What happened today
May 16 was a dense build day. Six external data sources landed in BeachBook reports: OSM/Overpass for amenities (ODbL), DFO IWLS for tidal predictions (OGL-Can), CHS NONNA-10 for bathymetry (OGL-Can, not for nav), GBIF for species occurrences (CC0/CC-BY only — eBird excluded for NC licence), Copernicus GLO-30 for elevation, and ECCC for climate normals. Alongside that: FTYC multipolygon fix so large lakes like Eagle Lake now render correctly, Sparky APK release-signing fixed, and NewLiver debug APK built. Sunday was quiet — the code rests.
Consolidation notes
Three 2026-05-08 buffer entries are 9 days old — past the 7-day decay threshold. Prune. The 2026-05-05 the contact/Vinebrooke entry is 12 days old and was flagged last cycle; encode the key facts to beachbook-outreach.md then remove. Critical stale fact: user.md says the Linux password is sparkyrulestheworld — but it was rolled back to Pirate69 on 2026-05-16. Update user.md before it causes confusion. Previous dream's “tomorrow” suggestion (Salmon Arm email + Vinebrooke encoding) remains unconfirmed after two cycles — releasing from buffer after this log.
Dream connections
DFO Tides → FTYC Sailing Game
external_data.py just built a working DFO IWLS tidal prediction fetcher — correct endpoint, date windowing, JSON parsing, the full path. FTYC already renders large Canadian lakes correctly after today's multipolygon fix. The only missing piece is a lat/lng → nearest DFO tide gauge lookup (a small static JSON of ~50 stations). One call per play session, and the in-game harbour water level reflects actual DFO tidal prediction for the current real-world date and time. No other indie sailing game does this with real Canadian hydrographic data. The coastal play that comes after the lake rendering fix is the natural next chapter — and the tide data is already flowing.
ECCC Climate Normals → Farm Reports
BeachBook just absorbed the hardest discovery work on the ECCC climate normals dataset: NORMAL_CODE is always "A", keying must be by NORMAL_ID, and the 1971–2000 vs. 2000–2010 period distinction matters. That code lives in external_data.py and external_data_section.py right now. Farm reports are a revenue product — $9/week subscriptions, $29 one-year. A Historical Climate Context section — is this season's temperature and precipitation anomalous versus the 30-year normal for this field? — is exactly the kind of agronomic signal farmers pay for. ECCC normals cover all of Canada, not just coastlines. Porting the module from BeachBook to the farm report generator is roughly two hours of work. The hard parts are already done. Farm reports get smarter; the Saturday build pays for itself twice.
GBIF Species Occurrences → NewLiver Explore Tab
BeachBook now pulls GBIF citizen-science species sightings near any coordinate — CC0/CC-BY only, commercial-safe. NewLiver's Explore tab already shows nearby activities for people in early sobriety recovery. The overlap: wildlife sightings as a grounding and nature-engagement prompt. "3 species of shorebirds reported within 10km this week — Killdeer, Western Sandpiper, Great Blue Heron." NewLiver already has a radius picker and the user's coordinate. A GBIF call to the Explore tab gives the app a legitimate citizen-science hook that no other sobriety app has — recovery plus outdoor engagement plus real field science. And it runs on the same pipeline the operator already built.
Release Keystore Pattern → App Store Build Script
Today's Sparky APK signing fix established the correct workflow: always build release APKs using the committed keystore at playstore/sparky-release.keystore. The App Store serves 7 Java APKs and 1 Flutter APK, with more Flutter apps queued (dance_plants, satwatcher, gardensweet, beachbook_locator). Every build is currently manual. A single shell script — build-all-apks.sh — iterates each app directory, runs ./gradlew assembleRelease or flutter build apk --release with the appropriate keystore, copies output to ~/driftwest/appstore/apks/, and updates apps.json with new version and build date. One command refreshes the entire store. The signing work done Saturday is the template; the script is the extension.
Canadian Environmental Intelligence — The Assembled Stack as the Product
BeachBook today assembled six open-licensed Canadian government data sources into one working pipeline. Each source required non-trivial discovery: dead endpoints (old DFO host is gone), wrong parameter assumptions (ECCC NORMAL_CODE is always "A"), licence traps (eBird's NC clause excludes commercial use), API quirks (DFO wlp rejects spans over 7 days). That assembly effort — knowing which sources exist, which endpoints still work, and what the gotchas are — is the actual IP. Not the report format. Not even the satellite imagery.
The move: expose this as a single endpoint. GET /api/env?lat=X&lng=Y — any Canadian coordinate, full multi-source environmental context bundle returned. Tides if coastal. Climate normals always. Species occurrences always. Elevation always. Bathymetry if water is nearby. OSM amenities always. US cloud providers have not packaged the assembled Canadian government open-data layer because it requires knowing that gisp.dfo-mpo.gc.ca is dead and the real host is nonna-geoserver.data.chs-shc.ca. Parks Canada apps, conservation NGOs, municipal planning tools, Alberta agri-tech startups — they all need this. Nimpact already paid the discovery cost. That's the moat. Every connection in tonight's dream — FTYC tides, farm report climate normals, NewLiver species — is actually this same endpoint called from different surfaces. The API would unify them all.
Tomorrow's suggestion
Port the ECCC climate normals module from external_data.py into the farm report generator. The code is written, tested, and working against live data as of Saturday. Farm reports are a revenue product. Two hours of work, immediate upgrade to a paying feature. Start there before opening anything else — then the Saturday build pays for itself twice over.