Registration.ExtraSettings was a single flat list, but the API-key and
client-credentials connect dialogs need different fields whenever a
provider offers both paths, because a different create resolver and a
different driver sits behind each. Replace it with
APIKeyExtraSettings and ClientCredentialsExtraSettings, and split the
GraphQL surface to match so a client cannot render one path's settings
on the other.
This fixes two connectors that could not be connected at all.
1Password declared accountId and region only, which are the
client-credentials shape. The API-key dialog therefore rendered those
two fields, mapAPIKeyExtraSettingToField returned nil for both so
buildExtraFields discarded them, and the SCIM-bridge driver failed on an
empty SCIMBridgeURL. The console already mapped scimBridgeUrl, but no
registration declared that key, so the branch was dead. It now declares
scimBridgeUrl on the API-key path and accountId + region on client
credentials.
Langfuse declared baseUrl as required, but mapAPIKeyExtraSettingToField
had no LANGFUSE case, so buildExtraFields dropped the value the customer
typed and the mutation failed with "langfuseBaseUrl is required". Every
other extra-settings provider had a case. The GraphQL input field, the
settings struct, the probe builder and the driver were all already
correct; only the console mapping was missing.
buildExtraFields now takes the settings list explicitly instead of
reading it off the provider, so each dialog passes its own path's list
and cannot silently iterate the other one.
Register rejects a settings list for a path the provider does not offer,
and an empty or duplicate setting key within one list. A key repeated
across the two lists is allowed: that is how a dual-path provider
declares a setting both dialogs need.
The new resolver tests walk the whole chain the console walks, from the
key a Registration declares through the mutation input field to the
persisted settings struct, so a key renamed on one side and not the
other fails in CI instead of at connect time.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
The access review Add Source dialog listed each connector with no
path to its setup documentation. Connectors that have a published
docs page on probo.com now surface a "Documentation" link on the
card, opening the page in a new tab; connectors without a page show
nothing extra.
The link is data-driven from the connector registry: a new
DocumentationURL on the provider Registration, populated for the 12
documented providers via a single accessReviewDocsURL helper, is
surfaced as a nullable documentationUrl on ConnectorProviderInfo and
rendered by the console only when present. This keeps the registry
the single source of truth and adds no client-side provider map.
The links resolve once the probo.com access-review docs pages are
deployed; until then they 404, so deploy the docs alongside this
change.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
Update console, visitor, MCP, and Slack API
surfaces so schemas and resolvers use the
Compliance Portal naming consistently.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Remove the root complianceportal package and the resolver
facade that existed only to break an IAM import cycle. Admin
policies, domain URL helpers, and actions live under
management; visitor OAuth metadata, brand URLs, and public
read paths live under visitor. Drop the duplicate trust API
magic-link mutations now that Connect handles portal auth, and
stop IAM from owning compliance page email branding.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Rewire the console and visitor resolvers onto the management and visitor
services with compliance-portal authorization. Rename the GraphQL and MCP
ComplianceExternalURL type to ComplianceCustomLink, expose trust center
profile fields, default and custom domains, public URL, and the managed
flag, and drop the profile fields from the organization surface.
Signed-off-by: Bryan Frimin <bryan@probo.com>
A managed (Model B) connector like Crisp needs both the Probo-held key
and a resource ID (the plugin ID) to connect, but the driver catalog
gated visibility on the key alone. A deployment that set the key without
the plugin ID (reachable through raw JSON config; the bootstrap env path
already requires both) would show Crisp as connectable and then fail
every attempt with an internal error.
Add a RequiresManagedResourceID flag to the registration and a
Registry.ManagedConnectorReady check that requires both before a managed
provider enters the catalog, so a half-configured provider stays hidden
instead of dead-ending at connect.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
Crisp is a managed (Model B) connector: Probo holds one plugin token
server-side and each connection carries only a Website ID. Nothing
stops one organization from entering another organization's Website
ID, so prove control of the website before creating the connection.
Probo derives a per-(organization, website) verification code as an
HMAC over the token secret and exposes it through a new
crispVerificationCode query. The customer pastes it into the Probo
plugin's per-website settings; at connect time the resolver reads the
setting back through the managed plugin token and requires a
constant-time match before any row is written. The managed key and
plugin ID come from bootstrap, so the connector stays hidden until the
deployment configures them.
The settings fetch is injected so the create-time gate's branch wiring
is unit-tested (mismatch and not-subscribed reject, internal errors
stay generic, a matching code passes), and the managed-versus-client
key resolution is covered too.
Signed-off-by: Aurélien Sibiril <81782+aureliensibiril@users.noreply.github.com>
Register v1 API scopes in coredata, advertise them in OIDC discovery
and protected-resource metadata, show them on the consent screen, and
enforce scope-to-action mapping in the IAM Authorizer before policy
evaluation.
