julian
bfe64032d8
Turborepo (pnpm workspaces) with all dependencies pinned to latest mutually-compatible versions: turbo 2.9, TypeScript 6, Fastify 5, React 19, Vite 8, better-sqlite3 12 + Drizzle ORM 0.45. Layout: - apps/server Fastify backend (local JWT auth + role guard, /health) - apps/web React 19 + Vite 8 operator SPA - packages/db Drizzle schema on SQLite/WAL; append-only events + users - packages/devices reader/printer/relay adapter interfaces (intent-only relay) - packages/shared shared domain types Architecture constraints from the design wiki are encoded in the scaffold: append-only hash-chained + signed event log, device-agnostic adapters, "a barrier is not a door" (relay expresses intent only), fully-local offline-first auth. wiki/ is an LLM-maintained Obsidian knowledge base (28 pages) ingested from the architecture & design notes, with its own maintenance schema. Verified: pnpm install, full turbo build (5/5), server boots and serves /health, drizzle-kit generates the initial migration.
990 B
990 B
type, tags, sources, updated
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2026-06-14 |
Disk / OS Hardening
Worthwhile, but not the main event — it defends against the outsider-with-physical-access, not the operator (see threat-model). (See parking-system-architecture §3.)
Physical-access attacks on Windows are trivial (boot media + password-reset tools), so a dedicated Linux machine is the correct platform — not Windows or WSL. This is a standing-decisions.
- LUKS full-disk encryption — defeats boot-from-USB.
- GRUB password + Secure Boot — prevents boot-parameter tampering / unsigned loaders.
- No desktop environment — single-purpose appliance.
- Key-based SSH only.
With LUKS in place, SQLCipher becomes optional defence-in-depth rather than the critical layer. (The custom controller adds its own: ESP32 flash encryption + secure boot — see esp32-custom-controller.)