Abstract This research introduces a novel decipherment framework for the Indus Valley script, shifting from phonetic-only interpretations to a model of Engineered Linguistics. By analyzing the script as a functional component of a high-stabilization civilization, this paper identifies the Aal-Thogai (Man Series) as a quantized data-entry system designed for technical and administrative precision. The study proposes that the script functions through a modular 600-symbol library, structured as a 60 10 matrix where 60 primary roots are modified by a 10-state variable system. This structural rigidity ensures information integrity across vast geographical distances. The research highlights the script's role in documenting planetary-scale stabilization efforts, including resonant planetary anchors and distance-free transport logic. A key comparative element of this decipherment is the alignment between the Indus script’s modularity and the Mathirai (quantized time units) found in classical Tamil. This connection suggests that the script was not merely a medium for recording spoken language, but a precision-engineered tool for regulating the resonance and frequency of information. By treating the symbols as technical modifiers rather than purely phonetic markers, this framework provides a roadmap for understanding how the Indus Valley Civilization managed complex infrastructure as a unified, engineered system.
Radhakrishnan Jayaraman (Sat,) studied this question.