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Nous Research brings Hermes Agent to NVIDIA RTX Spark superchips

Nous Research integrated its autonomous Hermes Agent with the NVIDIA RTX Spark superchip and OpenShell runtime. This enables native execution using kernel-level isolation—security that separates the agent from the core operating system—to prevent unauthorized actions. The setup bridges the open-source agent with Microsoft security primitives for hardened local performance.
Hardware
NVIDIA RTX Spark superchip
Security Runtime
OpenShell
Isolation Type
Kernel-level
Security Integration
Microsoft security primitives

This collaboration addresses the security bottleneck for local agents. By adopting OpenShell, Hermes Agent gains a standardized sandbox to use system tools without risking host integrity. It builds on the agent's v0.15.0 refactor, which optimized the platform for high-speed local orchestration and multi-agent swarms.

Users can deploy Hermes Agent on RTX Spark hardware to automate local workflows. The agent uses Tool Search to manage capabilities without exhausting the context window—the data a model processes at once. Access is provided via the native Windows installer for compatible NVIDIA systems.

View the full update on blogs.nvidia.com
Nous Research
Nous Research
@NousResearch
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We have been working closely with @nvidia to ensure Hermes Agent works smoothly on their new @NVIDIARTXSpark superchip and integrates with the new OpenShell runtime, which connects Hermes to @Microsoft's security primitives. Watch our feature in the big announcement at Computex: https://t.co/fLeQQ7THPA

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Still wondering? A few quick answers below.

The RTX Spark is a new superchip revealed by NVIDIA at Computex 2026. It is designed to power local AI workloads on Windows PCs, providing the dedicated compute required for autonomous agents to run natively without relying on cloud-based inference.

OpenShell is an open-source security runtime that provides kernel-level isolation for AI agents. It uses declarative YAML policies to define what system resources an agent can access, creating a secure sandbox that prevents autonomous systems from performing unauthorized actions on the host computer.

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