Nvidia lets its 'claws' out: NemoClaw brings security, scale to the agent platform taking over AI

Every few years, a piece of open-source software arrives that rewires how the industry thinks about computing. Linux did it for servers. Docker did it for deployment. OpenClaw — the autonomous AI agent platform that went from niche curiosity to the fastest-growing open-source project in history in a matter of weeks — may be doing it for software itself. Nvidia CEO and co-founder Jensen Huang made his position plain at GTC 2026 this week: "OpenClaw is the operating system for personal AI. This is the moment the industry has been waiting for — the beginning of a new renaissance in software." And Nvidia wants to be the company that makes it enterprise-ready. At its annual large GTC 2026 conference in San Jose this week, Nvidia unveiled NemoClaw, a software stack that integrates directly with OpenClaw and installs in a single command. Along with it came Nvidia OpenShell, an open-source security runtime designed to give autonomous AI agents — or “claws”, as the industry is increasingly calling them — the guardrails they need to operate inside real enterprise environments. Alongside both, the company announced an expanded Nvidia Agent Toolkit, a full-stack platform for building and running production-grade agentic workflows. The message from Jensen Huang was unambiguous. "Claude Code and OpenClaw have sparked the agent inflection point — extending AI beyond generation and reasoning into action," the Nvidia CEO said ahead of the conference. "Employees will be supercharged by teams of frontier, specialized and custom-built agents they deploy and manage." Watch my video overview of it below and read on for more:

Why 'claws' — and why it matters that Nvidia is using the word The terminology shift happening inside enterprise AI circles is subtle but significant. Internally, teams building with OpenClaw and similar platforms have taken to calling individual autonomous agents claws — a nod to the platform name, but also a useful shorthand for a new class of software that differs fundamentally from the chatbots and copilots of the last two years. As Kari Briski, Nvidia's VP of generative AI software, put it during a Sunday briefing: "Claws are autonomous agents that can plan, act, and execute tasks on their own — they've gone from just thinking and executing on tasks to achieving entire missions." That framing matters for IT decision-makers. Claws are not just assistants. They are persistent, tool-using programs that can write code, browse the web, manipulate files, call APIs, and chain actions together over hours or days without human input. The productivity upside is substantial. So is the attack surface. Which is precisely the problem Nvidia is positioning NemoClaw to solve. The enterprise demand is not hypothetical. Harrison Chase, founder of LangChain — whose open-source agent frameworks have been downloaded more than a billion times — put it bluntly in a recent episode of VentureBeat's Beyond the Pilot podcast: "I guarantee that every enterprise developer out there wants to put a safe version of OpenClaw onto onto their computer or expose it to their users." The bottleneck, he made clear, has never been interest. It has been the absence of a credible security and governance layer underneath it. NemoClaw is Nvidia's answer to that gap — and notably, LangChain is one of the launch partners for the Agent Toolkit and OpenShell integration. What NemoClaw actually does — and what it doesn't replace NemoClaw is not a competitor to OpenClaw (or the now many alternatives). It is best understood as an enterprise wrapper around it — a distribution that ships with the components a security-conscious organization actually needs before letting an autonomous agent near production systems. The stack has two core components. The first is Nvidia Nemotron, Nvidia's family of open models, which can run locally on dedicated hardware rather than routing queries through external APIs. Nemotron-3-Super, scored the highest out of all open models on PinchBench, a benchmark that tests the types of tasks and tools calls needed by OpenClaw. The second is OpenShell, the new open-source security runtime that runs each claw inside an isolated sandbox — effectively a Docker container with configurable policy controls written in YAML. Administrators can define precisely which files an agent can access, which network connections it can make, and which cloud services it can call. Everything outside those bounds is blocked. Nvidia describes OpenShell as providing the missing infrastructure layer beneath claws — giving them the access they need to be productive while enforcing policy-based security, network, and privacy guardrails. For organizations that have been watching OpenClaw's rise with a mixture of excitement and dread, this is a meaningful development. OpenClaw's early iterations were, by general consensus, a security liability — powerful and fast-moving, but essentially unconstrained. NemoClaw is the first attempt by a major hardware vendor to make that power manageable at enterprise scale. The hardware angle: always-on agents need dedicated compute One aspect of NemoClaw that deserves more attention than it has received is the hardware strategy underneath it. Claws, by design, are always-on — they do not wait for a human to open a browser tab. They run continuously, monitoring inboxes, executing tasks, building tools, and completing multi-step workflows around the clock. That requires dedicated compute that does not compete with the rest of the organization's workloads. Nvidia has a clear interest in pointing