Solutions

Our Solutions

Real Meaning Data Catalogs

Using the ontological computing language of our C.O.R.E. technology, Blender Logic can map the contents of data catalogs into real meaning which both humans and computers can understand. Enabling knowledge workers, Chief Data Officers, and analytical routines to query and analyze the data made available through data catalogs. Without having to remember, lookup or discover all the labels.

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Situational Awareness data fusion

Blender Logic uses our C.O.R.E. technology to blend an organization’s own knowledge — as found in its enterprise systems, with the variety of its ongoing AIML processes and available algorithms to provide must-have validation services critical to the principled orchestration of AIML processes for the production of Situation Awareness

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Enterprise Analytics Structured data

C.O.R.E.'s cross channel validations can add confidence, adaptability and robustness to your AIML processes working on Enterprise structured data in the same way as it benefits the analysis of unstructured data. The table below illustrates how cross validation can provide the same class of benifits for structured and unstructured data.

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Adding Real Meaning to Data Catalogs: for Humans and Machines


The promise of Data Catalogs

Data catalogs provide access to organizationally relevant data. They can help knowledge workers locate data, and they can help Chief Data Officers ensure regulatory compliance and implement appropriate cyber policies.

The Problem with Data Catalogs

Data catalogs are still expressed in terms of the data’s original labels. If the data’s label is unknown, both persons and computers need to search by catalog metadata such as by business group that queries the data or time of last refresh. Which is useful. But not as useful as being able to query by meaning.

Users (persons and computers) should be able to ask for information about something without knowing specific labels. Instead of having to know that information about large customers in danger of turning over is found in fields with the labels ‘customer analytics’, ‘pipeline forecasts’, and ‘sales meeting minutes’ users should just query for information about large customers in danger of turning over

Add real meaning to your data catalog

Using the Ontological computing language of our C.O.R.E. technology, Blender Logic can map the contents of data catalogs into real meaning that humans and computers can understand. Enabling knowledge workers, Chief Data Officers and analytical routines to query and analyze the big data content made accessible through data catalogs without having to remember, lookup or discover all the labels.

Discover what you really know

Armed with an understanding of the real meaning of the data referenced in the catalog, Blender Logic can use its C.O.R.E. Technology to help you discover are as of data redundancy, data contradiction, cross organizational interest, and risky organizational ignorance.

Blender Logic’s consultants can help you add real meaning to your catalogs

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Quantifying the value of the data in your catalog

The need to understand data value

Data is an organizational intangible. Depending on its real meaning it may be an asset and/or a liability. The value of your data small or large, positive or negative is the value and impact of the decisions made internally and/or externally with the data1. The higher the decision value, the more you can cost-justify data quality improvements or charge an entity for the right to use the data. For most organizations, a small percentage of their data accounts for a high percentage of organizational decision value

Your data value solution

Using our C.O.R.E. technology in combination with Catalog metadata, you can track, estimate and refine value estimates for all the information currently or potentially in your organization. And build automated data catalog functions driven by information value.

Blender Logic’s consultants can help you benefit from adding values-based processing to your data catalogs

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Information Value: A Recursive and Quantitative Approach
Thomsen

In Decision Modeling and Information Systems: The Information Value Chain
N.S. Koutsoukis, G. Mitra
Copyright Kluwer Academic Publishers 2003

 




Situational Awareness

For the machine generation of real-world Situation Awareness from sensors and text there are so many different algorithms, training data, and related sets of domain knowledge that need to be used, and moreover that have largely undocumented dependencies that it is challenging to perform validations - whether across algorithms or between algorithms and prior knowledge.

There are three major validation challenges that must be overcome
if collections of AIML algorithms are to generate
reliable situation awareness:

  • That individual ML efforts rely on the same background knowledge
  • That this background knowledge gets updated appropriately
  • That the training and deployment of different AIML algorithms is based on that knowledge

To solve this problem, we use our C.O.R.E. technology to blend an organization’s own knowledge - as found in its enterprise systems, with the variety of its ongoing AIML processes and available algorithms to provide must-have validation services critical to the principled orchestration of AIML processes for the production of Situation Awareness

  • Automated validation of algorithm results
  • Principled resolutions when algorithm outputs disagree
  • Automatic (or suggested) adjustments to enterprise knowledge when warranted by the facts
  • Improved confidence in AIML outputs
  • Improved confidence in underlying enterprise systems
  • Adaptability of system-wide knowledge and behavior

C.O.R.E. naturally complements and adds value to all current AIML frameworks such as Tensor Flow, PyTorch and available orchestration resources.

Blender Logic consultants can help you improve the quality
of your machine-generated Situational Awareness

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Enterprise Analytics

Enterprise analytics is largely dominated by structured data such as sales data, inventory data transportation and manufacturing logistics and quality data. For enterprise analytics, AIML is most frequently introduced as a way to extend the powerful statistical analysis capabilities already in use, especially for correlation detection and predictive analytics.

C.O.R.E.'s cross channel validations can add confidence, adaptability and robustness to your AIML processes working on enterprise structured data in the same way as they benefit the analysis of unstructured data. The table below illustrates how cross validation can provide the same kinds of benefits for structured as unstructured data.

Cross validation provides the same benifits to structured data analytics
as to unstructured data (e.g. image) analytics

Content Image

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