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StormScope

Live US weather radar with webcam overlays. See real-time radar and click traffic cameras to view current weather conditions through live feeds.

Open the live StormScope map →

Features

  • Live Weather Radar — Animated RainViewer radar with official NOAA/NWS MRMS failover, source/age/coverage status, and adjustable opacity
  • Accessible Radar Timeline — Direct frame scrubbing, manual-only/0.5×/1×/2× playback, explicit frame age and light/moderate/heavy scale text, color-accessible palettes, and a rolling request budget that automatically falls back to NOAA before exceeding RainViewer's public limit
  • Synchronized Map Comparison — An opt-in two-pane workspace keeps center/zoom aligned while each pane independently selects radar time, GOES satellite, or current NWS hazards; low-data, hidden-tab, request, tile, decoded-memory, and frame-time budgets are enforced
  • Official Weather Alerts — Viewport-scoped NWS watches, warnings, and advisories with severity polygons and accessible details
  • Incident Camera Context — Alert and wildfire details rank up to eight non-offline cameras inside or within 50 km of the mapped boundary by durable verification evidence, distance, and bearing, with map/open actions and an atomic playable 2–4 camera monitor
  • Accessible Situation Summary — A keyboard-triggered semantic panel reports localized map position/zoom, center radar coverage/age/echo intensity, warning and independently loaded wildfire counts, and the globally nearest verified cameras; alerts and cameras open without moving the map
  • Optional Hazard Context — Keyless NOAA lightning density and complete paginated, viewport-bounded NIFC wildfire perimeters start off, show freshness and attribution, fail independently, retain the last complete snapshot, and stay below warnings and cameras
  • Official GOES Satellite Context — Optional NOAA NESDIS merged GeoColor imagery uses the latest authoritative frame, bounded viewport exports, explicit coverage/freshness/attribution, and an independent pane below radar, warnings, and cameras
  • 36,592 Indexed Cameras — 13,071 verified healthy, 1 degraded, and 23,520 not yet verified across traffic, FAA, NOAA/NWS, USGS, NRAO, park, university, provider, and webcam sources
  • Locate Me — A header control centers the map on your device location (browser Geolocation, permission-gated) with a transient marker; coordinates are session-only and never stored, shared, or added to scene links
  • Place & Address Search — Keyless OpenStreetMap geocoding (Photon with Nominatim fallback) with debounced type-ahead, an accessible results listbox, and OSM attribution; selecting a result pans the map, and queries are session-only
  • Fast Camera Discovery — Progressive state shards make the map interactive before the full corpus loads; accessible search, health/source/type filters, health-first name/distance sorting, and a virtualized result list stay synchronized with the map without reclustering on scroll; Arrow/Page/Home/End navigation crosses unrendered slices
  • Camera Refresh Health — A schema-validated, redacted source-health artifact distinguishes fresh adapter results, retained last-known-good rows, failures, and unknown pre-history; the Search panel scopes counts to its source filter and diagnostic exports include only bounded operational fields
  • Visible Feed Provenance — Every camera viewer distinguishes provider frame time, StormScope verification, expiring device-local playback evidence, provider/source, feed type, cadence, and degraded reason without relying on hover text
  • Local Favorites and Workflow Profiles — Named schema-v3 profiles restore map, layers, radar presentation, alert threshold, camera filters, weather units, and data mode; three immutable presets and validated portable migration/import/export work without an account
  • Shareable Map Scenes — Copy or share a bounded versioned link containing the map, public layers, radar frame/presentation, alerts, camera filters, and active camera without exposing favorites or private local state
  • NHC Tropical Cyclones — Optional official advisory centers, forecast points/tracks/cones, and coastal watches/warnings with explicit partial/no-active states and nearby cameras
  • WPC Flood Outlooks & Gauges — Selected Day 1–3 excessive-rainfall and five-day significant-river outlooks remain independent; viewport gauges appear only after a USGS observation is joined to matching official NOAA NWPS flood thresholds
