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PlainID

Comparison

PlainID vs Okta

Traditional IAM like Okta secures your logins — it doesn't secure autonomous AI behavior. PlainID was built for runtime authorization, governing the full AI execution flow from prompts, through data retrieval, MCP tools and APIs, to outputs, with continuous, policy-based enforcement.

Best for
Enterprises securing agentic AI
Okta best for
Workforce & customer authentication
Relationship
Extends Okta — no rip-and-replace

Why PlainID is different from Okta for agentic AI

Fortune 500 enterprises trust PlainID to securely scale agentic AI systems. Here's where the two platforms actually diverge, capability by capability.

Capability areaPlainIDOkta / Auth0 for AI agents
AI & data flow coverage

Full coverage: Full coverage

True end-to-end control across Agentic, Data, APIs, Microservices and Apps: Prompt → Data → Tools → Output.

Partial coverage: Partial

Data/API retrieval layer only; lacks native prompt or output guardrails.

Authorization lifecycle

Full coverage: Central management

Full coverage across Discover → Manage → Authorize, in one platform.

Partial coverage: Fragmented

Separate, developer-managed tools (FGA, Token Vault, Identity Engine).

Decision enforcement

Full coverage: Real-time & dynamic

Continuous authorization driven by context and intent (Zero Standing Privileges / just-in-time).

Gap / limitation: Static

Relationship-based ReBAC (tuples) and machine tokens, evaluated once.

Identity & accountability

Full coverage: Bound & owned

Every action tied to human & agent identities, with clear ownership and scope.

Gap / limitation: Governed separately

Agent and human identities are not bound — no link from an agent's action to the end user behind it.

Prevention model

Full coverage: Proactive

Enforcement before data is retrieved or exposed, with built-in output masking.

Gap / limitation: Reactive

Relies on token storage and pre-retrieval filtering; no output masking.

Data access controls

Full coverage: Business-context aware

Proactive enforcement with masking across all data types.

Partial coverage: Partial

Table- or object-level support only, with no business context.

API / MCP access controls

Full coverage: Full transaction control

Governs the full transaction — including adaptation of parameter input and masking of the response.

Partial coverage: Partial

Controls API/MCP access with tokens and scopes only.

  • Full coverage
  • Partial coverage
  • Gap / limitation

Okta was built for identity. PlainID was built for runtime authorization.

Many enterprises already rely on Okta for authentication and workforce identity. PlainID doesn't replace that investment — it extends it with the runtime authorization layer required for AI agents, APIs, and autonomous workflows. Where Okta answers "Who are you?", PlainID continuously answers "What are you allowed to do right now, in this exact context?"

Identity provider

What Okta handles

  • Workforce and customer authentication (SSO, MFA)
  • Answering "Who are you?" at login
  • Identity lifecycle and directory management
  • The IAM investment your teams already rely on

PlainID control plane

Policy & control plane (PlainID)

What PlainID handles & adds

  • Authorization as a control plane, not an add-on
  • Full control across prompts, data, tools, and outputs
  • Continuous, just-in-time enforcement with Zero Standing Privileges
  • Pre-built integrations across AI frameworks, APIs, and data platforms

Trusted to enforce authorization at enterprise scale

50%+

Of successful cybersecurity attacks against AI agents will exploit access control issues through 2029 — Gartner, "How to Secure Custom-Built AI Agents," 11 June 2025

2B+

Authorization decisions processed annually, built for high-scale, real-time enforcement across complex environments

F500

Fortune 500 enterprises trust PlainID to secure millions of identities, recognized by Gartner and KuppingerCole in authorization and security platforms

Runtime decisioning in place of one-time checks

PlainID's Runtime Authorization Platform is designed for how AI systems actually operate: accessing data, invoking tools, and making decisions across systems in real time.

  1. Runtime decisioning

    Every request is evaluated in the moment it happens, not just once at login.

  2. Intent-based enforcement

    Access is tied to every action's actual intent, not a static role or standing token.

  3. Context-aware policies

    Consistent policies applied across APIs, data, and AI — evaluating the human user, the AI agent, and the intent together.

  4. Zero Standing Privileges

    Access exists only when it's needed, for the exact purpose required, and is revoked immediately after use.

Comparing other options?

Common questions

Okta verifies identity. PlainID controls what AI agents can actually do across the entire agentic AI flow. Authorizing identity alone is no longer enough — PlainID enforces authorization everywhere decisions actually happen: blocking unauthorized intent before execution, filtering what data can be accessed, governing which tools agents can invoke, and masking what is exposed.

No. PlainID doesn't replace your Okta investment — it extends it with the runtime authorization layer required for AI agents, APIs, and autonomous workflows. Okta keeps handling authentication and workforce identity.

Every request is evaluated in the moment it happens, not just once at login. PlainID's Runtime Authorization Platform is designed for how AI systems actually operate: accessing data, invoking tools, and making decisions across systems in real time.

Access exists only when it's needed, and only for the exact purpose it's required. It's revoked immediately after use.

Where Okta answers "Who are you?", PlainID continuously answers "What are you allowed to do right now, in this exact context?" Together they extend Okta with real-time authorization across AI, APIs, data, and applications — without replacing your IAM stack.

Control what your AI agents actually do

Extend Okta with real-time authorization across AI, APIs, data, and applications. You don't need to replace your IAM stack.