NVIDIA Agent Skills
Official NVIDIA-verified Agent Skills catalog for AI agents working with CUDA-X, RAG Blueprint, NemoClaw and OpenClaw, NeMo, TAO, cuOpt, Omniverse, Physical AI, vision AI, simulation, robotics, and GPU workflows.
Open the source and read safety notes before installing.
Safety notes
- Many NVIDIA skills can operate infrastructure, containers, Kubernetes clusters, model services, RAG stacks, GPU workloads, datasets, inference endpoints, or sandbox policies.
- NemoClaw/OpenClaw onboarding can install software, configure Docker, build sandbox images, register inference providers, enable web search, and configure messaging channels; review every prompt before applying changes.
- RAG Blueprint skills can deploy, configure, restart, or shut down Docker Compose, Helm, vector database, NIM, guardrails, observability, and ingestion services.
- GPU training, inference, simulation, vision, medical, and Physical AI workflows can consume expensive compute, modify datasets, produce model artifacts, and affect operational environments.
- The repository documents signed skills, governance cards, and benchmark reports; still verify each installed skill against the current repository and your local trust policy.
Privacy notes
- NVIDIA workflows may touch NGC API keys, model provider keys, Docker credentials, inference routes, logs, traces, datasets, video, medical images, clinical speech, user prompts, vector stores, telemetry, and sandbox tokens.
- NemoClaw/OpenClaw setup may involve provider API keys, web search keys, messaging bot tokens, authenticated dashboard URLs, local inference endpoints, and policy configuration.
- RAG, vision, medical AI, and video search skills may process private documents, images, videos, DICOM metadata, transcripts, embeddings, summaries, and generated annotations.
- Keep customer data, regulated datasets, NGC credentials, bot tokens, dashboard URLs, traces, model artifacts, and private deployment logs out of public prompts, issues, and pull requests.
Prerequisites
- An AI coding assistant or skill host compatible with the Agent Skills standard, skills CLI, or Codex/Claude plugin marketplace.
- NVIDIA, CUDA, RAG, NeMo, TAO, Omniverse, NemoClaw, or product-specific repository context for the workflow being requested.
- For GPU workflows, compatible NVIDIA driver, CUDA runtime, container runtime, NGC credentials, or Kubernetes/Docker tooling as required by the selected product skill.
- For NemoClaw/OpenClaw workflows, review Docker, OpenShell, inference provider, network policy, messaging, and sandbox prerequisites before running installers.
Schema details
- Install type
- package
- Reading time
- 8 min
- Difficulty score
- 84
- Troubleshooting
- Yes
- Breaking changes
- No
- Scope
- Source repo
- Skill type
- capability-pack
- Skill level
- expert
- Verification
- validated
- Verified at
- 2026-06-18
| Platform | Support | Install path |
|---|---|---|
| claude-code | Native | .claude/skills/<skill-name>/SKILL.md |
| codex | Native | .agents/skills/<skill-name>/SKILL.md |
| windsurf | Native | .windsurf/skills/<skill-name>/SKILL.md |
| gemini | Native | .gemini/skills/<skill-name>/SKILL.md or .agents/skills/<skill-name>/SKILL.md |
| cursor | Adapter | .cursor/rules/<skill-name>.mdc |
| cli | Manual | AGENTS.md or tool-specific context file |
Full copyable content
npx skills add nvidia/skills --list
# Install a focused skill for Codex
npx skills add nvidia/skills --skill rag-blueprint --agent codex
# Install NemoClaw / OpenClaw onboarding guidance for Claude Code
npx skills add nvidia/skills --skill nemoclaw-user-get-started --agent claude-code
# Install the NVIDIA plugin marketplace bundle in Codex
codex plugin marketplace add NVIDIA/skillsAbout this resource
NVIDIA Agent Skills
NVIDIA/skills is NVIDIA's official catalog of verified Agent Skills for AI
coding agents. It teaches agents how to work with NVIDIA software and platform
workflows across CUDA-X libraries, RAG Blueprint, NemoClaw and OpenClaw,
NeMo, TAO, cuOpt, Omniverse, Physical AI, video search, simulation, robotics,
vision AI, medical AI, and GPU-accelerated data science.
This is not a generic prompt collection. The repository describes daily sync from product repositories, signed skill artifacts, skill cards, benchmark reports, evaluation datasets, security scanning, and marketplace syndication for Agent Skills-compatible clients.
