Warning:
This website in under major construction and only here because the author enjoys watching it grow into fruition online. 100% of the content is alpha version. If you are interested in finished ideas explaining what a StringCube is, please see our patent section.

How it works:

  • Do you ever find yourself staring at some show of data, or a team, trying to figure out how one type of response can effect another... takes a lot of brain power, no?
  • Do you ever wonder why there's no spreadsheet way of getting at all those relationships?
  • Do you ever wonder how the current limitations of sorting, filtering, grouping and statistical analysis is supposed to get you closer to these relationships when they don't have anything to do with what's going on in your brain?
  • Do you ever wonder how long it will be before someone just does with a computer what your brain is doing in your head?

Wonder no more, because Stringy.AI's StringCube is a way to experiment with data by matching biases with types of replies and re-engineering the results according to your priorities. It is an extremely powerful analytical tool that will soon be able to do projections and recommendations as well (AI)

We call it The Future of Data, because the StringCube allows you to play with data the same way your brain does -  amplifying some types of answers while pushing others to the background... all in a flexible, powerful and elegant manner.

When biases are applied to answers, the entire result set shifts in the direction you want to emphasize, giving you an idea of hypothetically how the world could work when you have your way; and also how far from the current world it would be. Also, everything starts relating to everything else - for example:

  1. Teachers can see all the ways the good students relate to the struggling ones.
  2. Team leaders can see all the ways the new members relate to the ones who've been there longer.
  3. Geologist can see all the ways a productive mine relates to unproductive ones.
  4. Investment bankers can see how the best performing stocks relate to all the others.

... etc.

When everything starts to relate to everything else the data explodes; so a simple spreadsheet of 20w x 100h produces many thousands of intersections of resulting relationships - showing how all the different replies from one column affects all the different types from all the others. To us, these relationships are more important than the actual replies in understanding how the data 'works' and how to achieve your goals. 

Also, the relationships can be mapped onto a color spectrum and easily visualized; so when a result set is accelerated in the directions of biases, each data point intersection produces a smear - or rainbow. If you collide two bias sets, butterflies are produced at each intersection. The most important part of the rainbow/butterflies are in the middle - showing how far the 'needle' moves from no biases; but all the other parts also have meaning as well and can be used to model goal achievement.


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