPU-accelerated brute-force recovery of a master password, Passware Kit is also capable of acquiring it from a live memory image for the standalone 1Password for Mac. In some cases, Passware Kit Mobile can decrypt a 1Password database instantly.
In December 2012, AgileBits introduced the OPVault format to replace the outdated Agile Keychain format. The OPVault is now the default format for syncing with iCloud and Dropbox. Passware Kit supports both OPVault and Agile Keychain vaults, as well as the Online database format used in the browser versions of 1Password.
Starting from 2023 v3, Passware Kit supports KeePass Professional 2.x databases encrypted using key files. The decryption is possible for databases protected with both password and key files or key files only. In addition to the password recovery, Passware Kit detects the key files with the *.keyx extension on a computer under investigation.
The GPU acceleration on both NVIDIA and AMD is supported for all versions of KeePass, with the exception of databases encrypted using the Argon2 key derivation function. It reaches up to 30,000 passwords per second on NVIDIA RTX 4070 Ti for a database with a single key file and 435,000 passwords per second for KeePass v.2 without key files.
LastPass is a freemium password manager that stores encrypted passwords online. It is available as an extension to web browsers, including Google Chrome, Mozilla Firefox, Apple Safari, Microsoft Edge, Vivaldi, and Opera.
Passware Kit supports both Desktop and Browser Extension versions of Dashlane. Depending on the encryption algorithm, it can utilize GPU to accelerate the password recovery. Passware Kit Mobile (starting from the upcoming version 2022 v4) is capable of extracting records from iOS and Android versions of Dashlane. The table below summarizes the supported versions and encryption types.
Apple stores iPhone, iPad, and iPod backups in an iTunes backup file on both Windows and Mac devices. An iTunes backup typically consists of multiple files and folders, however Passware Kit only needs a Manifest.plist file to initiate a password recovery for the backup.
We hope you found this quick analysis useful. Password managers are supported in the Standard Plus, Business, and Forensic editions of Passware Kit. Mobile versions of password managers and decryption of iOS Keychain are supported in Passware Kit Mobile only.
In the realm of cybersecurity, forensic analysis and password cracking play a crucial role. The need for powerful and efficient workstations is paramount, as the tasks involved require immense computational power and sophisticated hardware. This article will delve into the best workstations for these purposes, highlighting BIZON workstations for forensic analysis, and recommended GPUs for password cracking tools such as Passware and Hashcat. We will also present benchmarks for these GPUs, offering a comprehensive guide for those in need of high-performance solutions.
BIZON is renowned for producing high-performance workstations tailored for various professional needs, including forensic analysis. These workstations are designed to handle intensive computational tasks, making them ideal for digital forensics.
The RTX 4080 is another powerful option, slightly less formidable than the 4090 but still highly capable. It balances performance and cost, making it a viable choice for those looking to optimize their budget while still achieving excellent results with Passware.
The RTX 4090, with its massive number of CUDA cores and high memory bandwidth, excels in Hashcat performance. It can handle multiple hash algorithms simultaneously, providing faster recovery times and supporting complex brute-force attacks efficiently.
The RTX 4080 offers a balanced approach with powerful performance and efficiency. Its substantial CUDA core count and high memory make it a strong contender for Hashcat, delivering impressive speeds in password recovery processes.
The RTX 4070 Ti, while less powerful than its higher-end counterparts, still offers significant computational power. Its efficiency and cost-effectiveness make it suitable for users needing reliable performance without breaking the bank.
By incorporating these powerful GPUs into its workstations, BIZON ensures that professionals have the tools necessary to tackle the most challenging password recovery and forensic analysis tasks. Whether you are dealing with simple passwords or complex encryption, these GPUs provide the performance and reliability needed to get the job done effectively.
These workstations utilize GPUs to accelerate password recovery, significantly reducing the time needed to decrypt passwords. This capability is crucial in time-sensitive forensic investigations, where every second counts. The use of GPUs enables parallel processing of multiple password hashes, enhancing the speed and efficiency of cracking complex encryption. This hardware acceleration is particularly beneficial when dealing with large datasets or sophisticated encryption algorithms that would otherwise take an impractical amount of time to process using traditional CPU-based methods.
BIZON's advanced water-cooling systems in the X5500 and X7000 ensure sustained performance during intense computational tasks, preventing overheating and ensuring system stability. These cooling systems are designed to dissipate heat more effectively than air-cooling solutions, allowing the workstations to maintain optimal operating temperatures even under heavy loads. This not only extends the lifespan of the components but also prevents thermal throttling, which can degrade performance during prolonged use. The reliability of the cooling system is essential for maintaining consistent performance, especially in environments where workstations are required to run 24/7.
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