  • Severe & Tornado Watches — Optional, default-off SPC watch polygons (the area under threat, distinct from CAP warnings) from the keyless NOAA ArcGIS service; expired and non-severe watches are dropped, tornado watches sit above severe-thunderstorm watches, and popups link the official SPC watch
  • SPC Convective Outlooks — Optional, default-off Day 1–3 categorical severe-storm risk polygons (general thunderstorm through high) from the keyless NOAA SPC ArcGIS service, with official colors, issue/valid times, and DOM-only popups that distinguish risk guidance from warnings
  • USGS Earthquakes — Optional, default-off layer from the keyless USGS GeoJSON feeds with selectable magnitude and period, magnitude-scaled markers, and DOM-only popups showing place, magnitude, depth, time, and the official event link
  • Private Local Overlays — Strict bounded GeoJSON/GPX imports render with fixed safe styling, remain session-only by default, persist in IndexedDB only after Keep locally, export canonically, and never enter shared scene links or network requests
  • Connection-Aware Data Usage — Automatic mode honors Save-Data by pausing the camera corpus, radar animation/preload, and frequent still refreshes; Standard and Low overrides work in every browser, with explicit catalog and feed starts
  • Installable PWA — Stable installed identity, verified Severe Weather and Travel shortcuts, wide/narrow install screenshots, Chromium install prompting, and accurate Safari Add to Home Screen guidance
  • Recoverable Offline Storage — Cache diagnostics report cache bytes plus origin usage/quota, percentage, and persistence state; users can request durable offline storage or clear runtime data while preserving the app shell
  • English and Spanish UI — Live language switching covers controls, cache recovery, compass/CAP vocabulary, source taxonomy, radar/provider states, weather labels, WMO conditions, dates, numbers, and units; source-authored NWS prose is explicitly identified when it remains in English
  • Bounded Multi-Camera Monitor — Select 2–4 search results after a bandwidth warning; offscreen/hidden direct feeds pause, one close destroys all players, and unsupported provider embeds become safe source links
  • Opt-in Monitoring Wake Lock — A session-only control can keep the display awake during active radar, camera, multi-camera, or comparison monitoring; it releases when hidden or closed and remains off by default
  • 599 YouTube Live Streams — Playback-verified streams including beaches, airports, railcams, harbors, city skylines, landmarks, campuses, indoor/outdoor feeds, wildlife cams, volcano cams, and city-list discoveries (red markers)
  • 256 EarthCam Live Snapshot Feeds — EarthCam Network cameras render their official refreshing image.php snapshot frame directly in the viewer (EarthCam's player gates live video to authorized domains, so 256 of 276 rows now use the hotlinkable public snapshot instead of a non-playing page embed); 20 partner-hosted EarthCam rows remain page embeds
  • 253 Provider Embed Feeds — 20 EarthCam embed pages, 162 active NPS embed pages, 18 FAA WeatherCam pages, 17 Hazcams weather players, 6 DRBA ferry players, 4 AngelCam players, 4 direct LiveBeaches/Brownrice players, 21 first-party IPCamLive embeds, and 1 first-party RTSP.me lake feed
  • Click-to-View — YouTube embeds, EarthCam live snapshots, HLS video streams, and auto-refreshing image feeds in a modal viewer
  • Observed and Forecast Weather — US cameras pair the nearest valid NWS station observation, age, source, and distance with independently recoverable hourly forecast context; Open-Meteo provides current-condition fallback elsewhere or when both NWS branches fail
  • Light and Dark Themes — Glassmorphism UI with a matching CartoDB dark/light basemap; the Appearance control offers Match system (respects prefers-color-scheme), Always dark, and Always light, and the choice persists locally
  • No API Keys — Runs entirely client-side with free, keyless APIs
  • Installable PWA — Offline camera/radar fallback, visible cache/freshness state, safe cache recovery, and deterministic update activation
  • Mobile Responsive — Portrait and short-height landscape layouts keep layers, alerts, search results, camera details, multi-camera monitoring, and the radar timeline internally scrollable and keyboard reachable in both themes

