BOUNDARY OMEGA: Continuity Assurance Companion Software — Nine-Direction Recoverability and Governance Reference Runtime

BOUNDARY OMEGA: Continuity Assurance Companion Software (v27) is an offline, advisory-only Python reference runtime developed within the Boundary Project, Continuity Science, and Recoverability-Constrained Systems research programme by Noelia Sanchez. This companion software release extends the project's computational assurance work through bounded procedures for evaluating evidence provenance, authority, protected interests, recovery timing, uncertainty, independent verification, emergency priority, restoration, successor continuity, institutional accountability, and recursive governance. The release applies nine analytical directions— inward, outward, upward, downward, lateral, historical, prospective, adversarial, and recursive — to structured assurance and continuity assessments. It includes executable Python modules, workflow skills, reproducible local tests, example data, integrity records, and conditional stopping-and-reopening mechanisms. The v27 release reports 263 passing local tests, 18 packaged workflow skill directories, and 729 combinations in its additional finite inspection registry. These results represent bounded computational verification rather than universal scientific completeness or independent operational certification. This software is published as a companion to the BOUNDARY OMEGA Complete Integrated Edition, supporting computational reproducibility, interdisciplinary research, independent technical assessment, and the preservation of recoverable future possibilities. The runtime remains offline and advisory-only, with no external actuation. Its analytical conclusions remain conditional on supplied evidence, implementation assumptions, and further independent verification.