Knowledge Freshness
The repository is active and skills are mirrored from product teams into the catalog by an automated sync pipeline. NVIDIA notes that skills are added continuously. GPU software, CUDA libraries, RAG services, NIM models, NeMo recipes, TAO workflows, NemoClaw sandbox behavior, and deployment guidance can change quickly.
Use the skills for product-specific workflow routing and source-backed guardrails, then verify commands, versions, driver requirements, model names, container images, and deployment assumptions against the current upstream product repository and your target environment.
Retrieval Sources
This listing is grounded in:
- The
NVIDIA/skillsrepository README. - The
skills.sh.jsongrouping metadata. - The Codex plugin manifest for
nvidia-skills. - Representative
SKILL.mdfiles for NemoClaw/OpenClaw onboarding, RAG Blueprint operations, and cuOpt Python optimization. - The repository license text.
- Current GitHub repository metadata from the official NVIDIA organization.
Core Workflow
List available NVIDIA skills:
npx skills add nvidia/skills --list
Install one skill for Codex:
npx skills add nvidia/skills --skill rag-blueprint --agent codex
Install NemoClaw/OpenClaw onboarding guidance for Claude Code:
npx skills add nvidia/skills --skill nemoclaw-user-get-started --agent claude-code
Install the NVIDIA plugin marketplace bundle for Codex:
codex plugin marketplace add NVIDIA/skills
Capability Scope
The catalog currently groups skills across these areas:
| Group | Example scope |
|---|---|
| Agentic AI | AIQ, NeMo Retriever, NemoClaw, Nemotron policy generation, RAG Blueprint, RAG eval, skill card generation |
| Physical AI | Omniverse, OpenUSD, CAD-to-simulation, video data augmentation, neural reconstruction, resilient infrastructure |
| Vision AI | DeepStream, TAO Toolkit, video search and summarization, medical imaging, object detection, OCR, VLM workflows |
| Conversational AI | Digital health ASR, clinical speech workflows, Nemotron Speech |
| Simulation and Modeling | Earth2Studio and PhysicsNeMo workflows |
| Data Science | cuDF, cuPyNumeric, accelerated analytics, parallel data loading |
| Training AI | NeMo, Megatron-Core, DALI, TAO, Nemotron customization, large-scale distributed training |
| Optimization | cuOpt routing, linear programming, MILP, QP, server APIs, and formulation guidance |
| GPU Platform | CUDA-Q, Holoscan, Dynamo, Kubernetes, Docker, NIM, and GPU infrastructure workflows |
The plugin manifest frames the bundle as guided help for NVIDIA AI, GPU, robotics, simulation, and 3D workflows. It also includes example prompts for CUDA-X research, physical-world video to 3D neural scene workflows, and secure OpenClaw deployment.
Production Rules
Treat these skills as high-powered operational guidance:
- Start with a narrow product skill instead of applying broad NVIDIA advice to every GPU problem.
- Verify hardware, driver, CUDA, container, Kubernetes, and API-key prerequisites before running deployment or training commands.
- For NemoClaw/OpenClaw, review installer behavior, Docker access, inference provider registration, web search, messaging tokens, network policy tiers, dashboard URLs, and sandbox rollback behavior before accepting prompts.
- For RAG Blueprint work, detect the active deployment mode before changing Docker Compose, Helm, vector database, NIM, guardrails, observability, or ingestion configuration.
- For GPU training and inference, estimate compute cost, data movement, model artifacts, and rollback path before launching long-running jobs.
- For signed skills, verify detached OMS signatures against the NVIDIA trust anchor when supply-chain integrity matters.
- Keep generated data, medical artifacts, videos, embeddings, model weights, logs, and deployment output out of public prompts unless explicitly approved.
Use Cases
- Ask Codex to deploy or troubleshoot NVIDIA RAG Blueprint using the right Docker, Helm, NIM, vector database, and observability paths.
- Use Claude Code to install NemoClaw, configure an OpenClaw sandbox, and review security policy choices before running the first agent prompt.
- Ask Cursor to model and solve an LP, MILP, or QP with the cuOpt Python API.
- Use an agent to route Physical AI or Omniverse workflows from CAD to simulation-ready assets.
- Give an AI assistant source-backed NVIDIA guidance for TAO, DeepStream, NeMo, Megatron-Core, video search, CUDA-Q, Holoscan, Dynamo, or cuDF work.
