In a global community inundated with data, discerning the informational content is an increasing priority. The burden of manually processing data streams with legacy technology has created an untenable backlog of unplumbed data which is vital to security, science, technology, business, agriculture, and communication.

IntelliScience Corporation has developed a suite of software capabilities that utilizes a novel neuroanalytical engine to emulate the rapid function of the human brain, and does so with a small computational footprint. The software components are modular, mature, and designed to work with extensive data types and act as an intelligent software layer between an acquisition device and the user interface.

At IntelliScience, we have moved beyond imagination. After years of research, conceptualization, and development, IntelliScience has developed patent pending technologies that span myriad data types and return to the user information on pattern sets of interest. What makes our proprietary technology especially compelling is the ability to return results showing targets of interest not readily detectable by the human senses or other means.

Items, materials, features and trends (targets) of interest may be missed by current detection methods, even under intense amplification, magnification and scrutiny. Our technologies detect and confirm identity, but also automatically alert the appropriate personnel and initiate actions when a target of interest is found.

Intelliscience specializes in software technologies and processes that quickly and accurately detect and identify features, trends, and patterns in digital data. The basis of the proprietary technology is a series of mathematic and logic based algorithms that are integrated with a “neuroanalytic” engine. The data analysis can be performed on imagery (static, video, or real time) regardless of the modality or on seismic, sound, olfactory, text, financial data streams, or a host of other structured and unstructured data sources. The main functionalities of IntelliScience technology are:

IntelliScience has developed solutions that use learning algorithms which, when trained by subject matter experts, recognize targets of interest. The IntelliScience solutions retain the knowledge of that training and build knowledge bases that grow and learn with repeated user and self training. As the system learns, it uses a novel neuroanalytical processing technique in conjunction with the relevant information of the learned and surrounding data to recognize new items or changes in items already discovered, and presents them to the users and experts for their review, authentication or action. Furthermore, the system uses its neuroanalytical processes to predict or hypothesize targets not seen or trained before.

Furthermore, images in sequences can be surveyed for changes from priors, or changes in retrospect. This opens huge arenas for application, ranging from real time medical interventions and security screening to forensics. Laboratory demonstrations have confirmed the ability to detect changes in biologic and inanimate structures from catalysts and stimuli such as temperature, radiation, pressure, or chemicals.

For Data Transformation, the proprietary, patent pending IntelliScience software compares features of data within the data itself. This is done by running the software application with preset algorithms on an entire data set. The software finds the occult patterns by comparing characteristics of data with its neighboring data in diverse groupings. The IntelliScience software can recognize hidden relationships defined by the unique characteristics it finds and illuminate these patterns for user consideration. In addition, the Data Transformation functionality works rapidly, and requires a small computational footprint.

The Data Transformation functionality of the Intelliscience engine can be used in a broad range of file formats and data types including volumetric or time sequenced imaging and linear data streams such as seismic or financial data.

IntelliScience has developed a layer of intelligent algorithms that leverage and enhance the infrastructure of existing search technologies and deliver more relevant and germane information – both known and unknown – to enable and discover new conceptual relationships. Just like humans, the software “learns” - over time and use - about concepts and relationships enabling an innovative text searching capability that enables the user to drive the search of terms, phrases and concepts. Related terms and concepts are discovered and presented naturally rather than being pushed to them by website designers, industry manipulated keywords, page ranking or clustering solutions. As the text search solution learns concepts it can make associations with other concepts found automatically to rapidly assist researchers in finding existing and new germane documents, web pages and communications. And since the software is looking for concepts, not terms, it is language independent.

IntelliScience’s search technologies offer a revolutionary solution to the inherent challenge of taxonomies. IntelliScience delivers dynamic, current data and information association. When designed to interact with the search engines and applications already in place within data and document stores, IntelliScience eliminates the resource and time requirements of developing taxonomies by fulfilling the same associative function as the taxonomy through direct examination and interaction with the data and information.