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This page walks through connecting Okta to Oleria from a blank slate: creating the Okta app, wiring up single sign-on (SSO), and turning on directory provisioning (SCIM), for whichever combination of Main Workspace and Governance App you need. It draws on SSO configuration, SCIM user provisioning, and Governance App SCIM provisioning - see those pages for the full request/response reference and troubleshooting detail; this page focuses on getting from zero to a working Okta connection.
This page is about signing in to Oleria and provisioning Oleria accounts from Okta. It is not the same as the Okta integration under Integrations, which connects Okta as a data source so Oleria can analyze your Okta tenant’s identities and access. That integration does not affect who can sign in to Oleria or how.

Overview

Main Workspace vs. Governance App

Oleria has two independent surfaces, each with its own sign-in and provisioning configuration:
  • Main Workspace - where administrators, operators, and analysts run Oleria itself: posture, access graph, workflows, and settings.
  • Governance App - a separate portal where reviewers and approvers complete access reviews, act on access requests, and work governance queues. Governance app users are a distinct population from workspace users, typically much larger (anyone in the org who might approve or review something), and usually don’t need any other access to Oleria.
Each surface has its own tab in Settings → SSO Configuration and its own tab in Settings → SCIM Configuration, with separate identity provider lists, separate SCIM credentials, and separate SCIM base URLs. You can connect Okta to one, the other, or both - they don’t have to match. For example, it’s common to enable SSO and SCIM for the Governance App (so every employee can be provisioned as a reviewer automatically) while managing the smaller set of Main Workspace administrators by hand.

SSO vs. SCIM vs. automatic user provisioning

Oleria has three related but independent mechanisms. SSO only authenticates; SCIM and automatic user provisioning both create Oleria accounts without an administrator adding them by hand, which makes them easy to mix up, but they work very differently: See Automatically provision reviewers for the full detail on that setting - Part 2 of this page is about SCIM, not automatic user provisioning.

Possible provisioning flows

Because these mechanisms are independent, and each applies per tab, several combinations are all valid. Pick the one that matches what you’re trying to achieve before you start: This page sets up the recommended SSO + SCIM flow, one tab at a time. If you only need one tab, skip the other tab’s section. If you only need SSO or only SCIM, skip the part you don’t need - each part is independent. If you’d rather use automatic user provisioning instead of SCIM for the Governance App, see the note at the end of Part 2.

Prerequisites

  • Administrator access to your Oleria workspace and Okta admin access with permission to create app integrations.
  • Decide which application(s) - Main Workspace, Governance App, or both - you’re connecting Okta to, and whether you want SSO, SCIM, or both for each. See Possible provisioning flows above.
  • For SCIM into the Main Workspace tab: know which Oleria roles (admin, operator, analyst, governance-operator, identity-lifecycle-operator) your Okta groups should map to. See How Oleria maps roles and groups.

Part 1: Set up SSO

1

Open Oleria's SSO configuration page

In Oleria, go to Settings → SSO Configuration, select the Main Workspace or Governance App tab depending on which application you’re connecting first, and click Add IdP in the SAML IdP card.
2

Create the Okta app

In the Okta Admin Console, go to Applications → Applications → Create App Integration, select SAML 2.0, and name it something that identifies which Oleria tab it’s for (for example Oleria - Main Workspace or Oleria - Governance App) - this matters once you’ve done this twice for both tabs.
3

Copy Oleria's SP details into Okta

On Oleria’s Oleria details step, copy the Entity ID and ACS URL. On Okta’s Configure SAML step, enter them as the Audience URI (SP Entity ID) and Single sign-on URL. Copy or download the Request signing certificate shown on Oleria’s Oleria details step - you’ll need it later in this Part if you turn on Sign requests.
4

Configure the NameID

Still on Configure SAML, set Name ID format to Persistent and Application username to Email - Oleria’s service provider requires a persistent NameID policy and rejects sign-in otherwise.
5

Add the required attribute statements

This step is on a different page than the previous one for most Okta orgs today. On Okta Identity Engine (OIE) orgs - the default for new orgs - Attribute Statements aren’t part of the Configure SAML page at all; add them afterward on the app’s Sign On tab, under Attribute Statements. Only on legacy Okta Classic Engine orgs do they appear further down the same Configure SAML page.
Add an attribute statement Name email, Name format Unspecified, Value user.profile.email, and a second Name name, Name format Unspecified, Value user.profile.firstName + " " + user.profile.lastName.See Connect a SAML identity provider for why each of these is required.
6

Assign users and grab the metadata

Assign the app to the users or groups who should be able to sign in to Oleria, then on the Sign On tab copy the Identity Provider metadata URL.
7

Enter the SAML IdP details in Oleria

Back in Oleria, complete the SAML IdP details step: give the provider a Name (3-32 characters, unique across both applications, no spaces, and not google, microsoft, or cognito - you can’t change it later), paste the Okta metadata URL into Metadata, and decide whether to turn on Sign requests and/or Encrypt SAML responses. Click Add identity provider.
8

