The key feature of this release is imaging to segmented E01 files (to E01, E02, E03 and so forth). For many forensic examiners, E01 segmentation makes sense for a more convenient way of storing data. Some back up the segmented images on BluRay drives, others want to avoid repeated attempts Read more…
With newest Atola TaskForce 2020.1 firmware, it is possible to image into files on an encrypted target drive using VeraCrypt for data encryption. Multiple target drives can be encrypted for the same or different sessions.After you have connected the source drive to a port in Source mode, take these steps: Read more…
We are currently looking for two awesome people to join Atola. Our Quality Assurance team needs reinforcement to join them in their ongoing effort of ensuring the stability of our software. In their turn, our Hardware Development team is facing the new challenge of expanding our production and expediting product Read more…
We are pleased to announce the release Atola TaskForce 2020.1! This firmware’s key feature is imaging into a file on an encrypted target drive. Target drive encryption Atola TaskForce creates an encrypted exFAT partition using VeraCrypt with a 256-bit AES algorithm on the target drive, which the user locks with Read more…
It is the final days of the year and we would like to reflect back on the fantastic year and a decade really! In 2019 we have done a lot! The incomplete but impressive record looks like this: 3 versions of Atola TaskForce firmware 3 updated versions of Atola Insight Read more…
We are excited to inform you that the latest software release of Atola Insight Forensic has arrived and it features a number of new capabilities for Insight customers, namely: NVMe drive support via QNINE NVMe-to-USB adapter revamped connectivity for networks with multiple DiskSense units and other great features NVMe support Read more…
The latest firmware version includes imaging file on target, imaging to E01 compressed file, storing cawse data on a server and other great features!
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.
Create a new E01 file, to which you will image your evidence and select both MD5 and SHA1 hashes to be calculated in the course of imaging.