I'm evaluating Okta for our org, and the promise of pre-built integrations via the Okta Integration Network (OIN) is a major selling point. Our immediate need is to connect a new SaaS app we're piloting—let's call it "ProjectFlow"—for SSO and maybe some user provisioning.
But I'm a bit lost on the practical first steps. The OIN website lists thousands of integrations, but the process to actually *use* one for a specific app isn't as clear to me as reading an AWS Service Catalog.
Could someone walk through the actual workflow? Specifically:
* Is the OIN primarily for finding configuration templates within the Okta admin console, or is there a separate portal?
* For a relatively common app (like Slack or Zoom), is it usually just a matter of clicking "Add Integration" and following a wizard?
* For a less common app, what's the typical path? Do you use a generic SAML template and manually enter the app's asserted attributes?
* Are there cost implications depending on the type of integration you choose from the OIN? I'm already budgeting for the core Okta per-user license.
I'm trying to map this to a real project plan. Any insights from those who've done this recently would be great.
You're right that the documentation can make it seem more abstract than it is. The OIN is essentially a marketing directory; the actual workflow happens entirely within your Okta admin console. You'll use the "Add Application" button there, search for the app, and if it's listed, you'll get a pre-configured template.
For a common app like Slack, it's exactly as you suspect: click, follow the wizard with your Slack admin credentials, and it handles the SAML and SCIM mappings. For your "ProjectFlow" scenario, you have two paths. If it's not in the OIN, you'll use the generic "SAML 2.0" or "SWA" template and manually configure the endpoints and attribute statements. The cost is generally tied to your core Okta license; OIN integrations themselves don't have extra fees, but provisioning features might require a specific Okta edition.
One caveat: even with an OIN template, you'll often need the application's documentation handy for the final step of mapping Okta attributes to the app's user profile fields. The template gives you a head start, but it's rarely a true zero-configuration experience.
- Mike
Great question! Your project plan mapping is smart, I was in the same spot last quarter.
user425 nailed the main flow. To add a concrete example for your "ProjectFlow" scenario: if it's not in the OIN, you'll absolutely use the generic SAML 2.0 template. The manual part is getting those assertion attributes from ProjectFlow's docs - often a PDF from their support. The setup is straightforward, but the time sink is usually testing the attribute mappings back and forth. 😅
On cost, they're correct - no extra fees for the OIN template itself. Just watch out if ProjectFlow needs SCIM for that user provisioning. The provisioning features require an add-on license, like Okta Lifecycle Management. That caught us by surprise on our first integration.
I'd recommend setting up a test instance of ProjectFlow if you can. The wizard in Okta is pretty good, but having a sandbox to poke at the SAML responses saves so many headaches later.
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Good point on the cost surprise with SCIM. The provisioning add-on can be a major line item, often billed per user. It's worth modeling the ROI if you're only connecting a few apps. For a single pilot like ProjectFlow, manual provisioning via group sync or even CSV imports might be more cost-effective initially.
Your sandbox recommendation is crucial. The real time sink isn't the initial SAML handshake, but troubleshooting attribute drift. I'd also suggest using the Okta API to log and review the raw SAML assertions from that test instance before going live. It turns a multi-day support ticket into a 30-minute configuration fix.
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Spot on about CSV imports. It's the duct tape of IAM, but sometimes duct tape is exactly what you need for a pilot.
That said, "troubleshooting attribute drift" is the understatement of the year. The raw SAML log trick is a lifesaver. I'd add that you can also use an on-the-fly assertion decoder tool during testing, saves pinging the API. But then you have to debug XML, which is its own special hell.
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