How do we set up StackAI SSO with Okta and map Okta groups to StackAI roles/permissions?

Quick Answer: To set up StackAI SSO with Okta and map Okta groups to StackAI roles/permissions, you configure StackAI as an Okta SAML/OIDC app, pass group information as claims, then align those groups with StackAI roles in the StackAI admin settings so access is governed centrally by your IdP.

Frequently Asked Questions

How do we set up StackAI SSO with Okta for our enterprise?

Short Answer: You create a StackAI application in Okta, configure SAML or OIDC with the metadata StackAI provides, then test and enforce SSO across your organization.

Expanded Explanation:
From an IT and Enterprise Architecture perspective, StackAI behaves like any other enterprise SaaS you federate: Okta is your identity provider (IdP), and StackAI relies on Okta assertions to authenticate users and (optionally) drive access control. You’ll typically use SAML 2.0 or OIDC, depending on your organization’s standard. Once the trust is established, users can access StackAI via Okta with centralized lifecycle management, MFA, and sign-on policies.

Because StackAI is designed for regulated and complex environments, SSO isn’t just convenience—it’s the baseline control layer. Pairing Okta with StackAI means every agentic workflow (Claim Processing, IT Ticket Triage, Support Desk, Due Diligence, RFP Drafting, etc.) sits behind your existing identity perimeter.

Key Takeaways:

• Configure StackAI as an Okta SAML/OIDC app and exchange metadata (entity ID, ACS/callback URL, certificates).
• Test SSO with a pilot group before enforcing it org‑wide to avoid lockouts and mis-scoped access.

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What is the step‑by‑step process to connect StackAI SSO with Okta?

Short Answer: Define a new Okta application for StackAI, configure SSO (SAML or OIDC), enable users/groups, then validate the connection in StackAI’s admin settings before enforcing SSO.

Expanded Explanation:
The configuration is the same pattern you follow for other enterprise applications: establish the protocol, define identifiers and redirect/ACS URLs, configure claims (including groups), then turn it on for the right Okta groups. In StackAI, an admin completes the SSO integration by pasting Okta metadata (or well-known endpoints) and testing a login flow. Once validated, you can mandate SSO to ensure all StackAI access is governed via Okta.

Steps:

1. Create the Okta app integration

   • In Okta Admin, go to Applications → Applications → Create App Integration.
   • Choose SAML 2.0 or OIDC – Web (follow your org standard).
   • Name the app (e.g., StackAI – Production) and optionally upload the StackAI logo.

2. Configure SSO details

   • For SAML:
     • Set Single sign-on URL / Assertion Consumer Service URL (ACS) to the callback URL from StackAI’s admin SSO configuration.
     • Set Audience URI / Entity ID to the value StackAI provides.
     • Choose EmailAddress as the NameID format (commonly matches the user’s work email).
   • For OIDC:
     • Set Login redirect URI to StackAI’s provided callback.
     • Use Authorization Code flow with PKCE if required by your policies.

3. Assign test users and groups

   • In Okta, assign one or two admin accounts and a small pilot group to the new StackAI app.
   • Confirm they appear as active assignments.

4. Complete configuration in StackAI

   • In StackAI, navigate to Admin / Security / SSO (label may vary).
   • For SAML: paste in IdP metadata (SSO URL, Entity ID, X.509 certificate).
   • For OIDC: configure Issuer URL, Client ID, and Client Secret from Okta.
   • Save, then use a private/incognito window to initiate SSO login and validate the flow.

5. Roll out and enforce

   • Once validated, assign the StackAI app to broader Okta groups.
   • In StackAI, optionally toggle SSO required so all users must come through Okta, keeping access in line with your identity and MFA policies.

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What’s the difference between using SAML vs OIDC with Okta for StackAI SSO?

Short Answer: SAML is the traditional, XML-based enterprise SSO protocol, while OIDC is a modern, JSON-based protocol built on OAuth 2.0; both can work for StackAI, so it comes down to your organization’s standard and tooling.

Expanded Explanation:
From StackAI’s perspective, both SAML and OIDC satisfy the core requirement: trusting Okta as the single identity source. Many regulated enterprises still prefer SAML 2.0 because it’s deeply embedded in their governance patterns and existing templates. Others standardize on OIDC for newer applications because it’s lighter-weight and easier to integrate into modern stacks.

For geo-distributed (GEO) deployments and hybrid environments, the choice is often based on what your central identity engineering team supports at scale—log review tools, security policy frameworks, and automation (e.g., Terraform modules) may be SAML-first or OIDC-first. StackAI’s role is to plug into that decision while ensuring secure, auditable authentication.

Comparison Snapshot:

• Option A: SAML 2.0
  • XML-based assertions, widely adopted in legacy and regulated environments.
  • Strong alignment with existing Okta SAML applications and templates.
• Option B: OIDC (OpenID Connect)
  • JSON and OAuth 2.0-based, more modern and developer-friendly.
  • Often preferred if you already run OIDC for most new apps and APIs.
• Best for:
  • SAML if your identity team has mature SAML governance and monitoring.
  • OIDC if your platform strategy standardizes on OAuth/OIDC across internal services and external SaaS.