Source Review
- The README describes
NVIDIA Agent Skillsas official, NVIDIA-verified skills for AI agents. - The README states that the catalog teaches agents how to use NVIDIA software including CUDA-X libraries, AI Blueprints, and platform tools.
- The catalog documents install flows for the skills CLI, Claude Code, Codex, Cursor, and Kiro CLI.
- The README states that every published skill ships with
SKILL.md,skill-card.md,skill.oms.sig, a Tier-3 evaluation dataset, andBENCHMARK.md. - The Codex plugin manifest describes guided help for NVIDIA AI, GPU, robotics,
simulation, and 3D workflows, with
InteractiveandWritecapabilities. - The NemoClaw quickstart skill covers installing NemoClaw, launching a sandbox, registering inference, applying policies, and running OpenClaw.
- The RAG Blueprint skill covers deployment, configuration, troubleshooting, shutdown, Docker/Compose, Kubernetes/Helm, MCP configuration, observability, guardrails, ingestion, and model infrastructure.
- The license file identifies the repository as Apache-2.0 for code and configuration plus CC-BY-4.0 for documentation.
Duplicate Review
Checked current content/skills/, content/tools/, content/mcp/, open pull
requests, and repository-wide content for NVIDIA Agent Skills,
NVIDIA/skills, nvidia-skills, NemoClaw, OpenClaw, rag-blueprint,
cuopt-numerical-optimization-api-python, and related NVIDIA skill phrases. No
dedicated NVIDIA Agent Skills entry, exact source URL duplicate, target file, or
open duplicate PR was found.
Disclosure
Editorial listing. No paid placement or affiliate link is used. The upstream repository is published by the official NVIDIA GitHub organization. Its license states Apache-2.0 for code and configuration plus CC-BY-4.0 for documentation.
Source citations
Add this badge to your README
How it compares
NVIDIA Agent Skills side by side with 3 alternatives on trust, install, platform support, and disclosed safety notes — all from reviewed registry metadata.
| Field | NVIDIA Agent Skills Official NVIDIA-verified Agent Skills catalog for AI agents working with CUDA-X, RAG Blueprint, NemoClaw and OpenClaw, NeMo, TAO, cuOpt, Omniverse, Physical AI, vision AI, simulation, robotics, and GPU workflows. Open dossier | .NET Agent Skills Microsoft .NET team skill marketplace for AI coding agents working on .NET, C#, ASP.NET Core, Blazor, MAUI, diagnostics, MSBuild, NuGet, upgrades, tests, AI workflows, RAG pipelines, and C# MCP servers. Open dossier | GSAP AI Skills Official GreenSock GSAP AI Skills for coding agents that need correct GSAP tweens, timelines, ScrollTrigger, React cleanup, plugins, utilities, framework lifecycle guidance, and animation performance patterns. Open dossier | LiveKit Agent Skills Official LiveKit Agent Skills for AI coding agents building low-latency voice AI, LiveKit Agents workflows, handoffs, mandatory tests, and simulation scenario suites. Open dossier |
|---|---|---|---|---|
| Trust | ||||
| Install risk | Review first | Review first | Review first | Review first |
| Notes | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ |
| Category | skills | skills | skills | skills |
| Source | source-backed | source-backed | source-backed | source-backed |
| Author | NVIDIA | .NET Team at Microsoft | GreenSock | LiveKit |
| Added | 2026-06-18 | 2026-06-18 | 2026-06-18 | 2026-06-18 |
| Platforms | Claude CodeCodexWindsurfGeminiCursorCLI | Claude CodeCodexWindsurfGeminiCursorCLIVS Code | Claude CodeCodexWindsurfGeminiCursorCLI | Claude CodeCodexWindsurfGeminiCursorCLI |
| Source repo | — | — | — | — |
| Safety notes | ✓Many NVIDIA skills can operate infrastructure, containers, Kubernetes clusters, model services, RAG stacks, GPU workloads, datasets, inference endpoints, or sandbox policies. NemoClaw/OpenClaw onboarding can install software, configure Docker, build sandbox images, register inference providers, enable web search, and configure messaging channels; review every prompt before applying changes. RAG Blueprint skills can deploy, configure, restart, or shut down Docker Compose, Helm, vector database, NIM, guardrails, observability, and ingestion services. GPU training, inference, simulation, vision, medical, and Physical AI workflows can consume expensive compute, modify datasets, produce model artifacts, and affect operational environments. The repository documents signed skills, governance cards, and benchmark reports; still verify each installed skill against the current repository and your local trust policy. | ✓.NET build, test, upgrade, package, template, publish, and migration tasks can modify project files, lock files, generated code, packages, app settings, and deployment artifacts. Diagnostics skills may suggest collecting traces, dumps, counters, crash data, MSBuild binlogs, or performance profiles; collect those artifacts only with explicit approval and storage