Call us at: +91-8527317000
Call us at: +91-8527317000
The TX1 performs favorably when evaluated against other available products, especially when comparing data transfer rates of forensic jobs that include two hash values: MD5, SHA-1 or SHA-256. However, when we think of performance, we think past just MB/second. Performance means efficiency – Completing the task or workload with minimal time, effort, and training. Every component, design decision, and feature of the TX1 was included to improve efficiency, in the lab or in the field. From the intuitive user interface, to broad media support, simultaneous imaging, 10 GbE, and more, TX1 will save time and resources.
The Tableau Forensic Universal Bridge is an integrated write-blocker that mounts in a drive bay of a forensic workstation and supports forensic acquisitions of SATA, USB 3.0, PCIe, SAS, FireWire 800, and IDE.
The Tableau Forensic Duplicator was built to excel in both field and lab environments. It is a full-featured, fully-forensic duplicator that offers the ideal combination of easy operation, reliability, and ultra-fast forensic imaging of hard disks and solid-state-drives. Winner of the Forensic 4:cast “2016 Computer Forensic Hardware of the Year” award. A Tableau third-generation product, replacing the Tableau TD2.
Enables fast and reliable write-blocked imaging of PCIe SSDs when used with a Tableau Forensic PCIe-enabled Bridge. Compatible with Tableau PCIe-enabled products. The PCIe cable provides both data and power to the adapters. Although all PCIe SSD cards we tested consumed minimal power, if more power is needed the SATA power input can be used.
The Lab-in-a-Bag© is a compact, portable computer forensic field lab housed in a special ruggedized case with wheels. This powerful, incident response tool gives the investigator a head start, often cutting the time to acquire critical data in half. A complete solution for the investigation of computer related crime – the “LAB-in-a-Bag©” comprises of a high end laptop equipped with EnCase Forensics Latest, and all kinds of Forensic Write Blockers (IDE, SATA, Firewire& USB etc.) to allow for write-protected acquisition, authentication & analysis of data from a huge number of interfaces encountered by investigators in the field as well as in the lab. Each portable lab is bundled with an external interface for enabling acquisition from external hard disks.
The Tableau Portable Universal Write Block Kit contains the complete classic family of write blocking hardware for use in acquiring a forensically sound image of virtually any hard drive you may encounter. It consists of T35U IDE + SATA Combo Bridge, T8U USB Bridge, T6U SAS Bridge, T9 Fire Wire Bridge, Write-protected Multi-Media Card Reader and adapter kit.
Ace is a leader in the science of forensic workstation development with long-term clients that include the IRS, the Pentagon, the SEC, the U.S. Dept. of the Interior, and the New York State Troopers. Our forensic workstations facilitate gathering and downloading evidence, preserving it, and documenting the chain of possession so that it can be used as evidence in court. Ace FORCE workstations are designed for the acquisition and examination of digital evidence sourced from USB devices, Firewire devices, CDs, DVDs, and PC Card/ SMARTmedia/SD-MMC/Memory Stick/Compact Flash media in a forensically secure manner.
The Forensic Falcon-NEO, our premier forensic imaging solution, achieves imaging speeds surpassing 50GB/min. The Falcon-NEO can image from up to 5 source drives to up to 9 destinations simultaneously to provide efficient and secure digital evidence collection. The solution can image to/from a network repository with two 10GbE ports. The future-focused Falcon-NEO is designed to streamline the evidence collection process.
The Falcon-NEO2 is the groundbreaking follow-on to the Falcon®-NEO which has long been recognized as the “Best In Class” among all imagers. Retooled and optimized with a powerful new engine, the Falcon-NEO2 is the first field imager surpassing 100GB/min E01 capture speeds. Its SAS-3 architecture (12 Gbps SAS) supports up to 5 simultaneous tasks with up to 10 source and 11 destination ports. Image SAS-3 SSDs at speeds up to 115GB/min, and PCIe drives at speeds exceeding 100GB/min. The USB ports on the Falcon-NEO2 are USB 3.2 Gen-2 (10Gbps), and two 10GbE ports continue to be available on Falcon-NEO2 for imaging to/from network repositories. The “Cloud Storage Acquisition” is standard and available out of the box on the Falcon-NEO2. Support for AFF4 capture is forthcoming and will soon be added to the Falcon-NEO2. In short, the Forensic Falcon-NEO2 is designed to take the already peerless standards set by Logicube to a higher level by offering features, capabilities, and speeds not available on any forensic field imager before.
The WriteProtect-DESKTOP provides digital forensic professionals with fast, secure, read-only write-blocking of suspect hard drives. The only portable write-blocker that provides support for 5 different interfaces in one device, the WriteProtect is the ideal write-block solution for lab or field acquisitions. WriteProtect is also available in a bay version for integration into a forensic workstation. For more information click here WriteProtect-BAY. - Fast Superspeed USB3.0 host connection. - Supports SAS, SATA, FireWire, USB3.0, IDE source drives. - Browser-based user interface for drive preview, software updates, HPA/DCO management. - Connect and image multiple source drives simultaneously with your forensic imaging software.
The WriteProtect™-BAY provides digital forensic professionals with fast, secure, read-only write-blocking of suspect hard drives. Five interfaces, SAS/SATA/FireWire,USB3 and IDE are supported in a 5.25″, half-height design that fits into the drive bay of your forensic workstation. WriteProtect is also available in a standalone, portable, desktop version. Click for more information, WriteProtect-DESKTOP. - Fast Superspeed USB3.0 host connection. - Supports SAS, SATA, FireWire, USB3.0, IDE source drives. - Browser-based user interface for drive preview, software updates, HPA/DCO management. - Connect and image multiple source drives simultaneously with your forensic imaging software.
