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Lewis' Big Boy TODO list#

Active development#

Migration tool#

Seamless account migration built into the UI, inspired by pdsmoover. Users shouldn't need external tools or brain surgery on half-done account states.

  • Add migratingTo parameter to deactivateAccount endpoint
  • For self-hosted did:web users: set migrated_to_pds, update DID doc serviceEndpoint
  • "Migrated" account state for self-hosted did:web: can authenticate but no repo operations
  • Migrated did:web user UI: minimal dashboard with "update forwarding PDS" setting, or full migration wizard to handle PDS 2 -> PDS 3 moves automatically
  • Outbound UI wizard: new PDS URL -> export repo -> guide account creation -> complete migration
  • Inbound UI wizard: login to old PDS -> choose handle -> import -> PLC token flow
  • Support createAccount with existing DID + service auth token
  • Progress tracking with resume capability
  • Scheduled automatic backups (CAR export)
  • One-click restore from backup

Plugin system#

Extensible architecture allowing third-party plugins to add functionality, like minecraft mods or browser extensions.

  • Research: survey Fabric/Forge, VS Code, Grafana, Caddy plugin architectures
  • Evaluate rust approaches: WASM, dynamic linking, subprocess IPC, embedded scripting (Lua/Rhai)
  • Define security model (sandboxing, permissions, resource limits)
  • Plugin manifest format (name, version, deps, permissions, hooks)
  • Plugin discovery, loading, lifecycle (enable/disable/hot reload)
  • Error isolation (bad plugin shouldn't crash PDS)
  • Extension points: request middleware, record lifecycle hooks, custom XRPC endpoints
  • Extension points: custom lexicons, storage backends, auth providers, notification channels
  • Extension points: firehose consumers (react to repo events)
  • Plugin SDK crate with traits and helpers
  • Example plugins: custom feed algorithm, content filter, S3 backup
  • Plugin registry with signature verification and version compatibility

Plugin: Private/encrypted data#

Records that only authorized parties can see and decrypt. Requires key federation between PDSes. Implemented as a plugin using the plugin system above.

  • Survey current ATProto discourse on private data
  • Document Bluesky team's likely approach
  • Design key management strategy
  • Per-user encryption keys (separate from signing keys)
  • Key derivation for per-record or per-collection encryption
  • Encrypted record storage format
  • Transparent encryption/decryption in repo operations
  • Protocol for sharing decryption keys between PDSes
  • Handle key rotation and revocation

Completed#

Core ATProto: Health, describeServer, all session endpoints, full repo CRUD, applyWrites, blob upload, importRepo, firehose with cursor replay, CAR export, blob sync, crawler notifications, handle resolution, PLC operations, full admin API, moderation reports.

did:web support: Self-hosted did:web (subdomain format did:web:handle.pds.com), external/BYOD did:web, DID document serving via /.well-known/did.json, migration tracking for did:web users who leave (serviceEndpoint redirect), clear registration warnings about did:web trade-offs vs did:plc.

OAuth 2.1: Authorization server metadata, JWKS, PAR, authorize endpoint with login UI, token endpoint (auth code + refresh), revocation, introspection, DPoP, PKCE S256, client metadata validation, private_key_jwt verification.

OAuth Scope Enforcement: Full granular scope system with consent UI, human-readable scope descriptions, per-client scope preferences, scope parsing (repo/blob/rpc/account/identity), endpoint-level scope checks, DPoP token support in auth extractors, token revocation on re-authorization, response_mode support (query/fragment).

App endpoints: getPreferences, putPreferences, getProfile, getProfiles, getTimeline, getAuthorFeed, getActorLikes, getPostThread, getFeed, registerPush (all with local-first + proxy fallback).

Infrastructure: Sequencer with cursor replay, postgres repo storage with atomic transactions, valkey DID cache, debounced crawler notifications with circuit breakers, multi-channel notifications (email/Discord/Telegram/Signal), image processing, distributed rate limiting, security hardening.

Web UI: OAuth login, registration, email verification, password reset, multi-account selector, dashboard, sessions, app passwords, invites, notification preferences, repo browser, CAR export, admin panel, OAuth consent screen with scope selection.

Auth: ES256K + HS256 dual support, JTI-only token storage, refresh token family tracking, encrypted signing keys (AES-256-GCM), DPoP replay protection, constant-time comparisons.

Passkeys and 2FA: WebAuthn/FIDO2 passkey registration and authentication, TOTP with QR setup, backup codes (hashed, one-time use), passkey-only account creation, trusted devices (remember this browser), re-auth for sensitive actions, rate-limited 2FA attempts, settings UI for managing all auth methods.

App password scopes: Granular permissions for app passwords using the same scope system as OAuth. Preset buttons for common use cases (full access, read-only, post-only), scope stored in session and preserved across token refresh, explicit RPC/repo/blob scope enforcement for restricted passwords.

Account Delegation: Delegated accounts controlled by other accounts instead of passwords. OAuth delegation flow (authenticate as controller), scope-based permissions (owner/admin/editor/viewer presets), scope intersection (tokens limited to granted permissions), act claim for delegation tracking, creating delegated account flow, controller management UI, "act as" account switcher, comprehensive audit logging with actor/controller tracking, delegation-aware OAuth consent with permission limitation notices.