SpiralHelios v9 — Deterministic Geometric Intelligence (DGI): First Documented Laptop Runtime Execution of the Offline Deterministic Math ROM Terminal with 20-Language Semantic SID Equivalence

SpiralHelios v9 is a public-safe operational evidence release of SpiralHelios — Deterministic Geometric Intelligence (DGI), created by Christos Baltas (PH-GAIOS), Architect – Creator – Systems Designer, SpiralEnergy-Systems, Athens, Greece. This release documents the first laptop-environment runtime execution of the SpiralHelios Math ROM Terminal. Previous SpiralHelios executions and proof runs were mainly performed in a mobile hardware environment. Version v9 transfers the system into a laptop runtime environment and demonstrates that the Math ROM Terminal can operate locally, offline, and deterministically. The execution was performed in a VS Code / PowerShell environment using Python 3.13.13, without cloud access, without training, without big data, and without stochastic inference. The system loaded a Math ROM directory, displayed loaded Canonical Units, accepted Greek and English mathematical queries, and returned answers for the Pythagorean Theorem through deterministic query routing. This release includes two main evidence blocks: First Laptop Runtime Execution of the SpiralHelios Math ROM TerminalThe screenshots document terminal startup, Math ROM loading, MATH_ROM_EXISTS = True, Loaded CUs = 4, CU registry display, Greek and English query-answer execution, route status PASS, alias route matching, CU_ID MATH.GEOM.0003, source lock, CU hash, and public-safe proof fields. 20-Language Semantic Pre-Canon SID EquivalenceThe screenshots document a 20-language semantic pre-canon test where twenty different language inputs referring to the same mathematical concept collapsed into the same semantic seed and the same SID_HEX. The shared SID_HEX recorded in the 20-language test is: 10c785bc94d3831658a2601e0ffcc2566f56a3f54f5e1e88a87e4428d0212c3c The release also includes Supplementary Video S1, showing the same laptop runtime execution in real time, with practically immediate terminal response. This publication does not disclose the protected Core implementation, internal operators, raw vectors, hidden transforms, reconstruction-enabling constants, or private implementation logic. Instead, it provides public-safe evidence through screenshots, terminal output, Canonical Unit identifiers, source locks, CU hashes, SID fields, proof fields, and supplementary video evidence. The v9 release demonstrates a specific operational milestone: SpiralHelios can operate as an offline deterministic Math ROM terminal in a laptop environment while preserving Core/ROM separation, public-safe proof boundaries, and protection of the private Core. Core statement: 100% Offline0% Big Data0% Training0% CloudNo stochastic inferenceNo LLM core disclosureNo protected Core disclosure Author: Christos Baltas (PH-GAIOS)Architect – Creator – Systems DesignerSpiralEnergy-SystemsAthens, GreeceEmail: info@spiral-code.comORCID: https://orcid.org/0009-0000-9743-3678Zenodo Community: https://zenodo.org/communities/spiral-code-energy/ Legal Notice: © Christos Baltas (PH-GAIOS). All Rights Reserved – All Rights Holders. This work is publicly disclosed exclusively for scientific reading, academic analysis, technical evaluation, peer review, theoretical discussion, authorship documentation, and establishment of priority. No rights are granted for implementation, derivative systems, AI training, commercial use, redistribution, reverse engineering, reconstruction attempts, or integration into third-party systems without prior explicit written permission from the creator. All commercial, technical, and intellectual rights remain exclusively with Christos Baltas (PH-GAIOS).