The unit hardware: i7 - 8th generation CPU, 32GB Memory, 250GB SSD internal storage, SAS 3.0, with 8 SAS/SATA (12Gigabit/s) ports and 10 USB3.1 (10Gigabit/s) ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win10 Prof. (The top speed reading from SATA SSD is 31GB/min).
The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:7, 4:4, 8 to a network of SAS/SATA drives using mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds. The unit has a very wide bandwidth of expansion slots to support a few expansion options like 8 SAS/SATA port expansion box, NVMe, SCSI, FC, 1394, 10gigabit/s Ethernet and more.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting.
Under Windows 10 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: i7 - 8th generation CPU, 32GB Memory, 250GB SSD internal storage, SAS 3.0, with 16 SAS/SATA (12Gigabit/s) ports and 10 USB3.1 (10Gigabit/s) ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win10 Prof. (The top speed reading from SATA SSD is 31GB/min).
The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:15, 8:8, 16 to a network of SAS/SATA drives using a mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds. The unit has a very wide bandwidth of expansion slots to support a few expansion options like SCSI, 1394.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting
Under Windows 10 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: 32GB Memory, 250GB SSD internal storage, with 8 NVMe SFF-8639 ports and 8 USB3.0, 2 USB3.1 ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win10 Prof. The unit supplied with 8 SFF-8639 to M.2 NVMe cables and adapters and with secure brackets. (The top speed reading from NVMe SSD is 97GB/min).
Main Usage: For imaging a large volume of NVMe SSD
Application using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:7, 4:4, 8 to a network of NVMe SSD drives using a mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting
Under Windows 10 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: i7 - 8th generation CPU, 32GB Memory, 250GB SSD internal storage, with 4 NVMe SFF-8639 ports, 4 SATA ports and 10 USB3.1 (10Gigabit/s) ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win10 Prof. The unit supplied with 4 SFF-8639 to M.2 NVMe cables and adapters and with secure brackets. (The top speed reading from NVMe SSD is 97GB/min).
Main usage: Lab unit for imaging from NVMe, SATA suspect drives.
The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:7, 4:4, 8 to a network of NVMe SSD or SATA drives or any mix of interfaces using a mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting
Under Windows 10 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: i7 - 7th generation CPU, 32GB Memory, 250GB SSD internal storage, with 2 NVMe SFF-8639 ports, 2 SATA ports and 10 USB3.1 (10Gigabit/s) ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win10 Prof. The unit supplied with 2 SFF-8639 to M.2 NVMe cables and adapters and with secure brackets. The read speed from NVMe SSD is 97GB/min. The unit also supplied with Thunderbolt 3.0 to PCIE (40 gigabit/s) Expansion Box with additional 4 e-SATA ports Main Usage: A portable unit that supports imaging from a mix of NVMe, SATA Suspect drives The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:7, 4:4, 8 to a network of NVMe SSD or SATA drives or any mix of interfaces using a mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds. Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting Under Windows 8.1 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: 32GB Memory, 250GB SSD internal storage, SAS 3.0, with 8 SAS/SATA ports, 8 USB3.0 ports, 2 USB3.1 ports, Ubuntu 18.04LTS OS with a dual boot of Linux and Win8,1 Prof. (The top speed reading from SATA SSD is 31GB/min).
The advantage of the unit: It has a wide expansion capability with additional expansion option that can support most of the usable interfaces. Optional fully loaded configuration: 1 NVMe ports, 2 Fiber Channel ports, 1 SCSI port, 8 SAS Expander ports for external SAS storage array.
The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from one or many source ports to one or many target ports with different interfaces and options. Like imaging 1:7, 4:4, 8 to a network of SAS/SATA drives using a mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting
Under Windows 8.1 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.
The unit hardware: 8” LCD touchscreen display, i7 - 7th generation CPU, 16GB Memory, 250GB SSD internal storage, with 4 SAS/SATA, 8 USB3.1 ports, Thunderbolt 3.0 port(40gigabit/s), Ubuntu 18.04LTS OS with a dual boot of Linux and Win8.1 Prof. The read speed from an NVMe SSD is 97GB/min. The unit also supplied with Thunderbolt 3.0 to PCIE (40 gigabit/s) Expansion Box with additional M.2 NVMe controller. The unit support the most important storage interfaces such as SAS/SATA/IDE/USB3.0/USB3.1/Thunderbolt/NVMe. The Expansion Box also gives the user flexibility to plug SCSI, 1394 controllers to supports those interfaces as well. It include Remove Capture KIT to capture data from un-open laptops and a Virtual Drive Emulator to view or copy important files from a Suspect drives in its own environment
Main Usage: A portable unit that supports imaging from a many interfaces
The application is using Ubuntu open OS: Multi-tasks, truly simultaneous multiple forensic imaging from Suspect drives to Evidence drives extreme fast using different imaging scheme such as mirror image, DD, E01 compressed, mix mode and more. Also, the user can select to run in one imaging session 3 HASH engines (SHA1, SHA2, MD5), AES256 encryption and a quick keyword search on the fly at amazing speeds.
Usage: Under the Linux OS: Full Forensic imaging, HASH, Erase and Format, Drive Diagnostics, Virtual Emulator, Remote Capture, Encrypt, Decrypt, Keyword Search before or while the imaging, Scripting
Under Windows 8.1 Pro: Load and use any third-party applications to perform: Full Forensic analysis (EnCase, Nuix, Magnet), Multiple Cellphone data extractions (Cellebrite, MSAB, Paraben) using the unit’ fast USB ports.