Camera Coverage

36,592 indexed cameras across all 50 US states plus Washington, D.C. The generated manifest records 13,071 verified healthy, 1 degraded, 0 offline, and 23,520 unverified feeds:

State Cameras State Cameras
Florida 4,988 Alabama 597
California 3,129 Indiana 574
Utah 2,054 Missouri 563
Minnesota 1,722 Maryland 523
Virginia 1,677 Kansas 519
Pennsylvania 1,515 Idaho 460
Washington 1,355 Wisconsin 452
North Carolina 1,128 Oklahoma 361
Oregon 1,128 Connecticut 356
Iowa 1,127 Nebraska 350
Ohio 1,066 Louisiana 338
Colorado 1,013 Illinois 331
New York 996 Delaware 323
Georgia 848 Kentucky 252
Texas 833 Alaska 233
Michigan 778 New Mexico 199
Arizona 752 North Dakota 211
South Carolina 749 New Hampshire 199
Tennessee 677 South Dakota 186
Nevada 661 Mississippi 162

Plus: Maine (149, including Acadia NPS, Rockland Ferry, and Hog Island wildlife additions), Rhode Island (148, including 4 first-party URI campus views and 5 current harbor/downtown/wildlife/rail YouTube feeds), New Jersey (144, including 129 advancing NJTA HLS cameras), West Virginia (127, including 3 Canaan Valley resort views, 3 current NCTC eagle views, and a corrected Canyon Rim NPS image), Vermont (96, including 6 current YouTube cameras), Massachusetts (49, including 11 directly verified NPS images, 2 MWRA HLS feeds, and 32 current YouTube cameras), Montana (49, including 9 current Glacier NPS images and 2 current YouTube cameras), Hawaii (37, including 14 current public-domain USGS HVO images and 19 current YouTube cameras), U.S. Virgin Islands (30, including 27 currently verified YouTube streams), Arkansas (28, including 17 advancing Hazcams weather players), Puerto Rico (28, including 19 advancing ACT traffic cameras and 6 current CC BY 4.0 NSF NEON/PhenoCam research images), Wyoming (17, including 8 directly verified NPS feeds and 2 current Range destination cameras), Washington, D.C. (13, including 6 first-party Smithsonian wildlife streams and a Union Station railcam), Guam (1 verified first-party destination camera), American Samoa (1 current Pago Pago Harbor image), and the remaining lower-count US states and territories, international country buckets, 197 active National Park webcams, 2 MWRA HLS feeds, 256 EarthCam live snapshot feeds and 20 EarthCam embed pages, 18 FAA WeatherCam embeds, 17 Hazcams embeds, 4 AngelCam embeds, 22 first-party IPCamLive feeds, 6 Smithsonian HLS feeds, 3 NOAA/NWS stills, 32 USGS stills, 1 NRAO still, 9 university/PhenoCam feeds, 4 LiveBeaches direct embeds, and 599 playback-verified YouTube streams.

Quick Start

No build step required. Serve with any static file server:

# Python
python -m http.server 8000

# Node.js
npx serve .

# VS Code
# Install "Live Server" extension, right-click index.html → Open with Live Server

Open http://localhost:8000 in your browser.

Install the complete pinned local toolchain from a clean checkout:

python -m venv .venv
# Windows: .venv\Scripts\activate
# macOS/Linux: source .venv/bin/activate
python -m pip install -r requirements-dev.txt
npm ci
npx playwright install chromium firefox webkit
python scripts/preflight.py

The preflight reports every actual version and install path before work starts. Supported versions are Python >=3.11,<4, Node.js >=18, npm >=9, curl >=8, Ruff 0.15.20, yt-dlp 2026.7.4, and Playwright 1.61.1 with its pinned Chromium, Firefox, and WebKit engines installed. Python tools are exact-pinned in requirements-dev.txt; Node tooling is exact-locked by package-lock.json and declares npm 11.13.0 as the development package manager.

Run the complete local regression gate before changing or publishing the app:

python scripts/check.py

The gate runs the preflight first, then uses Playwright Chromium for the exhaustive smoke and reduced Firefox/WebKit contracts for boot, search, modal cleanup, cached offline shell, and HLS branch behavior. The Windows WebKit port uses an injected native-HLS capability to exercise that branch because the port does not ship the platform media stack.

It validates the camera corpus and deterministic shards, verifies vendored dependency/license hashes, audits every exact Python/Node/browser pin plus expiring supplemental CVE dispositions, runs Python units, lint, JavaScript syntax/contracts and service-worker tests, and enforces a real headless desktop/mobile/modal/offline/cache/accessibility smoke. The smoke requires the first camera shard to render within 2.5 seconds on the local Chromium test profile.

