From Tautological Rigidity to Adaptive Homeostasis: Formal Validation and Homotopic Invariance of the Psi-U Inferential Automaton EngineV4.4

—This technical report formalizes the architectural evolution of the Psi-UEngine from the certified MultiLibraryV3 model to theproduction-ready Adaptive Inferential Automaton V4.4. By decoupling proximity metrics from static tautological baselines and introducing a rigid statistical signature centered on the global barycenter of the archetypal DNA, the V4.4engine resolves the structural rigidity of previous iterations. It demonstrates that the CosmicGnomonicConstant (GCosmic = √5−1/3 ≈0.412022) remains invariant and fully validatedas a zero-dimensional persistence point. Empirical benchmarks(N=04000) and massive stress tests(N=2.5×106)demonstrate that the engine preserves the original laws of homeostatic persistence,expanding its capacity to assimilate stable inferential states under stochastic noise while optimizing CPU cycles during direct entropic attacks. Performance and scalability benchmark of the PSI-U ENGINE V4.4 (Adaptive Inferential Automaton). The dataset highlights a 17.6% latency reduction across nominal workloads (0.5M to 20M records) and demonstrates highly efficient automated pruning under high-stress anomaly injection.