Software - Current Products and Programs
Colorado Engineering is currently offering sales and/or is in the design engineering phase for each of the following High-Tech software solutions and programs. An extremely brief description of each product or program can be found below along with links to each individual products page. Please Contact CEI directly for sales, pricing, and product status and availability (Back to Products):
.CRUNCH Distributed Processing Grid
Network
Program Overview: The .CRUNCH (pronounced "dotCRUNCH") system is a Java based, application-neutral, grid computing infrastructure which utilizes computational and data rewources on a network for processing and is implemented using Web Services in a Service Oriented Arghitecture (SOA). The system allows units of work (workflows and their jobs) to be submitted by member users, collectively known as subscribers, for processing by one or more of the multiple processing nodes at its disposal.
The .CRUNCH system is architected as a medium sized Grid Processing Network incorporating a highly modular design. Through planned design enhancements, joining additional instances of .CRUNCH will result in a vast and virtually endless Grid-of-Grids.
Stegi@Work
"A .CRUNCH Grid Network System"
Program Overview: Built for the Air Force Research Labs (AFRL) as part of the Automated Detection of Steganographic Content project; Stegi@Work is a grid computing system which addresses the computationally demanding problem of identifying steganographic content hidden within images. Stegi@Work is a .CRUNCH Grid Network System.
Distributed Information and Signal Processor
(DISP)
"A .CRUNCH Grid Network System"
Program Overview: DISP is a distributed information and signal processing system designed for use with the .CRUNCH Grid Processing Network. The system facilitates analysis efforts by leveraging various Digital Signal Processing (DSP) algorithms to support a broad spectrum of programs and requirements across Department of Defense, Federal, and Local law enforcement agencies. The feature algorithms currently implemented within the DISP system are targeted at performing real-time Voice Recognition (VR), Audio Processing (AP) analysis and general DSP.
Learning Agent Based Provisioning Management (LABPM)
Program Overview: LABPM is an ongoing DARPA SBIR Phase I initiative under
which CEI is designing and developing an autonomous provisioning system capable of dynamic
allocation of applications onto available and appropriate remote hosts based on configured and
learned characteristics of the managed environment. The system monitors remote hosts for
various conditions, associates remote hosts within a set of related communities, makes decisions
about provisioning and task migration, and takes autonomous actions appropriate to defined
policies and current conditions so that remote resources are utilized in the most efficient and
meaningful manner possible.
Stake-Holder Asset-based Planning Environment (SHAPE)
Program Overview: SHAPE is an ongoing OSD SBIR Phase II initiative under which CEI is designing and developing a new system architecture that incorporates participatory and asset-based community development methodologies to better assist field commanders and government leadership in the difficult task of re-building and nation or local area during the times that follow a major natural or man-made disasters and crisis situations.