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Environment Matrix

Chapter 4 of 7 · Section 31 of 45

Sections

1. Intro

  • 1. Deploy your own
  • 2. Agenda

2. Prepare Google Cloud

  • 3. Bring your own project
  • 4. Dry-run first
  • 5. Private assets and domain restricted sharing
  • 6. The Navigator deployment matrix
  • 7. The `/app` mount and HTTP route ownership
  • 8. `neon` — the whole brand seam
  • 9. Live rollout checkpoint
  • 10. Set one site to one version

3. Provision the Infrastructure

  • 11. The APIs that light up
  • 12. Network and storage buckets
  • 13. How a Project portal reaches a client
  • 14. A document's bytes and authorization are separate
  • 15. A private image registry
  • 16. The cluster comes up
  • 17. What setup owns — and what follows it

4. Environment Matrix

  • 18. Three operating modes, two deployment profiles
  • 19. The deployment that says its matters are sample
  • 20. Configuration precedence: the first source wins
  • 21. Local dev controls: inputs read by `navigator dev`
  • 22. Local runtime: what `.devx/env` generates
  • 23. The store: SurrealDB
  • 24. Where SurrealDB authorization lives
  • 25. Deployed runtime: core web and worker wiring
  • 26. Deployed runtime: identity and access
  • 27. Deployed runtime: email, signatures, and billing
  • 28. Deployed runtime: repositories, content, AI, and scheduled work
  • 29. Provision and ship: variables read by the operator CLI
  • 30. Ancillary operations and opt-in test controls
  • 31. When sample data appears

5. Configure the Trust Boundaries

  • 32. Secrets: the invariants that gate the boot
  • 33. Sign-in: bring an OIDC provider; passwords live there, not here
  • 34. Role rings: who can do what
  • 35. Provider signup and parity across the deployments
  • 36. The external surface — every third party, in one place
  • 37. The two service deployments
  • 38. Security architecture

6. Ship the Instance

  • 39. Ship and verify
  • 40. Post the verified handoff in `#navigator`
  • 41. Point your domain at the instance (optional)
  • 42. Drive it from the CLI
  • 43. Make it yours — white-label under your own brand
  • 44. This is how we set up our production deployment

7. Wrap Up

  • 45. Canonical references

When sample data appears

SurfaceLocal devDisposable dev stagingPersistent hosted rows
Canonical database seedAlways runsAlways runsAlways runs
Sample-matter fixtureAlways runs (dev)Always runs (dev)neon-law-stg only
Test-local database fixturesBrowser/E2E harness onlyIntegration harness onlyNever
EmailCapturingEmail by defaultNon-production SendGridProduction SendGrid
E-signatureStub IDs and documentsNon-binding DocuSign demoLive DocuSign
BillingStubBillingProvider when Xero is absentSame fallbackSame fallback today
Contract reviewStub without VertexSame fallbackReference uses Vertex
Navigator MCP free-form routingNullRouter without VertexSame fallbackReference uses Vertex

Presenter notes

The canonical seed is not gated by environment: every web boot applies the SurrealDB schema and idempotently inserts the bundled catalog and firm-owned baseline rows in every deployment, production included. Jurisdictions are the clearest example of the distinction this table encodes. The full reference set — all 248 rows of store/seeds/Jurisdiction.yaml, every US state plus DC and every sovereign a matter can touch — is seeded on every boot in every environment, because an entity's domicile and an attorney's licensure must resolve wherever the application runs; since ENG-20 those rows live in SurrealDB, but the rule is engine-blind. The sample-matter fixture — three synthetic Projects, their participants, and their walkthrough rows — is the second, idempotent layer. It is applied wherever NAVIGATOR_SIMULATED_MATTERS resolves true: every dev boot, whether local KIND or the disposable staging lane, plus neon-law-stg, which says so explicitly because its own runtime profile is production. So staging.neonlaw.com serves the three demo matters under the sample-matter banner, and www.neonlaw.com holds live matters and no fixture; both receive the same canonical reference data. Both layers are applied by one environment-aware orchestration call (store::seed::seed_environment), so a reset or recreate restores the same baseline automatically. Provider simulation is a separate axis: the test harness permits fakes, while non-harness dev uses sandbox integrations. Test suites add further records inside isolated test schemas.

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