- Serve multiple domains (RP IDs) from one instance: host-based dispatch,
per-domain credentials and sessions, domains managed at runtime in the
admin UI — previously one RP per instance
- Cross-domain sign-in via Related Origin Requests: per-domain related-origins
list with a served .well-known/webauthn document
- Explicit per-domain origin lists with shell-glob wildcards (**. for apex +
any subdomain depth, *. for one level), editable in the admin UI with
validation and self-lockout guards
- Per-domain auth hosts: the account/admin UI can live on a different host
per domain, no longer confined to subdomains of a single RP
- CLI: 'paskia init <rp-id [rp-name]' initializes or adds a domain to an
existing database; 'paskia migrate' converts legacy databases
BREAKING CHANGES (v2.0):
- Database schema: config is now per-domain and credentials/sessions carry
an rp_id — existing databases must be converted with 'paskia migrate'
- Origins are now explicit: main implicitly allowed every subdomain of the
RP; configure '**.' origins to reproduce that behavior
- CLI: the flat '--rp-id/--rp-name/--origin/--auth/--save' flags are
replaced by the 'init' and 'migrate' subcommandsReviewed-on: #4
- Make use of its new features and cleanup our interfacing and init/shutdown processes and migrations
- Clean up circular deps, simplify app init
- Add specific pytest for CLI main to cover the changes
Allows Paskia to authenticate the user to a client site.
- User friendly client registration flow on the admin app
- Redirect-based authentication flow (per spec)
- Backchannel logout both ways to keep sessions synchronized
- Groups integrated with Paskia's permission system
- Adds email, preferred username and telephone fields on user profile
- All new user basic info layout to show the new information, better looks
- API and DB structures redesigned
- Various unrelated fixes to theming and layout
Add comprehensive remote authentication system allowing users to log in from one device by authenticating from another trusted device. Features include:
- Proof of Work (PoW) protection using PBKDF2-SHA512 to prevent abuse
- Simple pairing codes (3 words) protected by dynamic PoW difficulty
- Autocomplete pairing code input with error checking
- Real-time WebSocket communication between devices
Unlike device addition links and reset links with QR codes that only allow adding an authentication method, and that work offline over the duration of several days, this mechanism is strictly online, with 5 minute time limit.
LeoVasanko