Dev & Engineering ✓ NVIDIA · Official nemo-relaycli-installationpythonnodejsrustframework-integration

NeMo Relay Installation Guide

Choose and verify the right NeMo Relay path for CLIs, language packages, and maintained frameworks.

FollowSkills review · FSRS-2.0
Use with care
62/ 100 5-point scale 3.1 / 5
Trust20 / 25 · 4.0/5

The skill explicitly limits scope, shows commands before execution, requires review of remote installers, and provides preview, confirmation, recovery-file, doctor, uninstall, and rollback guidance for persistent Codex changes. Deductions apply because remote scripts, global Codex configuration, and package-manager writes still create external effects, while credential, network data-flow, and dependency-security guidance is incomplete.

Reliability9 / 20 · 2.3/5

Installation routing, package-manager preservation, version checks, and doctor-based failure diagnosis are reasonably explicit, with separate verification rules for CLI and language packages. Deductions apply because this is a static review with no executable reproduction; BENCHMARK.md contains self-reported results rather than verifiable CI coverage, and platform, version, and command-failure cases remain incomplete.

Adaptability12 / 15 · 4.0/5

The skill targets CLI, Python, Node.js, Rust, OpenClaw, Hermes, and maintained framework integrations, with generally clear triggers, exclusions, and post-install handoff boundaries. Deductions apply because Chinese-language support is unspecified and core paths depend on GitHub, raw.githubusercontent.com, and NVIDIA documentation without mainland-China reachability or fallback guidance.

Convention10 / 15 · 3.3/5

The documentation is well organized and includes references, license, author, version information, an evaluation report, and a recovery asset, with clear scope boundaries. Deductions apply because static validation records missing recommended Instructions and Examples sections, the author format fails the checker, and maintenance ownership, changelog practice, and formal update procedures are not sufficiently explicit.

Effectiveness7 / 15 · 2.3/5

The skill can route users to appropriate installation commands and deliberately stops at installation and basic availability checks instead of configuring runtime behavior prematurely. Deductions apply because static review cannot establish that commands work in practice; the benchmark reports positive results but lacks independently reproducible third-party execution evidence, so the static ceiling applies.

Verifiability4 / 10 · 2.0/5

The files provide concrete commands, verification steps, public reference entry points, evaluation tasks, and version information, giving the skill some auditability. Deductions apply because there is no verifiable CI test suite or independent multi-source reproduction; the benchmark is author-supplied limited evidence and cannot justify a higher static score.

Evidence confidence:Low Reviewed Jul 20, 2026 Reviewed revision 55f18499943e
The upstream repository has new commits since this review. The score still applies to the reviewed revision shown and may not cover the latest changes.
Before you use it
  • Before running a remote installer, pin and confirm a specific release, review the script, and assess reachability of GitHub/raw.githubusercontent.com in the target network environment.
  • Persistent Codex Desktop installation changes global configuration and may hide threads; complete the recovery-file, dry-run, and explicit-confirmation gate, and do not restart before providing the recovery-file path.
  • The benchmark pass rates are project-supplied evidence and do not constitute execution or independent reproduction in this review.
See the full review method →

What does this skill do, and when should you use it?

This skill guides installation of NeMo Relay for the CLI, Python, Node.js, Rust, OpenClaw, Hermes, LangChain, LangGraph, and Deep Agents. It first inspects the target manifest, environment, operating system, architecture, and existing installation before selecting and running an installation path. Installation is kept separate from runtime configuration, plugin files, scopes, middleware, and first-application examples. For Codex Desktop, it adds safeguards for a provider-filtering issue that can temporarily hide threads after persistent installation.

Inspects project manifests, environment, operating system, architecture, and existing installations; selects a CLI, maintained integration, language-package, or source-checkout path based on the requested outcome; reads the reference for that path; shows the exact installation command; runs installation and basic availability checks; uses nemo-relay doctor for CLI configuration or readiness issues, including JSON and persistent-plugin modes; reports what was installed, where it was installed, and the verification result.

  1. A developer who wants to try Relay temporarily or run the local gateway and needs the CLI path selected.
  2. A Python, Node.js, or Rust application owner whose code directly controls tool or model call sites and needs the matching language package.
  3. A LangChain, LangGraph, or Deep Agents user who needs a maintained framework integration.
  4. An OpenClaw or Hermes user who needs installation guidance for the existing harness.
  5. A Codex Desktop user considering persistent Codex provider installation and needing continuity safeguards before proceeding.

What are this skill's strengths and limitations?

Pros
  • Covers the CLI, Python, Node.js, Rust, and several maintained framework integrations.
  • Clearly separates installation from runtime configuration and first use.
  • Includes a continuity-protection workflow for persistent Codex Desktop installation.
  • Provides scoped nemo-relay doctor guidance for CLI configuration and readiness problems.
Limitations
  • The supplied material omits the referenced installation files, so it does not provide command-level installation details for each path.
  • It stops after installation and basic availability checks and does not create scopes, register middleware, or build a first application.
  • No specific operating-system, architecture, or version compatibility matrix is provided.

How do you install this skill?

Install this skill into an Agent Skills-compatible client with: npx skills add nvidia/skills --skill nemo-relay-install --yes. The collection can be installed without cloning the repository or copying folders manually. Then ask the agent to install NeMo Relay for the desired target; if no target is named, it asks one short clarification question. The referenced installation files are not included in the supplied material, so their specific NeMo Relay commands are not reproduced here.

How do you use this skill?

Try a prompt such as “Install NeMo Relay for my Python application.” or “I want to try the NeMo Relay CLI temporarily.” The agent should inspect the target and existing installation, show the installation command, perform installation and a basic availability check, and stop. Runtime configuration, plugins.toml, scopes, middleware, and first-app examples are outside this skill’s installation scope.

FAQ

Does this skill configure NeMo Relay runtime behavior?
No. It stops after installation and basic availability checks and should not write plugins.toml, create scopes, register middleware, or build a first application example.
Which path should I use to try NeMo Relay?
For a generic “try Relay” request, it defaults to the CLI with a temporary transparent run rather than persistent host-plugin installation.
What should Codex Desktop users know before installing persistently?
Persistent nemo-relay install codex can make current or older Desktop threads appear missing after restart because of an upstream provider-filtering bug; the threads are not deleted. The skill requires previewing the install and recovery-note location and obtaining confirmation before writing the note or global configuration.
Will it reinstall every package when a check fails?
No. For CLI configuration, gateway, plugin, exporter, or model-pricing failures, use doctor and follow the remediation for the failed checks instead of automatically reinstalling everything.

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