ElcomSoft Distributed Password Recovery 2.80

ElcomSoft Distributed Password Recovery 2.80 offers users a very professional and high-performance distributed password recovery for forensic and government agencies, password recovery and data recovery services and corporations. Recover the most complex passwords and strong encryption in realistic timeframes. Accelerate the recovery by offloading calculations to NVIDIA GPUs and scale to over 10,000 workstations with zero scalability overhead. Elcomsoft Distributed Password Recovery is a high-end password recovery solution offering the speediest recovery with the most sophisticated commercially available technologies.

Patent-pending GPU acceleration technology developed by ElcomSoft provides up to fifty times faster recovery than CPU-only systems. The sophisticated technology offloads complex calculations to massively parallel processing units found in modern NVIDIA graphic accelerators, ensuring the best utilization of your computers’ resources and unleashing teraflops of performance.

Low network bandwidth utilization allows for zero overhead and linear scalability to over 10,000 workstations. LAN and Internet support make it possible to achieve the performance of military supercomputers with inexpensive workstations. Cut password recovery time by half when you double the number of workstations!
Restore access and break passwords that lock a variety of documents, archives and systems. Elcomsoft Distributed Password Recovery supports Microsoft Office documents, Adobe PDF, PGP disks and archives, personal security certificates and exchange keys, MD5 hashes and Oracle passwords, Windows and UNIX login and domain passwords.

Work over the LAN, Internet, or both with minimum bandwidth. Manage the password recovery server from any connected workstation via the dedicated management console. Control jobs and queues, assign priorities and schedules, and maintain comprehensive logs of all jobs and resource utilization.

Elcomsoft Distributed Password Recovery offers the fastest recovery with low overhead and high utilization of CPU and GPU computing power.