AI Agents and Identity Management
AI Engineering Podcast
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The Need for Layered Identity Verification in AI Systems
This chapter explores the challenges of identity verification in AI-driven environments, emphasizing the necessity of robust authentication processes. It advocates for a layered security approach that includes continuous verification, particularly for sensitive actions, while discussing the role of OAuth in maintaining human oversight during transactions.
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Summary
In this episode of the AI Engineering Podcast Julianna Lamb, co-founder and CTO of Stytch, talks about the complexities of managing identity and authentication in agentic workflows. She explores the evolving landscape of identity management in the context of machine learning and AI, highlighting the importance of flexible compute environments and seamless data exchange. The conversation covers implications of AI agents on identity management, including granular permissions, OAuth protocol, and adapting systems for agentic interactions. Julianna also discusses rate limiting, persistent identity, and evolving standards for managing identity in AI systems. She emphasizes the need to experiment with AI agents and prepare systems for integration to stay ahead in the rapidly advancing AI landscape.
Announcements
Parting Question
In this episode of the AI Engineering Podcast Julianna Lamb, co-founder and CTO of Stytch, talks about the complexities of managing identity and authentication in agentic workflows. She explores the evolving landscape of identity management in the context of machine learning and AI, highlighting the importance of flexible compute environments and seamless data exchange. The conversation covers implications of AI agents on identity management, including granular permissions, OAuth protocol, and adapting systems for agentic interactions. Julianna also discusses rate limiting, persistent identity, and evolving standards for managing identity in AI systems. She emphasizes the need to experiment with AI agents and prepare systems for integration to stay ahead in the rapidly advancing AI landscape.
Announcements
- Hello and welcome to the AI Engineering Podcast, your guide to the fast-moving world of building scalable and maintainable AI systems
- When ML teams try to run complex workflows through traditional orchestration tools, they hit walls. Cash App discovered this with their fraud detection models - they needed flexible compute, isolated environments, and seamless data exchange between workflows, but their existing tools couldn't deliver. That's why Cash App rely on Prefect. Now their ML workflows run on whatever infrastructure each model needs across Google Cloud, AWS, and Databricks. Custom packages stay isolated. Model outputs flow seamlessly between workflows. Companies like Whoop and 1Password also trust Prefect for their critical workflows. But Prefect didn't stop there. They just launched FastMCP - production-ready infrastructure for AI tools. You get Prefect's orchestration plus instant OAuth, serverless scaling, and blazing-fast Python execution. Deploy your AI tools once, connect to Claude, Cursor, or any MCP client. No more building auth flows or managing servers. Prefect orchestrates your ML pipeline. FastMCP handles your AI tool infrastructure. See what Prefect and Fast MCP can do for your AI workflows at aiengineeringpodcast.com/prefect today.
- Your host is Tobias Macey and today I'm interviewing Julianna Lamb about the complexities of managing identity and auth in agentic workflows
- Introduction
- How did you get involved in machine learning?
- The term "identity" is very overloaded. Can you start by giving your definition in the context of technical systems?
- What are some of the different ways that AI agents intersect with identity?
- We have decades of experience and effort in building identity infrastructure for the internet, what are the most significant ways in which that is insufficient for agent-based use cases?
- I have heard anecdotal references to the ways in which AI agents lead to a proliferation of "identities". How would you characterize the magnitude of the difference in scale between human-powered identity, deterministic automation (e.g. bots or bot-nets), and AI agents?
- The other major element of establishing and verifying "identity" is how that intersects with permissions or authorization. What are the major shortcomings of our existing investment in managing and auditing access and control once you are within a system?
- How does that get amplified with AI agents?
- Typically authentication has been done at the perimeter of a system. How does that architecture change when accounting for AI agents?
- How does that get complicated by where the agent originates? (e.g external agents interacting with a third-party system vs. internal agents operated by the service provider)
- What are the concrete steps that engineering teams should be taking today to start preparing their systems for agentic use-cases (internal or external)?
- How do agentic capabilities change the means of protecting against malicious bots? (e.g. bot detection, defensive agents, etc.)
- What are the most interesting, innovative, or unexpected ways that you have seen authn/authz/identity addressed for AI use cases?
- What are the most interesting, unexpected, or challenging lessons that you have learned while working on identity/auth(n|z) systems?
- What are your predictions for the future of identity as adoption and sophistication of AI systems progresses?
Parting Question
- From your perspective, what are the biggest gaps in tooling, technology, or training for AI systems today?
- Thank you for listening! Don't forget to check out our other shows. The Data Engineering Podcast covers the latest on modern data management. Podcast.__init__ covers the Python language, its community, and the innovative ways it is being used.
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- Stytch
- AI Agent
- Machine To Machine Authentication
- API Authentication
- MCP == Model Context Protocol
- OAuth
- Identity Provider
- OAuth Scopes
- OAuth 2.1
- Captcha
- RBAC == Role-Based Access Control
- ABAC == Attribute-Based Access Control
- ReBAC == Relationship-Based Access Control
- Google Zanzibar
- Idempotence
- Dynamic Client Registration
- Large Action Models
- Claude Code
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