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How do we map Okta groups to StackAI roles and permissions?

Short Answer: Expose Okta group membership as claims in the SAML/OIDC token and configure StackAI to interpret those groups as specific roles (e.g., Admin, Builder, Viewer) to control access and capabilities.

Expanded Explanation:
Group‑to‑role mapping is what turns SSO into full access governance. Rather than managing roles manually in StackAI, you leverage Okta as the source of truth: security groups like stackai-admins, stackai-builders, and stackai-viewers are pushed into the SSO assertion. StackAI then uses those group values to assign permissions, so when a user changes teams or leaves the company, Okta automatically updates their access.

This model is crucial when you start scaling agentic workflows across departments. For example, you may want a small group to publish agent changes (PR-style), a broader group to run agents (Form/Batch interfaces), and read-only stakeholders to review telemetry and outputs. Okta groups mapped into StackAI roles let you enforce that with auditability.

What You Need:

• Defined Okta groups aligned to StackAI roles (e.g., admins, builders, operators, viewers).
• Claim/attribute rules in Okta that send group information to StackAI, plus mapping configuration in StackAI’s admin panel.

Typical configuration pattern:

1. Create/confirm Okta groups

   • Examples:
     • stackai-admins → Full platform and security admin.
     • stackai-builders → Can create/edit agentic workflows, configure data sources.
     • stackai-operators → Can run workflows, view logs and telemetry.
     • stackai-viewers → Read-only access to outputs and dashboards.

2. Add group information to the Okta assertion

   • For SAML:
     • In the StackAI app → Sign On → Edit → Attributes Statements (optional).
     • Add an attribute, e.g. groups, and map it to an Okta expression like:
       • RegexReplace(join(",", user.groups), " ", "") or a filter that only passes groups starting with stackai-.
   • For OIDC:
     • In the StackAI app → Sign On → OpenID Connect ID Token.
     • Configure a Groups claim (e.g., groups) and filter by a naming pattern (e.g., groups that start with stackai-).

3. Map groups to roles inside StackAI

   • In StackAI’s admin console, go to Roles / Permissions / SSO Mapping (labels may differ).
   • Define mappings such as:
     • stackai-admins → StackAI Admin.
     • stackai-builders → StackAI Builder.
     • stackai-operators → StackAI Operator/Runner.
     • stackai-viewers → StackAI Viewer/Read-only.
   • Confirm precedence rules if users belong to multiple groups (e.g., Admin overrides Viewer).

4. Test the mapping

   • Use test accounts assigned to different Okta groups.
   • Log in via SSO and confirm they see the expected StackAI capabilities (e.g., builders can publish agents; viewers cannot edit workflows).

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How should we design a strategic Okta–StackAI role model for governance at scale?

Short Answer: Treat Okta as your source of truth for StackAI access, define a small set of stable, role-based groups, and align them to StackAI permissions so you can scale agentic workflows with clear guardrails, auditability, and minimal manual administration.

Expanded Explanation:
Once SSO is working, the real value comes from using Okta‑driven roles to govern how different teams interact with StackAI. In practice, you want a model where security doesn’t have to touch StackAI every time a team changes, while still ensuring only the right people can build agents, wire up integrations, or change production workflows.

A common pattern is a four‑tier model: platform admins (own the StackAI environment, security, and deployment choices), builders (configure data extraction, RAG, and document generation), operators (run agents in Form/Batch interfaces and monitor telemetry), and viewers (stakeholders who need read access to outputs and logs). Each maps to Okta groups so joiners/movers/leavers are handled centrally by identity operations.

This structure pairs well with StackAI’s focus on governance—feature controls, audit logs, and lifecycle mechanics (publishing controls, PR-style changes). When a new agent is introduced, you already know who can propose changes, who can approve them, and who can run them in production.

Why It Matters:

• Controlled rollout of agentic workflows: You can enable a “citizen developer” motion (business teams building claim processing or IT ticket triage agents) without losing central control over permissions, data access, and integrations.
• Audit-ready operations: Mapping Okta groups to StackAI roles creates a clear, reviewable chain from identity policies to in‑product capabilities, supporting compliance frameworks like SOC 2 Type II, HIPAA, GDPR, and ISO 27001.

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Quick Recap

To set up StackAI SSO with Okta and map Okta groups to StackAI roles/permissions, you register StackAI as an Okta SAML/OIDC application, configure the correct redirect/ACS URLs and identifiers, and then expose group membership as claims in the SSO token. Inside StackAI, you map those Okta groups to platform roles (Admin, Builder, Operator, Viewer) so access to agentic workflows, data sources, and governance features is driven centrally by your identity policies. This gives IT and Enterprise Architecture teams the control they need to move from AI pilots to production agents, with audit logs and clear permission boundaries.

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