Plzip is a massively parallel (multi-threaded), lossless data compressor based on the lzlib compression library, with a user interface similar to the one of lzip, bzip2, or gzip. It can compress/decompress large files on multiprocessor machines much faster than lzip, at the cost of a slightly-reduced compression ratio. (Note that the number of usable threads is limited by file size). Plzip uses the lzip file format, and the files produced by plzip are fully compatible with lzip-1.4 or newer, and can be rescued with lziprecover.
Maarch Entreprise is a professional Document Management System that natively answers a vast majority of the needs for operational document management. It has been designed by two experienced consultants in electronic archiving and automatic documents production. It offers guarantees of stability and scalability. Particular care has been taken to assure the best performance on standard hardware. As it is based on Maarch Framework, Enterprise is completely modular: functional features are grouped in modules that expose services, which can be enabled or disabled to best suit end-user needs. A skilled engineer can easily add or replace a module without changing the core of the system.
Clzip is a lossless data compressor with a user interface similar to the one of gzip or bzip2. Clzip decompresses almost as fast as gzip and compresses more than bzip2, which makes it well suited for software distribution and data archiving. Clzip uses the lzip file format; the files produced by clzip are fully compatible with lzip-1.4 or newer, and can be rescued with lziprecover. Clzip is, in fact, a C language implementation of lzip, intended for embedded devices or systems lacking a C++ compiler. The lzip file format is designed for long-term data archiving and provides very safe integrity checking.
With the Cibet framework, it is very easy to add various control mechanisms into a JPA and/or EJB-based Java application. The actual version includes control schemes like Archiving (manipulation of domain objects; data and execution of business processes are archived). From the archived state, domain objects can be reconstructed and business processes can be re-invoked with the same parameters at any time. The archive entries are secured against manipulation to make them audit-proof and revision safe. Four-eyes principle: this scheme is an example of a dual control mechanism: A user wants to perform some critical data manipulation or business process. With an applied dual control mechanism, the action is not executed in the production system directly, but stored and postponed. A second user must check the data and the action and can approve or decline. Only when the second user approves, the data manipulation or business process is executed in the production system; otherwise it is discarded. An even stricter example for a dual control mechanism is the six-eyes principle. In this case, a third user must approve a data manipulation or business process before it will become productive.
BZip2/OSS-QM is the OSS-QM project's branch of bzip2, which contains a lot of fixes not yet in the original upstream. The primary goal is to provide QM'ed/fixed versions of upstream releases, so they can be built and used without additional patches, especially in sysrooted crosscompiling environments.
LZHAM is a general purpose lossless data compression library that borrows many ideas from LZMA, but purposely makes several key tradeoffs that favor decompression speed over compression ratio. LZHAM's compression ratio is typically within .5% of LZMA, but decompresses 2-3 times faster. LZHAM's compressor is heavily threaded in a way that does not sacrifice compression ratio. The decompressor supports streaming and memory to memory decompression, and is designed to be particularly fast on embedded devices, handhelds, and game console platforms.
Boar provides simple version control and backup for photos, videos, and other binary files. Boar aims to be the perfect way to make sure your most important digital information, like pictures, movies, and documents, is stored safely. It makes it possible for you to restore any or all of your files from any point in time. It makes it easy to maintain verified backups of your data, including file history. It imposes no limits on file or repository sizes. Using boar is an effective way to prevent data loss due to human or machine error.