Looking back at these three years, you notice how fast TaskForce has transformed. From an extremely flexible high-capacity imager with a traditional forensic feature set to an even more productive and innovative tool. TaskForce now offers unique solutions for emerging and long-standing problems of forensic examiners like RAID support and automation.
Minimizing imaging time has been our core priority. With this idea in mind, we have created Atola TaskForce forensic imager. With it, you can image at 15TB/hour!
How often are you faced with a case with multiple individual devices with different interfaces (HDDs, SSDs, NVMe, USB, etc.) or a whole RAID array? If all you have on your hands is one imager with no parallel imaging capacity, it can result in a prohibitive processing timeline. To help Read more…
Segmented hashing allows verifying data imaged from damaged media and ensuring that the image can be verified even if data gets corrupt later in the case’s life cycle.
We are happy to share the voiced Atola TaskForce video. It thoroughly explains how one can save a lot of time when facing a problem of imaging many evidence drives. High-resolution version of the video is available for download here: Atola TaskForce Demo Enjoy!
Atola TaskForce was designed to perform multiple processes simultaneously and provide its users with unprecedented flexibility when it comes to a variety of devices and configurations in which they can be used.
With TaskForce, Atola introduced the fastest and most capable imaging engine to the forensic market. Wiping is even faster!
Atola TaskForce has a complex imaging functionality, which allows imaging even physically damaged drives, while avoiding further drive deterioration. Damaged media require a sophisticated imaging approach to balance out thorough data extraction with forensics’ need in expediency and careful treatment of damaged media.
When the target drive is larger than the source evidence drive, the target hash will not be identical to the hash of the source. To avoid this, you can limit the drive space by enabling HPA to a SATA target.
SMART table is a valuable source of information about a hard drive’s health. SMART (Self-Monitoring, Analysis and Reporting Technology) provides stats of a drive’s operation, thus helping predict its future failure.