docs(roadmap): mark M1 shipped; add M1.5 visual-similarity milestone
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@@ -31,7 +31,8 @@ Each app is independently containerized (its own Dockerfile + port). `shared/*`
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| # | Name | Goal | Status |
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| # | Name | Goal | Status |
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|---|------|------|--------|
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|---|------|------|--------|
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| **M1** | Foundation + `trip-cluster` | Stand up the monorepo, shared packages, SQLite store, Immich ingest, and the `trip-cluster` app end-to-end. Validate on the last trip's photos. **This is the POC that proves the foundation.** | Design approved; spec written; plan pending |
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| **M1** | Foundation + `trip-cluster` | Stand up the monorepo, shared packages (`shared/ai` deferred to M3), SQLite store, Immich ingest, and the `trip-cluster` app end-to-end. Validate on a **hard, GPS-poor sample against a quantified acceptance bar** (not the easy last trip) before widening. **This is the POC that proves the foundation.** | **Shipped** — implemented, reviewed, merged to `main` (2026-06-27); 66 tests green. Validation-gate run on a hard sample still pending. |
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| **M1.5** | Visual similarity | Trip-level CLIP clustering over Immich's pgvector embeddings (whose readability M1's spike verifies) — the rescue signal for the GPS-poor old library where timestamp/GPS signals are weakest. | Not started (dependency spike in M1) |
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| **M2** | `tag-verify` | Verify/normalize existing tags, dedupe the tag vocabulary, find outliers — on the proven foundation. | Not started |
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| **M2** | `tag-verify` | Verify/normalize existing tags, dedupe the tag vocabulary, find outliers — on the proven foundation. | Not started |
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| **M3** | `enrich` | Geocode existing location tags ("Kiev" → coordinates) and backfill GPS into Immich to improve future trip detection; AI captioning; content tags; noise detection. | Not started |
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| **M3** | `enrich` | Geocode existing location tags ("Kiev" → coordinates) and backfill GPS into Immich to improve future trip detection; AI captioning; content tags; noise detection. | Not started |
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| **M4** | Migrate `image-rater` | Move the existing app onto the shared packages (+ optional SQLite). Largely mechanical (delete local copies, import shared). | Not started |
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| **M4** | Migrate `image-rater` | Move the existing app onto the shared packages (+ optional SQLite). Largely mechanical (delete local copies, import shared). | Not started |
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@@ -57,7 +58,7 @@ These apply across all milestones (decided during the 2026-06-27 brainstorm):
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## Enablement notes (things to set up to unlock later milestones)
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## Enablement notes (things to set up to unlock later milestones)
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- **Visual similarity (post-M1, leading enhancement):** Immich's REST API doesn't cleanly expose CLIP embeddings. Viable path = **read-only access to Immich's Postgres pgvector** embeddings (verify table/column against the live version). User can provide DB access; user is re-running CLIP with a stronger model — both pure upside for trip-level similarity, especially valuable for the GPS-poor old library.
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- **Visual similarity (M1.5; dependency verified in M1):** Immich's REST API doesn't cleanly expose CLIP embeddings. Viable path = **read-only access to Immich's Postgres pgvector** embeddings. **M1 runs a read-only feasibility spike** (confirm embeddings are readable; pin table/column shape + DB access against the live version); the trip-level clustering itself is **M1.5**. User can provide DB access and is re-running CLIP with a stronger model — both pure upside, especially for the GPS-poor old library.
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- **GPS facts:** Immich's reverse-geocoding only *labels* coordinates a photo already has; it does **not** invent GPS, and Immich cannot infer GPS from image content. For GPS-less old photos, coordinates come from manual map placement or the **M3 `enrich`** step (geocode location tags → write back as GPS). Reverse-geocoding + metadata-extraction jobs can be run anytime to strengthen location anchors for the GPS-having subset.
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- **GPS facts:** Immich's reverse-geocoding only *labels* coordinates a photo already has; it does **not** invent GPS, and Immich cannot infer GPS from image content. For GPS-less old photos, coordinates come from manual map placement or the **M3 `enrich`** step (geocode location tags → write back as GPS). Reverse-geocoding + metadata-extraction jobs can be run anytime to strengthen location anchors for the GPS-having subset.
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## Related specs
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## Related specs
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