palantir-enterprise-rbac

name: palantir-enterprise-rbac description: 'Configure Palantir Foundry enterprise access control with project roles, markings, and service users.

Use when implementing role-based access, configuring project permissions,

or setting up service user accounts for Foundry integrations.

Trigger with phrases like "palantir RBAC", "foundry roles",

"palantir permissions", "foundry access control", "foundry service user".

' allowed-tools: Read, Write, Edit version: 2.0.0 license: MIT author: Jeremy Longshore jeremy@intentsolutions.io tags:

• saas
• palantir
• foundry
• rbac
• enterprise
• security compatibility: Designed for Claude Code, also compatible with Codex and OpenClaw

Palantir Enterprise RBAC

Overview

Configure enterprise-grade access control in Foundry: project roles (Viewer/Editor/Owner), organization-level groups, service user accounts for integrations, and marking-based data classification.

Prerequisites

• Foundry enrollment with admin access
• Understanding of Foundry project structure
• Familiarity with palantir-security-basics

Instructions

Step 1: Project Role Hierarchy

Step 2: Create Service Users for Integrations

Developer Console > Applications > New Application:
1. Name: "order-sync-service" (descriptive of function)
2. Type: Server application (client credentials flow)
3. Scopes: api:read-data, api:ontology-read (minimum needed)
4. Project access: Add as Editor on specific projects only

Result: client_id + client_secret (store in secrets manager)

Step 3: Scope Matrix by Application

# Define per-application scopes
APP_SCOPES = {
    "dashboard-reader": ["api:read-data", "api:ontology-read"],
    "data-sync-service": ["api:read-data", "api:write-data"],
    "admin-tool": ["api:read-data", "api:write-data", "api:ontology-read", "api:ontology-write"],
}

def create_client_for_app(app_name: str) -> foundry.FoundryClient:
    scopes = APP_SCOPES[app_name]
    auth = foundry.ConfidentialClientAuth(
        client_id=os.environ[f"{app_name.upper().replace('-','_')}_CLIENT_ID"],
        client_secret=os.environ[f"{app_name.upper().replace('-','_')}_CLIENT_SECRET"],
        hostname=os.environ["FOUNDRY_HOSTNAME"],
        scopes=scopes,
    )
    auth.sign_in_as_service_user()
    return foundry.FoundryClient(auth=auth, hostname=os.environ["FOUNDRY_HOSTNAME"])

Step 4: Group-Based Access Control

Organization Groups (manage in Foundry Admin):
├── data-engineering        → Editor on pipeline projects
├── data-science            → Viewer on pipeline, Editor on ML projects
├── business-analysts       → Viewer on analytics projects
├── external-partners       → Viewer on shared datasets only
└── platform-admins         → Owner on all projects

Principle: Users inherit access from groups.
Never assign project roles to individual users.

Step 5: Audit Access Patterns

def audit_service_user_access(client):
    """Check what the current service user can actually access."""
    accessible = {"ontologies": [], "datasets": []}
    try:
        for ont in client.ontologies.Ontology.list():
            accessible["ontologies"].append(ont.api_name)
    except foundry.ApiError:
        pass
    print(f"Accessible ontologies: {accessible['ontologies']}")
    return accessible

Output

• Project roles assigned via groups (not individual users)
• Service users with minimum viable scopes per application
• Marking-based data classification enforced
• Access audit capability

Error Handling

Resources

• Foundry Authentication
• Developer Console

Next Steps

For incident response, see palantir-incident-runbook.