SOLUTIONS · NVIDIA NEMOCLAW

NemoClaw on ARK. Autonomous agents, enterprise-safe.

NVIDIA NemoClaw is the enterprise-secure reference stack for running OpenClaw assistants inside regulated environments. It wraps OpenClaw in NVIDIA OpenShell — a sandboxed runtime with policy-based guardrails, lifecycle management, and routed inference. Pair it with ARK for a fully sovereign deployment.

Talk to sales → View NemoClaw on GitHub

NemoClaw · OpenShell policy active Sandboxed

OpenShell

Sandboxed
runtime

On-prem

ARK Core /
Tailored ready

WHAT IT IS

NVIDIA's secure wrapper around OpenClaw — for enterprise deployment.

NVIDIA NemoClaw is an open-source reference stack that simplifies running OpenClaw always-on assistants safely inside enterprises. Announced at GTC 2026, it installs the NVIDIA OpenShell runtime (part of the NVIDIA Agent Toolkit) to enforce policy-based privacy and security guardrails on autonomous agents.

NemoClaw adds guided onboarding, a hardened blueprint, state management, OpenShell-managed channel messaging, routed inference, and layered protection on top of standard OpenClaw — giving regulated industries control over how agents behave and handle data.

Point NemoClaw at ARK for fully sovereign deployment: NVIDIA's security posture at the agent layer, ARK's compliance posture at the inference layer, your data never leaving the region.

WHAT IT ADDS TO OPENCLAW

NVIDIA OpenShell — containerized, policy-enforced execution sandbox
Policy-based guardrails on tool use, file access, and outbound network
Lifecycle management — start / stop / restart / rollback of agents
Hardened reference blueprint for compliant deployment
State management and OpenShell-managed messaging across channels
Routed inference — pluggable backend; swap between NVIDIA Nemotron, hosted models, or ARK

NEMOCLAW + ARK

NVIDIA handles the agent sandbox. ARK handles the inference perimeter.

NemoClaw secures the execution layer. ARK secures the inference layer. Together they give regulated organisations the full autonomous-agent stack without giving up data sovereignty or compliance posture.

2-layer

Defense in depth

Sandboxed agent execution via OpenShell, plus EU-resident inference with zero retention via ARK. Neither layer is a single point of failure or exposure.

Sovereign

Entirely on your infrastructure

Deploy NemoClaw on your hardware, point it at ARK Core or ARK Tailored on the same network, and keep every byte inside your environment.

Audit

Full trace of what the agent did and why

OpenShell logs every tool invocation, ARK logs every inference call. Together they produce a regulator-grade audit trail for autonomous behavior.

QUICKSTART

Route NemoClaw's inference to ARK.

NemoClaw's routed-inference layer accepts any OpenAI-compatible endpoint. Point it at ARK Cloud for the managed path, or at your internal ARK Core / Tailored gateway for fully self-hosted deployment.

OpenShell's policy file still governs agent behavior — ARK governs what the inference backend can see, store, and return.

Request a deployment workshop →

nemoclaw.yaml

inference:
  provider: openai-compatible
  base_url: https://api.ark-labs.cloud/api/v1
  api_key: ${ARK_API_KEY}
  model: llama-3.3-70b-instruct
  residency: eu
  retention: none

openshell:
  policy: ./policies/enterprise-tight.yaml
  sandbox: strict
  audit_log: ./logs/agent.jsonl

# Launch:
$ nemoclaw up --config ./nemoclaw.yaml

USE CASES

Where regulated organisations deploy NemoClaw + ARK.

Banking back-office agent

An autonomous agent triaging internal ops tickets, policy-boxed to read-only on core systems, every inference call logged and EU-resident.

Healthcare clinical assistant

A sandboxed agent summarising patient records, policy-restricted from outbound network, sovereign inference against ARK Tailored on-prem.

Public-sector digital caseworker

Citizen-facing triage agent with auditability at both the agent and inference layers — required by most EU public-sector procurement.