- Developers
- Learn about the security challenges when building AI agents that interact with external tools and systems.
- Business
- Understand how AI agents change enterprise security needs and what governance strategies are required.
This interview provides a practical look at a critical security challenge emerging with advanced AI agents.
Why AI Agents Break the GenAI Security Model with Devvret Rishi - #770
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From Subvolts
Summary and analysis by Subvolts editorial, AI-assisted.
Sam Charrington interviews Devvret Rishi on the TWIML AI Podcast about AI agents. Rishi explains how agents taking action across systems challenge traditional security models. The episode explores why static guardrails and human approval fail with fast-acting agents and discusses necessary enterprise solutions like visibility and runtime enforcement.
Imagine AI agents that can do things, not just answer questions. This episode explains why old security rules don't work for these active agents. It covers how companies need better ways to watch and control them to prevent problems.
This episode is for enterprise IT and security professionals grappling with the implications of AI agents. It highlights how current security playbooks, designed for simpler systems, fall short when agents automate complex workflows at machine speed. Listeners learn why existing controls are insufficient and what new approaches, such as enhanced observability and policy-aware governance, are needed to secure AI-driven operations. This directly relates to frontier labs like Google Gemini and Microsoft Copilot developing more autonomous AI capabilities.
- HostSam Charrington
- GuestDevvret RishiGM of AI, Rubrik
- Guest: Devvret Rishi
- Title: Why AI Agents Break the GenAI Security Model
- Show: The TWIML AI Podcast
- Length: 56 minutes
- Agent Capabilities: Plan, call tools, update systems, write code, send messages, operate across workflows at machine speed.
- Needed Enterprise Solutions: Visibility, runtime enforcement, policy-aware governance, agent observability, recovery mechanisms.
In this episode, Sam talks with Dev Rishi, GM of AI at Rubrik, about what happens when agents move beyond answering questions and start taking action across tools, systems, and business processes.
We explore why the enterprise playbook of static guardrails plus human approval starts to break down in the agent era. Agents are useful because they can plan, call tools, update systems, write code, send messages, and operate across workflows at machine speed, but those same capabilities make them difficult to govern with rules written in advance or approval prompts reviewed one at a time.
Dev explains why tool access increases blast radius, why agents can route around controls in surprising ways, and why human-in-the-loop review can become security theater when agents operate at scale. We also discuss what enterprises need instead: better visibility, runtime enforcement, policy-aware governance, agent observability, and recovery mechanisms for when something goes wrong.
Along the way, we dig into MCP and tool sprawl, small language models for policy enforcement, defense in depth, agent rewind, and why AI may be needed to help secure AI.
🗒️ Full show notes: https://twimlai.com/go/770.
- GenAI
- Devvret Rishi
- Generative AI, AI that can create new content like text or code.
- guardrails
- Devvret Rishi
- Rules or limits set to control AI behavior and prevent unwanted actions.
- blast radius
- Devvret Rishi
- The potential impact or damage if a system or agent fails or is compromised.
- security theater
- Devvret Rishi
- Security measures that appear effective but do not actually improve security.
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Questions people ask
- Why do traditional security guardrails fail with AI agents?
- Traditional static guardrails and one-by-one human approvals break down because AI agents operate at machine speed, planning, calling tools, and updating systems across workflows.
- What do enterprises need to secure AI agents?
- Enterprises need better visibility, runtime enforcement, policy-aware governance, agent observability, and recovery mechanisms to manage the risks posed by AI agents.
Page generated Oct 19, 2026. Summaries are Subvolts' own; the audio, artwork and notes belong to Sam Charrington.




