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Learn IRIE©

IRIE© is finely tuned to resonate with complex adaptive systems by leveraging the local precision of low-dimensional hyperbolic geometry rather than inheriting the global bias of high-dimensional Euclidean geometry.

“Experience has shown repeatedly that a mathematical theory with a rich internal structure generally turns out to have significant implications for the understanding of the real world, often in ways no one could have envisioned before the theory was developed.”

– William Thurston

IRIE© glues partner point solutions and augments with higher order features.

What makes IRIE© Technology Special

Personalized Lens/Nudge

IRIE© uses hyperbolic lenses to interpret the world from a manifold of personalized perspectives. It more accurately quantifies biases (the distances between an objective event and its subjective interpretation from a given lens) at every level of interaction as well as identifying the specific differences between individual biases. IRIE© then augments each optimal point with a personalized nudge to transform current state-to-goal.

 

Hyperbolic Lensing

IRIE© uses hyperbolic lenses to interpret the world from a manifold of personalized perspectives.

Bias Quantification
IRIE© accurately quantifies biases at every level of interaction as well as identifying the specific differences between individual biases.
Graph Sparsification

IRIE identifies local neighborhoods of the global knowledge graph in order to personalize decisions toward a shared, optimized goal.

Superhuman Perception

Even the best of us can’t notice everything. The superhuman perception of IRIE© detects subtle changes in bio-physiological signals hidden in sensor data. IRIE© interprets both light and dark signals from multiple sensors in diverse modalities to understand objectively what triggers the thinking and feeling of individuals in the complex adaptive world around them.

 

Signal from Noise

IRIE© detects subtle changes in bio-physiological signals hidden in sensor data through superhuman perception.

Dark Signal Interpretation
IRIE© interprets both light and dark signals from multiple sensors in diverse modalities.
User-Specific Autocorrection

IRIE© improves the accuracy of user perception in the presence of noisy signals.

Hyperbolic lens machine learning

Locally Constructed Global Reasoning

A valid yet adaptive global perspective is most reliably constructed from a comprehensive network of active local views, just as a global manifold is coherently constructed from its local charts. The increased accuracy and dynamic adaptability of individual views uniquely derived through this sort of locally constructed global reasoning are principal benefits of IRIE©.

Local-to-Global Reasoning

IRIE© constructs a valid yet adaptive global perspective from a comprehensive network of active local views (just as a global manifold is coherently constructed from its local charts).

Tuned Complex Adaptive System Resonance

IRIE© is finely tuned to resonate with complex adaptive systems (by leveraging the local precision of low-dimensional hyperbolic geometry rather than inheriting the global bias of high-dimensional Euclidean geometry).

Multiple Loop Learning

IRIE© facilitates both feedback and feedforward learning under multiple iterations to synchronize emergent order from chaos.

IRIE© Partners and Alliances

IRIE© glues partner point solutions and augments with higher order features to co-create wicked solutions.