This paper presents the first full resolution of the 19 free parameters of the Standard Model using a mathematically unified framework based on recursive scaling, information compression, and vacuum emergence theory. By applying the Dimensional Arcade model introduced in earlier work, each parameter—previously considered arbitrary—is now derived from a foundational equation that connects vacuum energy suppression, π–φ scaling, and prime harmonic resonance. This work represents a major milestone in Beyond the Standard Model (BSM) research. It resolves the fine-tuning problem and naturalness issues by showing that: Coupling constants, mass ratios, and mixing angles are emergent, not fundamental Neutrino properties (mixing, mass hierarchy, δCP) arise from harmonic compression The Higgs vacuum expectation value and top mass are precisely determined Gauge unification is explained through recursive logarithmic vacuum harmonics For those who have followed my work on vacuum structure, recursive scaling, and information compression (and I know that there are many, as my previous papers have received over 5,000 tracked downloads), this is the final synthesis. The script enhanced_universe_calculator.py is included and fully replicates all derivations and predictions. This package contains: The full peer-reviewed-ready paper All derivation and visualization scripts Comparative validation datasets vs. current SM experimental values Visual reconstructions of the neutrino field and the full particle spectrum ⚠️ Use of these scripts is entirely at your own risk. No liability is accepted. The license is CC-BY-NC-ND. If you are a physicist, data scientist, or researcher and would like to peer review this paper or test the framework, please reach out. I am an independent researcher releasing this work in good faith for the benefit of humanity and in service to the pursuit of scientific truth. For further information about the ENSO Framework, please contact Eric Needham: ensotheory1@gmail,com