Boundary Project: Unified Continuity Science and Recoverability-Constrained Systems — Executable Research and Computing Companion (Expanded Meta-Universal Living-System Edition)

This software publication accompanies Boundary Project: Unified Continuity Science and Recoverability-Constrained Systems — Expanded Meta-Universal Living-System Edition (research publication Version 2.0), developed by Noelia Sanchez within Continuity Science and the Boundary Project, with Interval Studio as hosting institution. The release consolidates an offline Python research and executable reference architecture with a byte-preserved copy of the Boundary Omega research archive. It provides unified command-line access and documented computational modules integrating mathematical, engineering, analytical, scientific, institutional, and living-system approaches to continuity and recoverability. The integrated architecture includes finite successor-space analysis, recoverability-constrained continuation, nine-direction material-distinction expansion, evidence and provenance verification, identity and authorization distinctions, family and all-beings protection frameworks, crisis and disaster simulations, analytical and longitudinal clinical-history checks, laboratory and biomarker research screening, regenerative and self-healing technology concept review, logistics and communications planning, and independent non-circular stopping assessments. Core principle: Before irreversible transitions, preserve the maximum admissibly recoverable future. After irreversibility, preserve the greatest recoverable remainder through containment, evidence, attribution, correction, restoration, compensation, reconstruction, adaptation, and successor continuity. The framework examines entities, states, events, intervals, relationships, dependencies, transitions, outcomes, protected interests, and admissible successor possibilities across biological, computational, technical, environmental, institutional, and social systems. Its nine-direction expansion method investigates internal structures, external effects, higher-level governance, foundational mechanisms, cross-domain relationships, historical provenance, future possibilities, adversarial failures, and recursive verification. Candidate distinctions are evaluated for their material effects on protection, evidence, timing, recoverability, responsibility, and remedy. Equivalent distinctions may be compressed without erasing their source history. The Zero-Distinction Boundary defines local mathematical closure within a specified finite model, declared assumptions, available evidence, and computational limits. A non-circular stopping assessment separately records unresolved protections, unverified transitions, enumeration limits, and reasons for closure. Materially new evidence or successor possibilities reopen evaluation. The software incorporates research-oriented modules for identity and authorization, clinical-history continuity, laboratory quality screening, pharmaceutical and cancer research assessment, regenerative biotechnology, self-healing materials, engineering maintenance, critical infrastructure, disaster recovery, communications, logistics, and human-centred governance. The companion also includes a unified executable launcher, local computing supervisor, processor and memory inspection, bounded accelerator scheduling simulations, operating-system sandbox interfaces, source-integrity checking, and offline continuity planning. Scope and validation: This publication is an executable research companion rather than a verified reproduction of every volume or archive listed in the wider seven-part research edition. It does not constitute deployed supercomputing infrastructure, independently validated medical technology, approved cancer treatment, operational pharmaceutical development, installed AI model weights, certified hardware control, or autonomous institutional authority. Clinical demonstrations are designed for fictional records. Real-world implementations require appropriate privacy protections, verified authorization, independent scientific and engineering validation, regulatory assessment, and domain-specific safety controls. Institutional application context: The related research publication describes a reported healthcare-safety application in Córdoba, Argentina. Its procedural status, institutional responses, and outcomes are applicant-reported and remain subject to documentary confirmation. This software deposit does not independently establish formal adoption or legal findings. Preservation and reproducibility: The package retains the original Boundary Omega archive byte-for-byte and includes executable Python components, demonstration examples, documentation, automated tests, and integrity-verification records. Purpose: Public scientific research, computational innovation, software preservation, independent verification, cross-domain engineering assessment, institutional evaluation, and responsible technological development. Publication status: Version 10.0 — Executable Research and Computing Companion. The related Expanded Meta-Universal Living-System Edition is research Version 2.0. This release does not claim universal empirical completeness or independent safety certificat