Signed-off-by: Ludovic Vielle <ludovic@probo.com>
Expose campaign sources as first-class nodes, paginate fetch attempts
instead of denormalized status fields, and bind entries to their
campaign snapshot. Update GraphQL, MCP, CLI, console, and e2e coverage
to match.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Decouple each campaign from the live access-review sources it was started
with by introducing a per-campaign source snapshot table
(access_review_campaign_sources). The snapshot captures the source name,
category, and connector at start time, so a review remains coherent even
after the underlying source is edited or deleted. Fetch tracking becomes
an append-only log (access_review_campaign_source_fetch_attempts) that
preserves every attempt with its own status and error rather than
overwriting a single row.
Rename the shared access-review tables and enums to use a consistent
access_review_ prefix throughout:
access_entries → access_review_entries
access_sources → access_review_sources
access_source_category → access_review_source_category
access_entry_* → access_review_entry_*
The same rename propagates to every coredata type, service, GraphQL
schema, MCP specification, CLI command, frontend component, and e2e test.
The accessreview package gains dedicated actions.go and policies.go files
for its own IAM policy set, mirroring the agentrun package pattern.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Replace presigned URL string fields (logoUrl, fileUrl, ndaFileName,
etc.) with nested File references resolved through /api/files/v1/.
Update console Relay queries and e2e coverage accordingly.
Route NDA upload through filemanager.PutFile and return stable IAM
org logo URLs for consistency with the files API.
Signed-off-by: Ludovic Vielle <ludovic@probo.com>
Move connectorProviderInfos from Organization to a new root query field
accessReviewDrivers, backed by a deployment-scoped policy so any
authenticated identity can list it without an org-scoped permission check.
Delete the now-unused helper file and update the frontend and e2e tests.
Signed-off-by: Bryan Frimin <bryan@probo.com>
Introduce RiskAssessmentBoundary as a first-class, self-nesting entity that
groups nodes within a risk assessment scope, and thread it through every
surface.
- coredata: new risk_assessment_boundaries table + migration, boundary_id on
nodes, self-referential parent_boundary_id, entity type registration
- riskmanagement: boundary CRUD service methods, boundary_id wiring on node
create/update, scope-membership and self-parent validation, nested-subgraph
Mermaid rendering
- IAM: core:risk-assessment-boundary:{get,list,create,update,delete} actions
and viewer/auditor read policies
- console GraphQL: RiskAssessmentBoundary type, connection, order enum, CRUD
mutations, boundaries field on scope, boundaryId on nodes
- CLI: risk-assessment boundary command group and --boundary-id on nodes
- MCP: boundary tools and boundary_id on node tools
- n8n: boundary operations and boundary fields on node operations
- console UI: boundary list/create/edit, boundary selector on nodes, diagram
refetch on boundary changes
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
The agent-run actions and policies lived in the core probo policy set,
which forced every authorization change for the agent-run domain to
touch unrelated core files. Move the actions and the OWNER/ADMIN and
VIEWER/AUDITOR policies into the agentrun package and have it expose a
PolicySet that probod registers into the authorizer at composition
time, so the rules live alongside the domain logic they govern.
Signed-off-by: Bryan Frimin <bryan@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>
Audited pkg/server/api/console/v1 for resolvers that touched tenant
data without calling r.authorize, batchAuthorize, or Permission. Closed
every gap so every data-bearing field goes through IAM (and produces an
audit log entry when an organization_id is present).
* High-severity reads now authorize: accessSourceResolver.Connector and
ConnectionStatus, controlResolver.Regulatory/Contractual/RiskAssessment,
electronicSignatureResolver.CertificateFileURL/Events,
commonThirdPartyResolver.LogoURL, and the proper
accessSourceResolver/accessReviewCampaignResolver/auditLogEntryResolver
Organization resolvers (authorize + dataloader load, fixing the latent
empty-name bug from the previous force-resolver no-op implementations).
* TotalCount/DetectedCount aggregates now authorize the matching list
action across access review, audit log, statement of applicability,
detected tracker, tracker pattern, and tracker resource connections.
* queryResolver.CommonThirdParties authorizes against the principal's
identity via the new identity-scoped CommonThirdPartyCatalogPolicy.
* Add ActionCommonThirdPartyGet/List, ActionElectronicSignatureGet probo
action constants; wire ActionElectronicSignatureGet into ViewerPolicy
and AuditorPolicy.
* Implement AuthorizationAttributes on CommonThirdParty (no org) and
ElectronicSignature (organization_id) so the authorizer can resolve
attributes for the new actions.
* Delete the dead "type AccessReview" GraphQL type (no Go constructor,
no frontend reference) and drop its orphan resolver bundle.
