life. scored.

You are already a number.

A credit score, an actuarial row, a callback probability — this app rebuilds those numbers in the open: every rule cited or flagged as a guess, every weight visible and editable. Transparency, not judgment.

check it out - lifescored.com

Stack

• Svelte 5 + SvelteKit, prerendered static pages, deployed to Cloudflare Workers
• One dynamic endpoint: POST /api/narrative — KV-cached Gemini narratives with a deterministic local fallback (the app is fully functional with no API key at all)
• All user data stays in the browser (localStorage + URL-fragment share links)
• Traffic is measured with Cloudflare Web Analytics — cookieless and aggregate; it cannot see your inputs, which never leave your device anyway.

Develop

npm install
npm run dev      # app at localhost:5173 (narrative falls back to local composer)
npm test         # vitest suite: rulebook invariants, engine, codec, worker handler
npm run check    # svelte-check
npm run types    # regenerate Cloudflare bindings after changing wrangler.jsonc

Narrative cache misses reserve one call atomically in the NarrativeBudget SQLite Durable Object: at most 200 per UTC day globally and 10 per IPv4 address or IPv6 /64 network per day. IPv4-mapped IPv6 shares the IPv4 allowance. People on the same network may share an allowance; cache hits and the local composer remain available. Failed upstream calls consume a reservation; failed reservations use the local fallback. Cache hits do not consume quota. The coordinator stores only a daily address hash, and removes previous-day entries on the next day's first reservation. It never sees profile inputs or narrative text. KV is used only for the narrative cache.

npm run build adds the Durable Object export to the adapter-generated Worker; deploy that build through the existing workflow. Wrangler creates the coordinator through the versioned migration in wrangler.jsonc. Run npm run types after binding changes; its helper resolves the class from source so checks work on a clean clone.

Deploy (Cloudflare free tier)

Deploys run automatically from GitHub Actions on every push to main (.github/workflows/deploy.yml): the workflow runs the full test suite + typecheck, and only then builds and deploys. Pull requests run the same gates and a Worker dry run without deploying.

One-time setup:

Secrets are kept in hush: stored once in your OS keychain, then piped straight into the consumer — they never get pasted into a terminal, echoed, or printed. This project's hush items use a lifescored- prefix so they group together in a keychain search. (No hush? Drop the hush pipe … -- prefix and run the bare npx wrangler / gh command; hush just wraps it.) Local dev needs no secrets at all — the narrative falls back to a local composer.

1. Create the KV namespace and paste its id into wrangler.jsonc:

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   npx wrangler kv namespace create NARRATIVE_KV
   

2. Set the Gemini key as a Worker secret (persists across deploys; optional — omit to run AI-free with the local narrative fallback):

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   hush set lifescored-gemini-key                                   # paste it once, hidden dialog
   hush pipe lifescored-gemini-key -- npx wrangler secret put GEMINI_API_KEY
   

3. Give GitHub Actions the deploy credentials (Settings → Secrets and variables → Actions):

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   hush set lifescored-cloudflare-api-token                         # "Edit Cloudflare Workers" token
   hush pipe lifescored-cloudflare-api-token -- gh secret set CLOUDFLARE_API_TOKEN
   gh secret set CLOUDFLARE_ACCOUNT_ID --body "<your-account-id>"    # account id isn't secret
   

Push to main and the action ships it. To deploy by hand instead:

   npm run deploy

Deploy your own

Fork the repo, do the one-time setup above with your own Cloudflare account, and push. The app is fully functional with no Gemini key at all.

Editing the rulebook

Rules live in src/lib/rulebook/<domain>.ts. Each rule is declarative: logic, evidence tag (SOURCED/SPECULATIVE), citation with access date, a pure position(inputs) (the measured fact, normalized to a numeric position), declared bounds (negative floors only where the cited system itself subtracts; the wealth rules are uncapped above), and a weightRationale justifying its weight against the 1.0× income baseline; the engine computes points = round(position × weight). Add a rule, and the UI, weight editor, share codec, and about-page source list pick it up automatically. npm test enforces the invariants (bounds, integer scores, citation present).

Use it from an agent (MCP or skill)

The whole rulebook + exact math is published so any agent can compute a score on its own side — nothing about a person is ever sent to lifescored.com.

• MCP server — com.lifescored/mcp on the official registry; endpoint https://lifescored.com/mcp (stateless Streamable HTTP, no auth, accepts no personal data). Tools: get_rulebook, get_input_schema, get_methodology, how_to_give_feedback.
• Skill — a drop-in skills/lifescored/ skill. Copy it into your agent's skills directory (e.g. ~/.claude/skills/). It prefers the MCP and falls back to rules.json.
• Raw data — https://lifescored.com/rules.json and /llms.txt.

Contributing

Every commit must reference a GitHub issue number, e.g. feat: add presets (#2) or refs #5. A commit-msg hook enforces this automatically — it is installed via core.hooksPath pointing to .githooks/, which activates on npm install (the prepare script runs git config core.hooksPath .githooks). Merge commits and reverts are exempt. To find or open an issue: gh issue list / gh issue create.

License

MIT — see LICENSE.