Neotro Protocol Five-Domain Public Reproducibility Package for Transition Observability

This record provides the public reproducibility package supporting the associated manuscript “A second-order observation layer for transition observability”. The package supports public-reference reproducibility and aggregate verification for five structurally heterogeneous record families: battery lifecycle records, telecommunications packet-window records, Aegis 2.0 AI safety-taxonomy records, LIGHT dialogue interaction records and quantum execution records. The package contains five domain-specific reproducibility folders, public source inventories, public feature-group summaries, observer-state aggregate tables, main manuscript table and figure-support files, verification scripts, run-all verification output and package manifests. Version note: This five-domain public reproducibility package preserves the integrated public-reference structure of the associated manuscript dataset. In this release, the Quantum Compute domain is included as the updated v1.2 public dataset layer, while the Aegis 2.0, Battery, LIGHT and Telco domain folders retain their corresponding public release structures. The package-level and domain-level verification scripts support aggregate-number inspection across the full five-domain release. The public verification workflow supports inspection of the reported aggregate evidence at the stated public-reference level. It allows reviewers and readers to check source-inventory alignment, feature-group summaries, observer-state aggregate numbers and figure/table support files. Reviewer-oriented quick path: start with 00_README_REPRODUCE_MAIN_RESULTS.md, then run RUN_ALL_VERIFY_PUBLIC_NUMBERS.py to verify the reported public aggregate numbers across the five domain folders. The package is not a deployment-validation package and does not include deployment-specific calibration derivations, partner-authorized operational workflow logic, non-public operational data or implementation-sensitive record-level pipeline materials. The observer outputs are public-reference review-state summaries only and do not constitute diagnosis, control, moderation, benchmarking, quantum-performance evaluation or deployment-action claims. The underlying third-party public source records remain available from their original repositories as cited in the associated manuscript.