Signed-off-by: Bryan Frimin <bryan@probo.com>
The Node resolver was manually constructing a scope from the object
ID, both at the top of the function and again inside several closures.
Since r.authorize already returns the resolved scope, pass it into the
loadNode closures and drop the duplicate construction.
Signed-off-by: Bryan Frimin <bryan@probo.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>
Renames the user-facing 'vendor' concept to 'third party' across the
entire codebase. The shared common_third_parties reference table is
unchanged.
Migration. Renames the vendor_category enum, the vendors and
vendor_<entity> tables (contacts, services, compliance_reports,
business_associate_agreements, data_privacy_agreements,
risk_assessments) and their vendor_id columns, the asset_vendors /
data_vendors / processing_activity_vendors junction tables,
generated_documents.vendors_document_id, the webhook_event_type
'vendor:<verb>' values, and the snapshots_type 'VENDORS' value.
Backend. Renames coredata models and SQL queries, probo services,
GraphQL / MCP API surface, console / trust / webhook resolvers and
types, the CLI (prb vendor* -> prb third-party*; pkg/cmd/vendormgmt
-> pkg/cmd/thirdpartymgmt), the document generator, vetting agent
prompts, and the common-third-parties-import command.
Frontend, packages, n8n, e2e. Renames apps/console pages, components,
hooks, routes, dialogs, and tabs; the shared @probo/vendors package
(now @probo/third-parties); the @probo/ui Vendors atoms (now
ThirdParties, VendorLogo -> ThirdPartyLogo); the n8n community node
actions/vendor folder (now actions/thirdParty); and the e2e Go test
suite (console and MCP). Filesystem and URL paths use kebab-case
(third-parties), GraphQL fields and TypeScript identifiers use
camelCase (thirdParty / thirdParties), Go types use PascalCase
(ThirdParty), and human-facing text uses 'third party' with a space.
Co-authored-by: Bryan Frimin <bryan@getprobo.com>
Signed-off-by: Bryan Frimin <bryan@getprobo.com>
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>
The go-sdk v1.6.0 release no longer applies a default
CrossOriginProtection when the field is nil in StreamableHTTPOptions,
silently removing Origin header verification. Wrap the streamable
handler with http.NewCrossOriginProtection().Handler(...) (the
recommended replacement, since the SDK field is deprecated).
Also regenerate gqlgen resolvers to track v0.17.90.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
Replace the old snapshot-based system for risks with the publish
document system, mirroring the prior vendor / processing activity / DPIA
/ TIA migration. Includes the GraphQL mutation, MCP tool, CLI command,
n8n operation, frontend publish dialog, e2e tests, and a prosemirror
register template covering name, description, category, treatment,
owner, inherent and residual scoring, and notes.
The risk register lives as a generated DocumentTypeRegister document on
the organization, reused across publishes (the major version bumps on
every republish). Approvers can be passed in to create a draft pending
approval; otherwise the version is published immediately. The frontend
Risks page exposes a Publish button and a Document link button when the
document exists, and pre-fills the previous default approvers.
Risks was the last remaining snapshot type, so this commit also removes
the entire snapshot system: drop snapshotId from the Risk GraphQL type
and RiskFilter; remove RiskSnapshotter, Risks.Snapshot,
InsertRiskSnapshots, and the SnapshotID/SourceID fields on Risk; delete
Snapshot, ControlSnapshot, SnapshotsType, SnapshotOrderField,
Snapshottable, the SnapshotService, the Snapshot console resolvers and
GraphQL schema, the Snapshot MCP types and operations
(list/get/take/listControlSnapshots), the snapshot CLI (prb snapshot),
the snapshot frontend pages, routes, banner, LinkedSnapshotsCard,
SnapshotGraph, snapshot helpers, and the snapshot n8n resource and
control link/unlink snapshot operations. The snapshot_id columns remain
in the database but are now filtered out with snapshot_id IS NULL.
Add Get/Upsert/Clear GeneratedDocumentID methods on Risk backed by a new
risks_document_id column on generated_documents, matching the
ProcessingActivity/Finding/Vendor pattern. The migration command
migrate-risk-snapshots-to-documents uses raw SQL queries instead of the
Go snapshot types, since those are gone.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
Display record attributes and parsed consent data with
per-category consent state and cookies from the banner
version snapshot. The page lives outside the config layout
with its own breadcrumb navigation.
Signed-off-by: Émile Ré <emile@getprobo.com>
Drop meetings and meeting_attendees tables, remove all meeting-related
code across GraphQL, MCP, CLI, N8N, webhooks, frontend, and e2e tests.
Signed-off-by: Sacha Al Himdani <sacha@getprobo.com>
Change gqlgen filename_template from {name}.resolvers.go to
{name}_resolvers.go across all three APIs for consistent Go naming.
Signed-off-by: Émile Ré <emile@getprobo.com>