enterprises toward its own hardware for this purpose. NemoClaw is designed to run on Nvidia GeForce RTX PCs and laptops, RTX PRO workstations, and the company's DGX Spark and DGX Station AI supercomputers. The hybrid architecture allows agents to use locally-running Nemotron models for sensitive workloads, with a privacy router directing queries to frontier cloud models when higher capability is needed — without exposing private data to those external endpoints. It is an elegant solution to a real problem: many enterprises are not yet ready to send customer data, internal documents, or proprietary code to cloud AI providers, but they still need model capability that exceeds what runs locally. NemoClaw's privacy router architecture threads that needle, at least in principle. What claws actually look like in the enterprise  Before evaluating the platform, it helps to understand what a claw doing real work looks like in practice. Two partner integrations announced alongside NemoClaw offer the clearest window into where this is heading. Box is perhaps the most illustrative case for organizations that manage large volumes of unstructured enterprise content. Box is integrating Nvidia Agent Toolkit to enable claws that use the Box file system as their primary working environment, with pre-built skills for Invoice Extraction, Contract Lifecycle Management, RFP sourcing, and GTM workflows. The architecture supports hierarchical agent management: a parent claw — such as a Client Onboarding Agent — can spin up specialized sub-agents to handle discrete tasks, all governed by the same OpenShell Policy Engine. Critically, an agent's access to files in Box follows the exact same permissions model that governs human employees — enforced through OpenShell's gateway layer before any data is exchanged. Every action is logged and attributable; no shadow copies accumulate in agent memory. As Box puts it in their announcement blog, “organizations need to know which agent touched which file, when, and why — and they need the ability to revoke access instantly if something goes wrong.” Cisco's integration offers perhaps the most visceral illustration of what OpenShell guardrails enable in practice. The Cisco security team has published a scenario in which a zero-day vulnerability advisory drops on a Friday evening. Rather than triggering a weekend-long manual scramble — pulling asset lists, pinging on-call engineers, mapping blast radius — a claw running inside OpenShell autonomously queries the configuration database, maps impacted devices against the network topology, generates a prioritized remediation plan, and produces an audit-grade trace of every decision it made. Cisco AI Defense verifies every tool call against approved policy in real time. The entire response completes in roughly an hour, with a complete record that satisfies compliance requirements. "We are not trusting the model to do the right thing," the Cisco team noted in their technical writeup. "We are constraining it so that the right thing is the only thing it can do." An ecosystem play: the partners behind the stack Nvidia is not building this alone. The Agent Toolkit and OpenShell announcements came with a significant roster of enterprise partners — Box, Cisco, Atlassian, Salesforce, SAP, Adobe, CrowdStrike, Cohesity, IQVIA, ServiceNow, and more than a dozen others — whose integration depth signals how seriously the broader software industry is treating the agentic shift. On the infrastructure side, OpenShell is available today on build.nvidia.com, supported by cloud inference providers including CoreWeave, Together AI, Fireworks, and DigitalOcean, and deployable on-premises on servers from Cisco, Dell, HPE, Lenovo, and Supermicro. Agents built within OpenShell can also continuously acquire new skills using coding agents including Claude Code, Codex, and Cursor — with every newly acquired capability subject to the same policy controls as the original deployment. Separately, Nvidia announced the Nemotron Coalition — a collaborative initiative bringing together Mistral AI, Perplexity, Cursor, and LangChain to co-develop open frontier models. The coalition's first project is a base model co-developed with Mistral that will underpin the upcoming Nemotron 4 family, aimed specifically at agentic use cases. What enterprise leaders should be watching The NemoClaw announcement marks a turning point in how enterprise AI is likely to be discussed in boardrooms and procurement meetings over the next twelve months. The question is no longer whether organizations will deploy autonomous agents. The industry has clearly moved past that debate. The question is now how — with what controls, on what hardware, using which models, and with what audit trail. Nvidia's answer is a vertically integrated stack that spans silicon, runtime, model, and security policy. For IT leaders evaluating their agentic roadmap, NemoClaw represents a significant attempt to provide all four layers from a single vendor, with meaningful third-party security integrations already in place. The risks are not trivial. OpenShell's YAML-based policy model will require operational maturity that most organizations are still building. Claws that can self-evolve and acquire new skills — as Nvidia's architecture explicitly enables — raise governance questions that no sandbox can fully resolve. And the concentration of agentic infrastructure in a single vendor's stack carries familiar platform risks. That said the direction is clear. Claws are coming to the enterprise. Nvidia just made its bet on being the platform they run on — and the guardrails that keep them in bounds.