controls. MCP server skills can expose local code, files, APIs, credentials, or production services as callable tools; review tool descriptions, parameter validation, authorization, and transport choice before connecting clients. NuGet and publish workflows can push packages or artifacts to public or private feeds; verify package IDs, versions, API keys, feed targets, and release policy before publishing. Upgrade and modernization guidance should be verified against each application's framework support window, deployment target, package compatibility, and rollback plan. | ✓GSAP is primarily a frontend animation library, but generated animations can still break layout, accessibility, input handling, scroll behavior, or client performance. ScrollTrigger, pinned sections, smooth scrolling, and layout-dependent timelines should be tested across viewport sizes and after dynamic content loads. React, Vue, Svelte, and other framework integrations need cleanup on unmount so animations, event listeners, and ScrollTriggers do not leak across renders. Remove development markers, debug helpers, and unnecessary long-running animations before production. | ✓The livekit-agents skill intentionally pushes agents toward implementation work for voice AI systems that can join realtime rooms, call tools, speak to users, and route calls; generated code still needs human review. The skill requires tests for agent behavior, but tests do not prove latency, safety, consent, telephony legality, privacy, or production readiness by themselves. The livekit-simulations skill includes private-beta caveats for simulation commands and requires current CLI help or docs verification before running `lk agent simulate`. Do not let a coding agent invent LiveKit API signatures from memory; the skill repeatedly requires MCP/docs verification because the SDK changes quickly. Voice agent handoffs, tasks, tool calls, and simulation scenarios can influence real user conversations if deployed; validate in staging rooms before production. |
| Privacy notes | ✓NVIDIA workflows may touch NGC API keys, model provider keys, Docker credentials, inference routes, logs, traces, datasets, video, medical images, clinical speech, user prompts, vector stores, telemetry, and sandbox tokens. NemoClaw/OpenClaw setup may involve provider API keys, web search keys, messaging bot tokens, authenticated dashboard URLs, local inference endpoints, and policy configuration. RAG, vision, medical AI, and video search skills may process private documents, images, videos, DICOM metadata, transcripts, embeddings, summaries, and generated annotations. Keep customer data, regulated datasets, NGC credentials, bot tokens, dashboard URLs, traces, model artifacts, and private deployment logs out of public prompts, issues, and pull requests. | ✓.NET repositories may contain connection strings, appsettings secrets, user secrets, certificates, environment variables, telemetry keys, logs, traces, dumps, package credentials, and production data. MSBuild binlogs, crash dumps, profiler output, and test artifacts can contain source paths, dependency graphs, request data, exception payloads, configuration values, and environment details. MCP servers created with these skills may forward prompts and tool inputs to local processes, HTTP services, databases, cloud APIs, or third-party model providers depending on the implementation. Keep private NuGet credentials, signing keys, deployment secrets, customer data, dumps, and proprietary source out of public prompts, issues, pull requests, and shared artifacts. | ✓The skills are local instruction files and do not require app data by themselves. Do not paste proprietary designs, private Figma exports, customer analytics, unreleased campaign copy, or private frontend source into public prompts or issues when asking an agent to animate UI. If the agent uses browser automation, visual captures, or external model providers while applying these skills, screenshots and source snippets may be processed outside the local project. | ✓LiveKit voice agent work can involve audio, video, transcripts, room metadata, participant identities, phone call details, test personas, tool inputs, tool outputs, and logs. The skills are prompt/instruction assets, but the implementations they guide may send data to LiveKit, STT providers, LLM providers, TTS providers, MCP servers, telephony providers, and observability backends. Keep LIVEKIT_API_SECRET, provider keys, SIP credentials, room tokens, recordings, transcripts, and generated scenario files containing sensitive business logic out of prompts, public issues, screenshots, and committed configs. The simulations skill says scenario generation reads the user's local agent code and should not upload that code; preserve that local-only boundary when using it. |
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