Introduce a standalone resourcealias package with its own service,
IAM policies, and OAuth2 scopes so alias management no longer lives
inside the trust center services. Remove the trust-center-specific
alias services from probo and trust, and wire the new service into
probod, the server, and the API layer.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Trust GraphQL and MCP still exposed presigned URL strings for
trust-center logos while console and connect already serve stable
File.downloadUrl paths. Phase 1 migrates the seven public logo
fields on trust GraphQL and the trust-center file references on MCP
to the shared File type; trust GraphQL NDA stays on fileUrl for a
follow-up.
Trust resolvers load public files through filemanager and map them
with types.NewFile. The trust app Relay queries and components now
read logo.downloadUrl. MCP specification, resolvers, and helpers
are updated in sync, including NDA on MCP where callers already
have file access.
filemanager is split into focused files and its URL surface is
narrowed to GenerateFileURL(file) for stable app URLs and
GeneratePresignedURL for S3 redirects. GetPublicFile remains the
DB entry point when only a file ID is known.
Add trust and MCP e2e coverage for public logo download URLs.
Signed-off-by: Ludovic Vielle <ludovic@probo.com>
Replace the FileSign field in api.Config and server.Config with File
(*file.Service). Pass the new file.Service and other required deps to
files_v1.NewMux. Remove the now-redundant filesign package. Update
the favicon URL path to /api/files/v1/public/ in server.go.
Signed-off-by: Ludovic Vielle <ludovic@probo.com>
Move agent-run orchestration from the legacy supervisor path into the new
agentrun worker/service package and wire it through coredata, server,
policies, and GraphQL resolvers.
This consolidates run lifecycle handling around lease-aware workers and
aligns API surface with the new agent-run domain model so reviewers can
follow one coherent execution path.
Signed-off-by: Bryan Frimin <bryan@probo.com>
CommonThirdParty.logoUrl and TrustCenterReference.logoUrl were
returning expiring S3 presigned URLs, which break if cached or
shared past their TTL.
Replace with stable /api/files/v1/{id} application URLs.
file.Service now generates these via baseurl; a new filesign
package owns presigning for the files/v1 HTTP handler that
does the internal redirect.
Signed-off-by: Ludovic Vielle <ludovic@probo.com>
Queue vetting on third_parties with PENDING, PROCESSING,
COMPLETED, and FAILED states. Expose enqueue and status through
GraphQL, MCP, CLI, and n8n, validate vet requests, tune the
worker via config, and poll the detail page while vetting runs.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
The console previously dispatched per-provider logic through a fan of
init()-side-effect maps (driver names, OAuth2 metadata, probe URLs,
display names, settings switches), spread across pkg/connector,
pkg/accessreview/drivers and the console v1 resolvers. Adding a new
provider required edits in every one of those places and a corresponding
switch arm in CreateConnectorRequest. The same per-provider knowledge
also leaked into Helm templates as hand-rolled environment-variable
blocks per connector.
This commit collapses the dispatch surface into a single typed
*provider.Registry. The registry is constructed once by
NewBuiltinRegistry at probod startup and threaded as an explicit
dependency into every consumer (accessreview service, console v1
resolver, OAuth2 wiring). There is no package-level state. Each
provider lives in one file under pkg/connector/provider/ that exposes
a private xxxRegistration() *Registration constructor; NewBuiltinRegistry
enumerates them.
CreateConnectorRequest loses its per-provider settings fields and
takes a single RawSettings json.RawMessage produced by the
per-provider MarshalSettings closure. The 1Password SCIM bridge URL
is validated at create time (http(s) scheme + non-empty host) so a
malformed value fails fast at the resolver boundary. The Helm chart
gains probo.connectorEnv and probo.connectorSecretEntries templates
so adding a connector requires zero Helm changes. Access-review name
resolution moves into the same Registration value to keep one
authoritative dispatch table.
Tests cover every Registration (DisplayName, NewDriver wired),
Register error paths (nil, empty Provider, empty DisplayName,
duplicate), All / ProviderDisplayName / ProviderOAuth2Scopes /
ProbeURL hit and miss paths, the ApplyOAuth2Defaults templating and
PKCE branches, and ConnectorSettings[T] round-trip plus malformed-JSON
error path. The pre-refactor ApplyProviderDefaults test in
pkg/connector is replaced by the equivalent in
pkg/connector/provider.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
Expose the full risk assessment hierarchy (assessments, scopes, nodes,
processes, threats, scenarios) with CRUD operations and scenario
linking across all three interfaces.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
Introduce a hierarchical risk assessment model with six entity types:
- Risk Assessment: top-level container scoped to an organization
- Risk Assessment Scope: sub-container for scoping threat modeling
exercises within an assessment
- Risk Assessment Node: DFD elements typed as ENTITY, BOUNDARY,
ASSET, or DATA within a scope
- Risk Assessment Process: directed data flows between two nodes
- Risk Assessment Threat: descriptive threats attached to a process
with a free-text category (e.g. Confidentiality, Integrity)
- Risk Scenario: thin join linking a threat to a risk from the
register, carrying only a name and description
Risk scoring (likelihood, impact, treatment) remains on the existing
Risk entity. Threats are purely descriptive. Risk Scenarios connect
the threat model to the risk register without duplicating scores.
