
Dimensional Product Families for Spherical Intelligence
HEUREKA’s products are organised into four dimensional sections that together express the full Human ↔ Machine alignment architecture. The first two sections describe the curved-metric foundation and the Universal Gaming Machine. The final two sections present the Human-facing and Machine-facing product families, followed by the six alignment engines that operate across all domains.
If this looks overwhelming, we sympathise — because it is. The scientific concepts are unconventional and foundational. The software implementations are generic and created by two AI agents. The result is a kaleidoscope of new capabilities for cultural & industrial applications. That’s why we recommend Global Challenges as a “Try before You Buy” playground.
These principles form the curved-metric foundation for all HEUREKA products.
The Universal Gaming Machine operates through three dimensional groups that together form the spherical alignment cycle.
Curved-Metric Inputs
Reels
Output Actions
Two families are Human-facing (Scientific Instruments, Cognitive Gaming) and two are Machine-facing (Process Optimisation, Agentic Validation APIs).
Measuring instruments for light, time, colour and warmth — from optical signatures to solar clocks and climate bands.
Operates on micro- and meso-scale metrics using chromatic, metric and environmental vocabularies.
Playable cognition: tags, reels and hexagonal refinement turn text analysis into a hands-on alignment experience.
Runs on full curved-metric architecture: scale, scope, vocabulary and limits — enabling spherical text alignment.
Dimensional workflow engines that quantify efficiency and align human decisions with machine execution.
Applies meso- and macro-scale metrics to align human workflows with machine execution using dimensional efficiency vocabularies.
Machine-facing endpoints that validate claims, trace provenance and make model reasoning reproducible.
Uses structural and contextual vocabularies to validate reasoning, trace provenance and enforce reproducibility across machine agents.