| Active Distributed Computing Projects - Cryptography |
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These links take you to other project categories on this site:
Mathematics Language Art Puzzles/Games Miscellaneous Distributed Human Projects Collaborative Knowledge Bases Charity See the bottom of this page for a description of the icons on the page. |
| Project Information | Project % Complete | Major Supported Platforms |
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The project completed its RC5-64 project on September 25, 2002 (it found the winning key on July 14, 2002, after 1,757 days). The key was found with the work of 331,252 volunteers (and after 15,268,315,356,922,380,288 keys (82.8% of the keyspace) were tested). The RC5-72 project began on December 3, 2002 and is still active. See the project's download page for the latest version of the client, and the project's pre-release page for versions which are available for testing before they become official versions. See a log of an IRC discussion forum with some of the project coordinators which took place on September 28, 2002. They discussed the results of the RC5-64 project and future directions for distributed.net. Use the RC5 key-rate calculator to see approximately what RC5 key-rate your CPU will produce. The calculator was created by CalicoJak in January, 2003, and was last updated on February 22, 2006. |
RC5-72: 5.131% in 5,616 days
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Free Rainbow Tables
is generating Rainbow Tables to use for breaking hashes.
The project's software client is based on Zhu Shuanglei's
Project Rainbow Crack.
Results from the project are compiled into complete
tables, which are
then submitted to
freerainbowtables.com where
they are available for free to anyone.
To participate in the project, download the DistrRTgen software client from the project website and run it. Free registration is required (only a username and password, no other information is collected). Version 3.26 of the GUI client is available for Windows as of June 9, 2008. Note that you need to have Microsoft .NET Framework 2.0 installed to run the Windows client. Join a discussion forum |
ongoing; cracked hashes; uncracked hashes |
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SHA-1 Collision Search Graz
is attempting to find collisions for the SHA-1
encryption algorithm, a popular algorithm which is used in many
software applications such as email and secure web browsing." SHA-1
is a hashing algorithm which produces a string of letters and numbers
(a "fingerprint") for a given text input. The project implements a
dedicated attack, which "tries to exploit the inner working of the hash
function" to find two different inputs which generate the same
fingerprint. See
about the project.
The project uses a BOINC-based client. See the BOINC platform information for the latest version of the BOINC client. The project runs the "SHA-1 Collision Search Graz" application within BOINC. Version 5.27 of the application is available for Windows and Linux as of August 8, 2007. Join a discussion forum about this project. |
credits |
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Enigma@Home is
a BOINC-based wrapper for the
M4 message breaking project.
The project decrypted KEJNQ on May 6, 2010. The message is one of 22 previously unbroken German Army messages. The project uses a BOINC-based client. See the BOINC platform information for the latest version of the BOINC client. Version 5.17 of the project's Enigma 0.76 application is available for Windows as of September 11, 2007. Version 5.20 of the application is available for Linux as of September 25, 2007. Version 5.22 of the project's Enigma 0.76b application is available for Windows and Linux as of August 24, 2008. Join a discussion forum about this project. |
credits |
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RSA Lattice Siever (2.0)
is cracking encrypted 512-bit Operating System signing
keys for Texas Instruments'
programmable calculators. Discovering these keys allows owners of these calculators to
have complete control over the calculators and to install new operating systems
on them. This project was created after an individual cracked the OS key for
the TI-83+,
mentioned here
and here.
The project is sieving TI-68k keys (keyti89, keyti89t, keyti92p, keyv200),
TI-Z80 keys ("01", "02", "03", "08", "0A", "0101" and "0102") and k0A keys
in order to discover keys for Texas Instruments' other programmable calculators.
11 keys remain to be discovered as of August 16, 2009.
The project uses a BOINC-based client. See the BOINC platform information for the latest version of the BOINC client. Version 1.07 of the project's GNFS Lattice Siever application is available for Windows and Linux as of August 13, 2009. Join a discussion forum about this project. |
unknown credits |
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A5/1 Security Project
is decrypting the A5/1 algorithm used in GSM (Global
System for Mobile communications) to demonstrate the insecurity of the
algorithm. Over 80% of the world's mobile phone market, used by 3 billion
people in 200 countries, uses this encryption algorithm. If the project is
successful, its results "will allow anyone with some RF equipment, patience,
and a $500 laptop, the ability to decode GSM-based conversations and data
transmissions." This project is a variation of one started by
The Hackers Choice in early 2008. This
project uses "more common hardware to generate the tables, namely graphics
cards with GPGPU capability and attempt to build a distributed infrastructure
of nodes where each node donates both a small portion of diskspace for a part
of the table and some kind of fast hardware for the generation of and lookup
in its own table."
To participate in the project, follow the instruction on the project's main page to download and compile the client application's source code and to get unique table parameters to process. Subscribe to the project's mailing list. |
ongoing |
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gi john
is "grid implemented john the ripper," a
platform-independent, open source distributed password cracker. It cracks
DES, MD5, Blowfish, and MySQL passwords. Project members can submit password
hashes for the project to crack, and other project members earn points for
cracking partial keyspaces for hashes. Members who earn enough points can use
their points to "buy" a higher priority for hashes they want cracked faster.
See more information about the project in its FAQ.
To participate in the project, download the pre-compiled Windows client or the source code and compile a client for your platform, then run the client according the instructions on the project website. |
ongoing |
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DNETC@HOME RC5 is
a BOINC-based wrapper for
distributed.net's
RC5 project for computers with
GPUs (i.e. graphics cards) supported by the distributed.net RC5 client
application. Note that you must have one of the supported GPUs or you will
not receive any work units through this project.
The project uses a BOINC-based client. See the BOINC platform information for the latest version of the BOINC client. See the project's applications page for the latest versions of its client applications. Join a discussion forum about DNETC@HOME. |
2,104,950,881 credits for all DNETC@HOME projects as of May 6, 2010 |
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