Backend: migration with PG enum for node types, coredata structs,
service layer with full CRUD and validation, GraphQL schema with
18 mutations and paginated connections, authorization actions and
policies, and base_resolvers.go Node dispatch for all entity types.
Frontend: Risk Assessments list page with create dialog, detail page
showing scopes as cards with nodes/processes/threats tables, inline
create/edit/delete actions on all entities, and a Scenarios tab on
the Risk detail page linking threats to risks. Existing RiskGraph.ts
hook file removed in favor of colocated queries in page files.
E2E tests cover CRUD for all entity types, RBAC, and tenant
isolation.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
The CreateVendorDialog previously loaded the entire @probo/vendors
JSON bundle client-side and used MiniSearch for fuzzy search. This
replaces it with a GraphQL query against the common_third_parties
database table, searched server-side via ILIKE filtering.
Backend: adds CommonThirdParty GraphQL type, a pkg/thirdparty
service, and a commonThirdParties(name) root query. Frontend:
splits into CommonThirdPartyCombobox (display) and an @inline
fragment read on selection via readInlineData.
Signed-off-by: Émile Ré <emile@getprobo.com>
Resolve the visitor's IP to a country code via the geoloc service and
map it to the applicable privacy regulation (GDPR, UK GDPR, FADP, CCPA,
PIPEDA, LGPD, LFPDPPP, POPIA, PDPA, PIPL, PIPA, APPI, DPDP, PDPL).
The regulation and its implied consent mode (OPT_IN / OPT_OUT) are
injected into the GET /config response so the SDK can adapt its behavior.
Also makes geoloc.Service self-contained: LookupCountry and IsPopulated
now manage their own DB connections instead of requiring callers to pass
a pg.Querier.
Signed-off-by: Émile Ré <emile@getprobo.com>
Wire cookiebanner.Service into the MCP resolver and expose 24 tools
covering full CRUD, activation, versioning, translations, and consent
record queries with pagination and filtering support.
Signed-off-by: Émile Ré <emile@getprobo.com>
The cookie banner's cross-origin POST was blocked by two layered issues:
1. The global cors.Handler (with OptionsPassthrough: false) intercepted
OPTIONS preflights before the cookie banner's own CORS middleware
could run. Customer website origins aren't in AllowedOrigins, so the
preflight response had no CORS headers. Move the cookie banner mount
outside the global CORS group since it handles CORS per-banner.
2. The CSRF bypass patterns used literal "*" instead of ServeMux wildcard
syntax "{rest...}", so they never matched real request paths like
POST /cookie-banner/v1/{bannerID}/consents. Also remove redundant
GET/OPTIONS bypass patterns since safe methods are always allowed.
Signed-off-by: Émile Ré <emile@getprobo.com>
Implement a full OAuth2 2.0 and OpenID Connect 1.0 authorization
server with support for authorization code flow (with PKCE),
refresh token rotation, device authorization grant, dynamic
client registration, token introspection, and token revocation.
Includes database schema, coredata layer, service logic, HTTP
handlers, OIDC discovery endpoint, and JWKS publishing.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
Introduce /cookie-banner/v1/{bannerID}/config endpoint for the JS SDK.
The custom CORS middleware validates each request origin against the
specific banner being requested, preventing cross-customer leakage.
Signed-off-by: Émile Ré <emile@getprobo.com>
Add AccessReview field to server.Config and api.Config,
pass through to console and MCP NewMux. Create the
service in probod and run its background workers.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
After OIDC login, if the redirect targets a trust center custom
domain, the callback now redirects through a session-transfer
endpoint on that domain. The endpoint verifies an HMAC-signed,
time-limited token and sets the session cookie on the custom
domain before redirecting to the final URL.
The continue URL is bound into the signed token payload to
prevent open-redirect attacks via parameter tampering.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
SafeRedirect previously matched against a single static host string,
so OIDC callbacks always fell back to the console instead of
redirecting back to compliance pages on custom domains. Refactor
AllowedHost into a dynamic AllowedHostFunc and wire a trust-service
lookup into the connect handler so custom domain hosts are accepted.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
The SAML Assertion Consumer Service endpoint receives cross-origin POSTs from external identity providers by design. Bypass CSRF protection for this specific endpoint since the endpoint validates SAML response signatures itself.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
Implements native Go 1.26 cross-origin protection to block state-changing cross-origin browser requests. Registers configured AllowedOrigins as trusted origins and wraps the API router to check all incoming requests. Non-browser clients (MCP, Slack webhooks) are unaffected as they lack the browser-only Sec-Fetch-Site header.
Signed-off-by: gearnode <gearnode@probo.inc>
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
Adds a visibility enum to files with PRIVATE (default) and PUBLIC states.
PUBLIC files are accessible via an unauthenticated /api/files/v1/{fileID}
endpoint that redirects to a presigned S3 URL. Introduces pkg/file service
to manage file operations. Logo uploads (trust centers, organizations,
frameworks, references) are marked PUBLIC; other files are PRIVATE.
Includes database migration and backfill for existing logos.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
Proof of concept of working MCP server for Probo. Currently the official
MCP library does not support session that why the server is configured
in stateless mode. It seams the input jsonschema is not used to perform
any validation, so we should figuring out how to validate the input
properly.
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