The same deterministic gate protects every push and pull request in GitHub Actions. Browser failures retain the failing page screenshot, HTML, and stack trace for seven days. A read-only weekly audit checks exact pins against OSV/NVD and reports newer direct Python, Node, and vendored releases without changing project files.

Preview a release-wide version/cache update without changing files, then apply the same validated transaction:

python scripts/package_release.py --prepare "$NEXT_VERSION" --date "$RELEASE_DATE" --note "$RELEASE_NOTE" --dry-run
python scripts/package_release.py --prepare "$NEXT_VERSION" --date "$RELEASE_DATE" --note "$RELEASE_NOTE"

NEXT_VERSION must be a newer X.Y.Z, RELEASE_DATE must be YYYY-MM-DD, and RELEASE_NOTE is a single changelog bullet (repeat --note for more). Preparation prevalidates and then atomically replaces every package/app/badge/User-Agent surface, increments the SW cache, and inserts the dated changelog entry; any failed replace or parity check restores the original bytes.

Build the one release asset only from the resulting clean committed tree:

python scripts/package_release.py --clean

The packager rejects version drift, dirty/untracked input, stale tags, and stale dist/ files; writes only dist/StormScope-vX.Y.Z.zip; fixes entry order, timestamps, compression, and permissions; embeds release-manifest.json with the exact commit and SHA-256/size of every tracked file; then reopens and verifies the archive before printing its final SHA-256. Repeating the command for the same commit produces identical bytes.

Audit exact vendored versions, licenses, newer stable releases, and OSV advisories while also exercising Leaflet 1.9.4, markercluster 1.5.3, and HLS.js 1.6.16 in Chromium:

python scripts/vendor_dependencies.py --check-updates --behavior

Rebuild every vendored file and third-party license from hash-pinned npm tarballs:

python scripts/vendor_dependencies.py --rebuild

The pinned package/tarball/file/license inventory is vendor/dependencies.json. Update that manifest deliberately before an upgrade; a newer version or advisory exits the audit with status 2, while any byte or license mismatch exits with status 1.

Run the live all-pin advisory audit against OSV and independently confirm every reviewed CVE in NVD:

python scripts/dependency_audit.py --online

The normal regression gate runs the same exact-pin inventory and expiring disposition checks offline. The live mode exits with status 2 for any undispositioned advisory and status 1 for malformed/expired reviews, NVD mismatches, or inventory drift. Reviewed tooling advisories live in config/dependency-advisories.json; vendored dispositions remain beside their hash/license provenance in vendor/dependencies.json.

Contributing and Security

Before proposing a change, install the pinned toolchain above and run python scripts/check.py. That command is the public acceptance contract: it validates camera data and generated shards, exact dependency/license pins, Python and JavaScript behavior, service-worker routing, accessibility, offline recovery, and Chromium/Firefox/WebKit smoke paths. UI copy must remain in both en and es catalogs in js/i18n.js; shell modules must load before js/app.js and be listed in sw.js; release versions must be changed only through scripts/package_release.py --prepare.

Camera ingestion changes have additional data-safety invariants:

  • A provider adapter returns one atomic ProviderResult from scripts/providers/contracts.py; a failed result cannot contain partial cameras, and incomplete/empty provider snapshots retain the last-known-good rows.
  • Adapter names are unique, registry order is stable, and runner results must preserve the requested provider identity (scripts/providers/registry.py).
  • Durable camera IDs and provider identities survive feed URL rotation. Existing IDs are never renumbered or reused; new IDs come from the locked atomic sequence in scripts/camera_data.py.
  • Records must pass data/cameras.schema.json, exact feed-type/source rules, HTTPS/embed trust checks, coverage floors, and protocol-specific freshness or advancement probes before replacement.
  • Add or update focused adapter/failure tests, run a bounded --provider refresh when applicable, rebuild shards with python scripts/build_camera_shards.py, then run the complete gate. Never commit a retained/failed provider as a successful partial snapshot.

Report suspected vulnerabilities privately to matt_parker@outlook.com with the subject [StormScope security]. Include the affected StormScope version or commit, impact, minimal reproduction, and any proposed mitigation; sanitize tokens, personal data, precise private locations, and third-party credentials. Do not open a public issue containing exploit details before remediation and coordinated disclosure.

