AGE™ - The Advanced Grid Environment
AGE™ is a new generation computational and data grid, especially designed and developed for multi-plaform, embedded, and mobile applications. Its programming model secures the creation of strong collaborative environment, which can integrate native grid services, external software modules and existing legacy applications.
With AGE™ you can: deploy a cloud infrastructure with customized SOA (service oriented architecture); develop distributed applications for parallel computations; establish data management scattered at different geographical locations.
Ultimately, AGE™ will bring all these heterogeneous resources to work together as a complete, scalable and redundant enterprise solution.
The Advanced Grid Environment is not only platform for parallel calculations and data exchange, but it has all the qualities of professional tool for description, testing and executing of machine algorithms.
InfoDigger™
Full-text search engine capable to instantly dig in gigabytes and terabytes of unstructured information, databases and external sources. It supports numerous file formats, compressed archives, SQL servers, data sources, as follows:
- Office Documents - Supports MS Office formats (Word, Excel, PowerPoint 2003-2010), OpenDocument formats
- Text Files - Plain text, RTF files, any UTF-8 based text source
- File Archives - automatically unpacks and indexes the content of ARJ, CAB, CHM, CPIO, CramFS, DEB, DMG, FAT, HFS, ISO, LZH, LZMA, MBR, MSI, NSIS, NTFS, RAR, RPM, SquashFS, UDF, VHD, WIM, XAR and Z
- PDF Files
- XML, HTML, and other derivative formats.
- Databases access through custom interface
The technology of InfoDigger holds the ability to be extended with new data type plug-ins in order to directly access external sources like remote Internet or Intranet information servers (Web, FTP, POP, IMAP, others). Combined with AGE™ and InfoSniffer™ this engine can provide distributed search capabilities, access to your existing data sources, and legacy applications.
InfoSniffer™
InfoSniffer™ is a general purpose information crawler designed to gather data from remote sources like Web servers, FTP or local network folders. It is a communication technology to extract, normalize and summarize data. The result provided by InfoSniffer™ is standardized in XML, and therefore could be used for further analyses by any other tool.
InfoDigger and InfoSniffer are integral components of LIBREE®, and all together with AGE™ unleash to the customers the true power of dispersed, secured, and massive access to enterprise storages or public data sources.
Adaptive Polymorphism™
Adaptive Polymorphism is proprietary technology of BINETIX LLC in the field of grid computing and object-oriented software development, firstly introduced in November 2008 and later published within the PhD dissertation of Dr. Andrew Andreev in 2009.
In its hierarchical organization, the computational grids are building decisions trees, which are an integral part of system processes functionality. In the Graph theory terminology, it means that every node in the Grid can be a root that starts one or several inheritors (tree leaf). Adaptive Polymorphism allows the grid resources to be inherited by specifying a possible parent. Nodes' polymorphic behaviour appears in their ability as parents to be functionally and dynamically replaced by their inheritors in the grids. This replacement is possible in each hierarchy level on every node, starting from the root towards leaves.