Multi-Helix Information Processing Architecture: From Dual-Core Foundations to Triad-Helix Optimization (.arnd)

This invention introduces a disruptive information processing paradigm termed "Data Photogrammetry," representing a structural evolution in neural computing. The Arandino System proposes the capture of Net Identity through a Multi-Helix Architecture, progressing from a Dual-Helix Core (parallel bifurcation/recombination) to a high-fidelity Triple-Helix Forge.

By utilizing a third synchronized path (Gamma) as a deterministic interference filter, the method achieves Near-Instantaneous Dataset Instantiation (< 1.0 second), synchronizing data variance into an immutable digital solid medium called a Data Crystal (extension .arnd).

Experimental validation using a 1.89 MB matter stream demonstrates a Forensic Resonance Index (Correlation) of 81.22% with a Residual Forge Error of 0.4538 at a 512px sensor density. This architecture eliminates traditional iterative training latency, providing a deterministic, high-fidelity resonance state for advanced digital transformation and neural consulting.