Tech Stack

Data Sources

  • Radar: RainViewer primary with official NOAA/NWS MRMS fallback; distributors may package one strictly allowlisted RainViewer-v2-compatible primary instead. The UI identifies the active source, age, resolution, coverage, and degradation reason
  • Hazard context: NOAA nowCOAST 15-minute lightning density and NIFC WFIGS current wildfire perimeters, both optional and keyless
  • Tropical context: NOAA NHC forecast points, tracks, cones, and coastal watches/warnings from the official tropical weather summary ArcGIS service, optional and keyless
  • Flood planning context: NOAA WPC excessive-rainfall/significant-river outlooks plus strictly threshold-authorized USGS/NWPS gauge joins, optional and keyless; the UI explicitly distinguishes outlook guidance from warnings and all-clear claims
  • Local overlays: GeoJSON/GPX files are validated and rendered entirely on-device; they are never uploaded, linked from properties, cached by the service worker, or included in scene URLs
  • Cameras: 30+ official state/local DOT sources (Caltrans, FL511, WSDOT, NYCDOT, IDOT, MDOT, CDOT, WV511, NMRoads, Tennessee SmartWay, Clarksville Traffic Cameras, etc.), OpenTrafficCamMap, NOAA/NWS, USGS, NRAO, NPS, MWRA, EarthCam, first-party IPCamLive destinations, LiveBeaches, and verified-live YouTube streams
  • City discovery list: U.S. Census Bureau 2025 Gazetteer places file, filtered to legal city records and written as City, State
  • Weather: National Weather Service (NWS) hourly forecast API

Custom Radar Distributions

config/radar-provider.json is disabled in the official distribution. A distributor may configure exactly one credential-free HTTPS RainViewer-v2-compatible discovery endpoint, explicit tile origins, required attribution, native zoom, history, and freshness thresholds. The provider ID and protocol are fixed; query strings, fragments, credentials, wildcards, unknown fields, and insecure origins fail validation.

After editing the configuration, regenerate the immutable local runtime module and synchronize only its exact origins into connect-src:

python scripts/build_radar_config.py --update-csp index.html
python scripts/package_release.py --check

The packaged endpoint replaces RainViewer as the primary source and falls directly to NOAA/NWS MRMS when unhealthy. Runtime URL parameters and local storage cannot select or alter it. Disabling or changing the configuration with the same command removes the prior generated origins before adding the current allowlist.

Comparing Maps

Open Layers → Compare two maps. The left pane starts on the latest radar frame and the right pane on the latest validated GOES GeoColor image. Either pane can independently select a radar frame, satellite, or the current normalized NWS hazard geometry while center and zoom remain synchronized. Comparison maps are temporary: closing the workspace or hiding the tab destroys their layers, requests, timers, and Leaflet instances.

Comparison uses manual radar frames with no preload or animation, at most 72 comparison/basemap requests per rolling minute, at most 64 live tile nodes per pane, and a 32 MiB decoded-tile estimate ceiling. In low-data or Save-Data mode, only one network raster pane runs; choose NWS hazards in the other pane to activate its suspended radar or satellite selection.

Refreshing Camera Data

Run the data fetcher to pull fresh camera data from all state DOT APIs:

python scripts/fetch_cameras.py

This queries 30+ live sources and transactionally merges DOT/NPS results into data/cameras.json. Ordered typed adapters in scripts/providers/ isolate shared MapIcons, DataTables/WKT, Iteris GeoJSON, and CARS GraphQL protocols behind an injected runtime; one-off collectors retain the same adapter/result boundary. Provider failures retain their last-known-good rows, curated sources are preserved, schema and coverage gates run before replacement, and the previous valid dataset is saved as data/cameras.json.bak. Every attempted adapter also updates data/source-health.json with bounded failure classes, fresh/retained/replaced counts, coverage change, and attempt/success times; raw provider errors and URLs never enter that artifact. Use --provider Oklahoma, --provider Delaware, --provider "West Virginia", or --provider "Puerto Rico" for a bounded provider-only refresh; selection remains case-insensitive and unambiguous. HLS feeds must advance across two media-playlist probes, while ACT images must expose current provider timestamps and advancing frames. Restore the rollback copy with:

python scripts/fetch_cameras.py --rollback

Rebuild the checked-in state shards and compact index after any accepted camera-data change:

python scripts/build_camera_shards.py

The app loads data/cameras.index.json and data/camera-shards/ progressively, with the schema-v2 monolith retained as a tested migration fallback. All camera writers share the schema-v2 contract in data/cameras.schema.json, preserve stable camera IDs through refreshes, and reserve new IDs from an atomic never-reused sequence before using an exclusive lock plus fsynced temporary file and atomic replacement. A dry-run city search may read data/us_city_livestream_checkpoint.json with --resume, but changes neither that checkpoint nor the camera dataset unless --apply is present.

