ElcomSoft Co. Ltd. announces the release of a new version of Elcomsoft Distributed Password Recovery, a high-end password recovery solution to recover a variety of system and document passwords. The new release reaches the recovery speed of one billion passwords per second by employing several NVIDIA video accelerators. Elcomsoft Distributed Password Recovery can recover a variety of system passwords such as NTLM and startup passwords, crack MD5 hashes, unlock password-protected documents created by Microsoft Office 97-2007, PDF files created by Adobe Acrobat, as well as PGP and UNIX and Oracle user passwords. With the newest GPU acceleration upgrade of Elcomsoft Distributed Password Recovery the passwords will be recovered up to 25 times faster than by using CPU-only mode.
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Elcomsoft Distributed Password Recovery V2.99.445 Incl Serial Numbers
ElcomSoft Co. Ltd. announces the release of a new version of Elcomsoft Distributed Password Recovery, a high-end password recovery solution to recover a variety of system and document passwords. The new release reaches the recovery speed of one billion passwords per second by employing several NVIDIA video accelerators. Elcomsoft Distributed Password Recovery can recover a variety of system passwords such as NTLM and startup passwords, crack MD5 hashes, unlock password-protected documents created by Microsoft Office 97-2007, PDF files created by Adobe Acrobat, as well as PGP and UNIX and Oracle user passwords. With the newest GPU acceleration upgrade of Elcomsoft Distributed Password Recovery the passwords will be recovered up to 25 times faster than by using CPU-only mode.
Reaching the One Billion Number with Multiple NVIDIA Cards
Today's video cards such as NVIDIA GeForce GTX280 can process hundreds of billions fixed-point calculations per second. Add as much as 1 GB of onboard video memory and up to 240 processing units, multiply it by two by using a couple of NVIDIA cards, and enter the whole new world of super-parallel computational power for just a few hundred dollars. Unlike NVIDIA SLI mode, ElcomSoft has figured out how to unleash the computational power of several NVIDIA cards no matter whether or not they are of the same kind.
Until recently, the abundance of highly parallel, super-scalar processors in 3D graphic accelerators could only be used for gaming. Today, ElcomSoft has found a way to reach into the future. The company has figured out how to put computational power provided by several NVIDIA boards working together to crack many kinds of passwords.
In February 2007, NVIDIA launched CUDA, a developer's kit that gives software developers access to the parallel processing power of the GPU. Modern NVIDIA GPUs act as powerful, highly parallel multiprocessors, with huge shared memory and cache.
Just slide a couple of the latest gaming video cards such as GeForce GTX280 into a compatible PC, and get all the processing power of a super-computer at your fingertips. You'll immediately get the ultimate speed to crack the most complex Windows passwords. Elcomsoft Distributed Password Recovery enjoys the unbeatable processing power provided by NVIDIA video accelerators working together to achieve the mind-blowing speed of one billion passwords per second for the widely used MD5 hashes and Windows logon passwords (NTLM).
Want to try ElcomSoft newest technologies on something else? The new release of Elcomsoft Distributed Password Recovery can try around 5,000 passwords per second for Office 2007 documents with a single GeForce GTX260, while regular Core2 Duo processors can only try up to 200 passwords per second. That's 25 times faster access to important documents you may need right now! And since high-end PC motherboards can work with four separate video cards, the future is bright for even faster password recovery.
About Elcomsoft Distributed Password Recovery
Elcomsoft Distributed Password Recovery is a high-end password recovery solution for forensic and government agencies, data and password recovery services, and corporate users. Featuring patent-pending acceleration technologies and providing highly parallel operation and linear scalability with no overhead, Elcomsoft Distributed Password Recovery offers the fastest password recovery by a huge margin. With numerous unique technologies and patent-pending GPU acceleration, Elcomsoft Distributed Password Recovery is the most technologically advanced password recovery product currently available.
About ElcomSoft Co. Ltd.
Established in 1990, ElcomSoft Co. Ltd. develops state-of-the-art computer forensics tools, provides computer forensics training and computer evidence consulting services. Since 1997, ElcomSoft has been providing support to businesses, law enforcement, military, and intelligence agencies. ElcomSoft tools are used by most of the Fortune 500 corporations, multiple branches of the military all over the world, foreign governments, and all major accounting firms. ElcomSoft and its officers are members of the Russian Cryptology Association. ElcomSoft is a Microsoft Certified Partner, an Intel Software Partner, and Member of NVIDIA's CUDA Developer Relations Program.
For more information and to download an evaluation version of Elcomsoft Distributed Password Recovery, visit ElcomSoft Co. Ltd. at http://gpu.elcomsoft.com
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During the last few years, progress on the CPU performance front has seemingly stopped. Granted, last-generation CPUs are cool, silent and power-efficient. Anecdotal evidence: my new laptop, a brand new MacBook, is about as fast as the Dell ultrabook it replaced. The problem? I bought the Dell laptop some five years ago. The Dell was thicker and noisier, its battery never lasted longer than a few hours, but it was about as fast as the new MacBook.
