Episode 192 - GluuFederation/identerati-office-hours GitHub Wiki
Title: Intent-Based Authorization in AI Agents
- Host: Mike Schwartz, Founder/CEO Gluu
- Guest: Andres Aguiar, Okta/Auth0 Director of Product for the FGA portfolio
Channels
Description
As autonomous agents become more capable, the coarse-grained permission model inherited from OAuth is showing its limits. This piece examines why scope-based authorization—designed for human-driven apps—breaks down when applied to AI agents operating across dynamic, context-sensitive tasks. Drawing on ideas presented by Okta's Andres Aguiar, it explores a shift toward intent-based authorization: a framework where agents earn permissions based on the specific context of what they're doing, not a blanket list of pre-approved capabilities. The result is a more secure, adaptive model that lets agents be genuinely useful without accumulating excessive access.
Homework
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Reimagining authorization for autonomous AI agents through intent-based, fine-grained, and dynamic access control strategies.
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MCP Dev Summit Slides From Scopes To Intent Reimagining Authorization for Autonomous Agents
Takeaways
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⚡ OAuth scopes are insufficient for agentic identity and have limited use for authorization--or worse, they're dangerous.
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⚡ Intent-based authorization is really about runtime attenuation of authority. The intent helps justify why the capability align with the mission the human approved.
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⚡ Prompt injection turns authorization into a runtime governance problem. Andres’ demo shows an agent tricked into sending an email, highlighting why authorization policies must constrain actions beyond simple API permissions.
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⚡ Intent inference is “not a solved problem. Enterprises should combine mission awareness with containment strategies that dynamically limit what tools an agents can use.
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⚡ The biggest near-term blocker may be infrastructure, not AI. Before companies can safely deploy agents, they need APIs and MCP servers with proper fine-grained authorization, dynamic token handling, and policy-aware runtimes—capabilities many enterprise systems still lack today.