Run the YouTube discovery automation to exhaust live-filtered search queries, verify live streams with extractor playback metadata, and append only fixed-location streams with curated coordinates:

python scripts/discover_youtube_cameras.py --query-mode exhaustive --max-pages 8 --apply

Discovery reports are written to data/youtube_discovery_report.json. Curated fixed-location metadata lives in data/youtube_location_overrides.json; YouTube entries store the 11-character video ID only.

Audit existing YouTube rows and remove confirmed broken/non-live streams:

python scripts/audit_youtube_streams.py --apply

Target a known canonical stream without auditing the full corpus by repeating --video VIDEO_ID as needed.

For long unattended discovery, run the loop driver. --iterations 0 runs continuously; omit --apply for a dry run:

python scripts/livestream_automation_loop.py --iterations 0 --apply --geocode

The audit keeps transient extractor/network failures by default and removes only confirmed failed rows. Discovery and audit reports are ignored under data/*_report*.json.

Known direct YouTube watch URLs can be verified and appended with:

python scripts/discover_youtube_cameras.py --query-mode custom --video https://www.youtube.com/watch?v=VIDEO_ID --apply

Run the EarthCam discovery automation to harvest the public EarthCam network API, verify online cam_state feeds, search EarthCam-branded YouTube live results, and append only deduplicated fixed-location records:

python scripts/discover_earthcam_feeds.py --apply

EarthCam provider entries are stored as type: "embed" with full page URLs. EarthCam YouTube entries still store only the 11-character video ID.

Run the LiveBeaches discovery automation to harvest category pages, extract direct supported player iframes, verify YouTube embeds, geocode fixed locations, and append deduplicated records:

python scripts/discover_livebeaches_feeds.py --apply --max-pages-per-category 2

LiveBeaches Brownrice player entries are stored as type: "embed" with direct player URLs; LiveBeaches YouTube entries store only the 11-character video ID.

Build the full U.S. city search list from the Census Gazetteer:

python scripts/discover_city_livestreams.py --build-city-list

This writes data/us_cities_2025.txt and data/us_cities_2025.json with 10,230 labels in City, State format. Continue the exhaustive YouTube live-search pass over that list with:

python scripts/discover_city_livestreams.py --apply --resume

Use --limit-cities 200 for bounded batches. The script searches live-filtered YouTube results, verifies each accepted video is currently live, rejects common non-camera and wrong-state matches, stores only the 11-character video ID, and records progress in data/us_city_livestream_checkpoint.json. Cities with transient YouTube search errors stay retryable instead of being marked complete.

Adding More Cameras

Camera data lives in data/cameras.json. Each entry:

{
  "id": 1,
  "name": "I-10 McDonald Rd",
  "lat": 30.53555,
  "lon": -88.23918,
  "url": "https://example.com/stream/playlist.m3u8",
  "type": "hls",
  "state": "Alabama",
  "county": "Mobile",
  "direction": "E",
  "source": "dot",
  "last_verified": null,
  "health": "unknown",
  "failure_class": null,
  "source_url": "https://example.com/stream/playlist.m3u8",
  "refresh_cadence_seconds": null
}

Supported type values: hls (M3U8 streams), image (JPEG with auto-refresh), mjpeg (motion JPEG streams), embed (iframe page URL), youtube (YouTube video ID only, not a full URL).

Health/provenance fields are schema-v2 metadata. unknown and null mean the feed has not been verified by the current pipeline; they never imply success. Transient provider failures degrade existing rows instead of deleting them. Browser playback never rewrites this provider evidence: device-local playable, unavailable, unsupported, and retry outcomes are stored separately with a six-hour expiry.

License

MIT

About

Live US weather radar, NWS alerts, official hazard layers, and 36,592 traffic/weather cameras — installable offline-ready PWA

sysadmindoc.github.io/StormScope/

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