Editor’s Note:
Guest author Oleg Afonin works for Russian software developer Elcomsoft. The company is well known for its password recovery tools and forensic solutions. This article was originally published on the Elcomsoft blog.
Computer games have evolved a lot during the last years. Demanding faster and faster video cards, today’s games are relatively lax on CPU requirements. Manufacturers followed the trend, continuing the performance race. GPUs have picked up where CPUs have left.
Nvidia recently released their new GeForce GTX 1080 graphics card based on the new Pascal architecture. Elcomsoft Distributed Password Recovery 3.20 added support for the new architecture. What does it mean for us?
GPU Acceleration: The Present and Future of Computer Forensics
Today’s desktop video cards pack significantly more grunt compared to contemporary desktop CPUs. The powerful GPU units can deliver unmatched performance in massively parallel computations, offering 100 to 200 times greater performance compared to CPUs. All this performance is still relatively useless when it comes to regular computing.
The several hundred individual GPU cores are built specifically for “one code, different data” scenarios, while general-use CPUs can run different code on each kernel. Since breaking passwords involves executing the same code repeatedly, just with different data (encryption keys or passwords), a large array of GPU units makes lots of sense.
How does it scale to real-world applications? A low-end Nvidia or AMD board will deliver 20 to 40 times the performance of the most powerful Intel CPU. A high-end accelerator such as the Nvidia GTX 1080 can crack passwords up to 250 times faster compared to a CPU alone.
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Just how important is GPU acceleration, exactly? As an example, a common 6-character password (lower-case letters with numbers) has just about 2 billion combinations. If that password protects a Microsoft Office 2013 document, you’ll spend 2.2 years trying all possible combinations. Using the same computer, add a single GTX 1080 card, and the same password will be cracked in under 83 hours. That’s 3.5 days vs. 2.2 years!
Nvidia Pascal Architecture
Nvidia’s latest GPU architecture gives a significant performance boost compared to Nvidia’s previous flagship. With 21 half-precision teraflops, GTX 1080 boards are 1.5 to 2 times faster breaking passwords compared to GTX 980 units.
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According to ElcomSoft’s internal benchmarks, Elcomsoft Distributed Password Recovery can try 7,100 passwords per second for Office 2013 documents using a single Nvidia GTX 1080 board compared to 3,800 passwords per second on an Nvidia GTX 980. When recovering RAR 5 passwords, using a single GTX 1080 results in 25,000 passwords per second compared to 13,000 passwords per second on a GTX 980.
Cannot see the numbers for CPU-based benchmarks without a magnifying glass? In case you wonder, we were only able to try 30 (yes, thirty) MS Office 2013 passwords per second on an Intel Xeon E5 2603 without GPU acceleration. Compare that to 7,100 passwords per second using a single Nvidia GTX 1080 board!
Nvidia Pascal is a major break-through in GPU computations. If you need a reliable powerhouse to break passwords faster, consider adding a GTX 1080 board to your workstation.
What if your computer already has a GTX 980 installed? If you have a free PCIe slot and sufficient cooling, and if your computer’s power supply can deliver enough juice for an extra GTX 1080 board, then you can just add the new board without removing the old one. Elcomsoft Distributed Password Recovery will use both GPUs together for even faster attacks.
Does it make sense keeping a GTX 980 along with the new GTX 1080? By keeping the old card together with the new GTX 1080, you’ll get an additional performance boost of about 20 to 30 percent. Whether this extra performance is worth the increased power consumption and excess heat is debatable, but if your power supply and cooling can reliably manage both cards working at their maximum performance, by all means go for it!
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A powerful solution that aims to provide an easy to use means of recovering lost passwords without having to spend too much time on the job
One of the disadvantages of programs designed to restore lost or forgotten passcodes is the rather slow-moving pace at which they work, especially when it comes to complex passwords. The limitations may not be on the software side only, but also because hardware resources are in turn at a smaller scale.
Recover passwords using dictionary and brute force
There are, nonetheless, some solutions that can circumvent such constraints and decrease he waiting time dramatically. Once such tool is the one named Elcomsoft Distributed Password Recovery, a powerful utility that will put to work not only your PC, but also those of your LAN peers or of anyone connected to the local network or the Internet and who is willing to share their resources.
The success of such a password decryption or discovery task is ensured if you take into consideration the fact that instead of having a single workstation struggling to get the job done in hours, days or even more, with this application up to 10,000 computers can join forces to achieve the same goal.
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With Elcomsoft Distributed Password Recovery, you can monitor the progress of the job and check out what each enlisted agent is doing from a centralized interface. In order to have the burden evenly distributed and for a more efficient use of the resources of each system involved, you can use the built-in scheduler feature and set the process priority individually.
Alerts and notification messages can also be activated, so in case an important event occurs and you are working on something else, the program can send, on its own, an e-mail to keep you posted. The supported methods for decrypting and getting back the needed data consist of dictionary, mask and length attacks.