If you turned on Sign requests: upload the request signing certificate to Okta

Skip this step if you left Sign requests off. Otherwise, go back to the Okta app’s General tab, open SAML Settings → Edit, and click Show Advanced Settings. Upload Oleria’s Request signing certificate (downloaded in pem format earlier in this Part) next to Signature Certificate, then set Signed Requests to Validate SAML requests with signature certificates.
9

If you turned on Encrypt SAML responses: download and upload the response encryption certificate

Skip this step if you left Encrypt SAML responses off. Otherwise, back in Oleria you’ll see a prompt to download the Response encryption certificate generated specifically for this provider - download it in pem format. In Okta, in that same Show Advanced Settings view, set Assertion Encryption to Encrypted and upload the certificate next to Encryption Certificate.
10

Confirm sign-in works

Sign out of Oleria, go to https://www.oleria.com/sign-in, select the new provider, and confirm you land back in Oleria signed in.

Part 2: Set up SCIM

You can add SCIM provisioning to the same Okta app you just created for SSO - Okta supports provisioning on custom SAML apps once you turn it on.
1

Enable provisioning on the Okta app

Open the same Okta app from Part 1. On the General tab, click Edit next to App Settings, check Enable SCIM provisioning, and click Save. A new Provisioning tab appears on the app.
2

Get Oleria's SCIM credentials

In Oleria, go to Settings → SCIM Configuration and select the same tab you used in Part 1 (Main Workspace or Governance App). Copy the SCIM Base URL, Client ID, Client Secret, and OAuth Token URL.
3

Configure the API integration

On the Okta app’s Provisioning tab, select Integration, click Edit. Enter Oleria’s SCIM Base URL as the SCIM connector base URL, for unique identifier enter userName, and check Push New Users, Push Profile Updates, and Push Groups. Set Authentication Mode to OAuth 2, under OAuth 2 set Grant Type to Client Credentials, and enter Oleria’s OAuth Token URL as the access token endpoint along with the Client ID and Client Secret you copied.
Oleria’s SCIM API only issues short-lived tokens through this client credentials exchange - it does not accept a single, static, long-lived bearer token. Use OAuth 2 / Client Credentials here, not the HTTP Header (bearer token) authentication mode. Okta mints and automatically refreshes its own token from the Client ID and Client Secret, so there’s nothing to manually re-enter later. See Authenticate to the SCIM API for how this same OAuth 2.0 Client Credentials flow works if you’re ever calling the API directly instead of through Okta.
4

Turn on the provisioning actions you need

Under Provisioning → To App, click Edit and enable Create Users, Update User Attributes, and Deactivate Users.
5

Main Workspace only: push groups from Okta

Main Workspace only: Oleria grants roles through group membership, not directly on the user (see How Oleria maps roles and groups).Governance App: there is no group-to-role mapping to configure - every provisioned user is assigned the single reviewer role automatically. You only need users pushed, not groups.
In Okta, go to the app’s Push Groups tab and push each Okta group whose members should get Oleria access. Okta then creates the matching group in Oleria automatically via SCIM, with membership synced, but without a role set. Okta’s Push Groups doesn’t support mapping a role or any other custom attribute onto the group it creates, so a newly-created group falls back to Oleria’s read-only analyst role until you assign it a different one in the next step.
6

Main Workspace only: assign each group a role in Oleria

In Oleria, under Settings open Manage Users, select the Groups tab, and for each group you push, select it, click Change role, choose the role it should map to, and click Save. Every current and future member of the group inherits that role. See Assign a role to a group for the full walkthrough.
7

Assign and provision

Assign the users or groups who should get Oleria accounts to the app (Main Workspace: via the groups you just pushed; Governance App: directly, or via any group). Okta provisions matching users into Oleria within its usual sync interval.
8

Verify

In Oleria, confirm the new users appear (Main Workspace: in Manage Users with the expected role; Governance App: in the governance reviewer list). Deactivate or unassign a test user in Okta and confirm they lose access in Oleria.
Alternative for the Governance App: if you don’t need directory-driven deprovisioning and don’t want to build the Okta provisioning connector above, you can skip this Part entirely and use Oleria’s built-in automatic user provisioning instead - it only requires SSO (Part 1) to already be working. Follow Automatically provision reviewers to enable it and set allowed email domains. Remember this is not SCIM: it only creates accounts on sign-in and never deactivates them, so it’s not a substitute for SCIM if you need automatic offboarding.

Set up the other tab

Okta has no restriction on reusing the same Audience URI (SP Entity ID) or SCIM base URL pattern across multiple apps, so connecting the second tab is simply repeating Part 1 and Part 2 with a second, separately-named Okta app pointed at the other tab’s Oleria details and SCIM credentials. You do not need to reuse or share anything between the two Okta apps.

Troubleshooting

Contact us

For questions, contact us at support@oleria.com.