# Public Gooo 0.6.28 installation and retained report reads Observed 2026-10-11 KST using the public macOS arm64 release asset from [v0.6.28-dev](https://github.com/kimjooyoon/meta-ontology-go/releases/tag/v0.6.28-dev). Compiler source: `ee24a413d311b0be117bb8a7e260bd1ca35994bd`. Original publication run: `38097013464`, attempt 1, suite `103221004870`. Files copied without changing their bytes: - `build-identity.json`: actual installed public binary identity; Go 1.27.2, SDK 0.2.40-experimental. - `release-manifest.json`: public manifest from the original publication. - `hf-extreme-preflight.json`: actual public binary loaded the published extreme pooling model, returned READY_FOR_RANKING with zero predictions and zero candidate tests. - `canonical-report.txt`, `replay-report.md`: two display examples of retained historical results. The installation procedure compared all six report outputs (two retained records times text, Markdown, JSON) byte-for-byte with the previously recorded release-readiness outputs. This bundle includes two display examples; it does not repeat the historical experiments. The original full records are `cmd/gooo/testdata/canonical-native-construct-20261011.json.gz` and `internal/meta/languagereadiness/toolchainrelease/testdata/typed-path-replay.json.gz` in the named source. The preflight model artifact SHA256 is `c341e61830cda3bd4181bc3ebea15bd829b247cf39aa05908d6c570eab020680`. It is `result/model-extreme.json` in the public HF repository [asketeddy/gooo-canonical-decision-tiny-v1](https://huggingface.co/asketeddy/gooo-canonical-decision-tiny-v1). It has 76,136 resident weight bytes. The preflight measures loading and input preparation; ranking quality, native construction quality, and construction latency for these weights remain unmeasured by this observation. Historical model calls displayed in the report are not new calls. The original accepted-source automatic promotion run `38096729711` failed for missing App configuration. The separate transformation recovery run `38096729683` failed with ROLLBACK_FIXED_POINT_REJECTED. They are retained failures, alongside the successful release checks.