Consistent password recovery tool
Elcomsoft Distributed Password Recovery manages to put up a strong performance and through an innovative approach it allows anyone to profit from an advanced technology, even if could do with a more refined look and some extra customization features.
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LIMITATIONS IN THE UNREGISTERED VERSION- Limited to 5 agents
- When/if the password is found, only first two characters of passwords are being shown, and the other one a hidden under the asterisks.
- About 70 MB of free space on hard disk
- Administrator privileges are recommended (to use some program features)
- Supported NVIDIA products: 8, 9, 100, 200, 400-series GPUs (including notebook/mobile products); Quadro cards; ION products; Tesla 10 and 20-series GPU computing products
- Supported ATI products: most ATI Radeon HD 4000 and all 5000-series cards (incl. Mobility Radeon HD); FirePro and FireStream
- Supported hardware accelerators: Tableau TACC1441
- For ATI and NVIDIA cards: proper version of video drivers
- some bugs in the console's GUI were fixed
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During the last few years, progress on the CPU performance front has seemingly stopped. Granted, last-generation CPUs are cool, silent and power-efficient. Anecdotal evidence: my new laptop, a brand new MacBook, is about as fast as the Dell ultrabook it replaced. The problem? I bought the Dell laptop some five years ago. The Dell was thicker and noisier, its battery never lasted longer than a few hours, but it was about as fast as the new MacBook.
Editor’s Note:
Guest author Oleg Afonin works for Russian software developer Elcomsoft. The company is well known for its password recovery tools and forensic solutions. This article was originally published on the Elcomsoft blog.
Computer games have evolved a lot during the last years. Demanding faster and faster video cards, today’s games are relatively lax on CPU requirements. Manufacturers followed the trend, continuing the performance race. GPUs have picked up where CPUs have left.
Nvidia recently released their new GeForce GTX 1080 graphics card based on the new Pascal architecture. Elcomsoft Distributed Password Recovery 3.20 added support for the new architecture. What does it mean for us?
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GPU Acceleration: The Present and Future of Computer Forensics
Today’s desktop video cards pack significantly more grunt compared to contemporary desktop CPUs. The powerful GPU units can deliver unmatched performance in massively parallel computations, offering 100 to 200 times greater performance compared to CPUs. All this performance is still relatively useless when it comes to regular computing.
The several hundred individual GPU cores are built specifically for “one code, different data” scenarios, while general-use CPUs can run different code on each kernel. Since breaking passwords involves executing the same code repeatedly, just with different data (encryption keys or passwords), a large array of GPU units makes lots of sense.
How does it scale to real-world applications? A low-end Nvidia or AMD board will deliver 20 to 40 times the performance of the most powerful Intel CPU. A high-end accelerator such as the Nvidia GTX 1080 can crack passwords up to 250 times faster compared to a CPU alone.
Just how important is GPU acceleration, exactly? As an example, a common 6-character password (lower-case letters with numbers) has just about 2 billion combinations. If that password protects a Microsoft Office 2013 document, you’ll spend 2.2 years trying all possible combinations. Using the same computer, add a single GTX 1080 card, and the same password will be cracked in under 83 hours. That’s 3.5 days vs. 2.2 years!
Nvidia Pascal Architecture
Nvidia’s latest GPU architecture gives a significant performance boost compared to Nvidia’s previous flagship. With 21 half-precision teraflops, GTX 1080 boards are 1.5 to 2 times faster breaking passwords compared to GTX 980 units.
According to ElcomSoft’s internal benchmarks, Elcomsoft Distributed Password Recovery can try 7,100 passwords per second for Office 2013 documents using a single Nvidia GTX 1080 board compared to 3,800 passwords per second on an Nvidia GTX 980. When recovering RAR 5 passwords, using a single GTX 1080 results in 25,000 passwords per second compared to 13,000 passwords per second on a GTX 980.
Cannot see the numbers for CPU-based benchmarks without a magnifying glass? In case you wonder, we were only able to try 30 (yes, thirty) MS Office 2013 passwords per second on an Intel Xeon E5 2603 without GPU acceleration. Compare that to 7,100 passwords per second using a single Nvidia GTX 1080 board!
Nvidia Pascal is a major break-through in GPU computations. If you need a reliable powerhouse to break passwords faster, consider adding a GTX 1080 board to your workstation.
What if your computer already has a GTX 980 installed? If you have a free PCIe slot and sufficient cooling, and if your computer’s power supply can deliver enough juice for an extra GTX 1080 board, then you can just add the new board without removing the old one. Elcomsoft Distributed Password Recovery will use both GPUs together for even faster attacks.
Does it make sense keeping a GTX 980 along with the new GTX 1080? By keeping the old card together with the new GTX 1080, you’ll get an additional performance boost of about 20 to 30 percent. Whether this extra performance is worth the increased power consumption and excess heat is debatable, but if your power supply and cooling can reliably manage both cards working at their maximum performance, by all means go for it!