Ask the Experts: How NVIDIA OpenShell Secures Autonomous Agents | Nemotron Labs @NVIDIADeveloper
Ask the Experts: How NVIDIA OpenShell Secures Autonomous Agents | Nemotron Labs  @NVIDIADeveloper
Uploaded September 2026 | Updated September 2026, 2 weeks ago
Autonomous agents that read files, call APIs, and run code across long-horizon tasks need more than behavioral guardrails. They need a runtime that enforces what they can actually do.

OpenShell is the safe, private runtime for autonomous AI agents — providing isolation, identity, policy, and audit below the harness layer. The harness guides what an agent tries. OpenShell determines what an agent can do.

This livestream goes inside the runtime with the product manager and engineers who built it. They'll walk through OpenShell's design principles, show how security profiles work across different workload types, and cover how subagent delegation works with authority ceilings that child runtimes can't exceed.

What you'll learn:
- Why security controls belong at the runtime layer, not in harness logic
- How OpenShell enforces policy: identity binding, credential scoping, and audit for every agent action
- How security profiles work: isolated, connected, production, and adversarial workloads
- How to get started on GitHub

Questions about runtime design or securing your agent workloads? The engineers who built OpenShell will take them live.
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Ask the Experts: How NVIDIA OpenShell Secures Autonomous Agents | Nemotron Labs

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