Automation & Ops ✓ NVIDIA · Official tao-toolkitworkflow-launchpreflight-validationcontainer-imagescredential-managementdataset-validationjob-monitoring

TAO Workflow Launch Gate

Preflight TAO jobs across platforms, credentials, data, containers, and monitoring.

FollowSkills review · FSRS-2.0
Use with care
60/ 100 5-point scale 3.0 / 5
Trust21 / 25 · 4.2/5

The skill explicitly gates platform, credentials, image, datasets, compute, dependencies, access checks, and a final launch review with user confirmation. It limits credential handling to presence checks and forbids printing secrets, while declaring Read/Bash access. Deducted 4 points because Bash and remote platforms still enable broad external effects, no general rollback or job-cancellation procedure is defined, and data-flow and sensitive-data handling remain incomplete.

Reliability8 / 20 · 2.0/5

The documentation gives coherent preflight, retry-after-remediation, dependency, SLURM, Docker, remote-storage, and terminal-monitoring rules. Deducted 2 points because helper scripts, model skills, and platform implementations are outside the selected skill directory, so static evidence cannot establish availability, interface consistency, or runnable key paths; there is no skill-specific test suite.

Adaptability12 / 15 · 4.0/5

Triggers cover TAO training, evaluation, inference, export, TensorRT, AutoML, and DEFT, with explicit platform selection, root-mode/direct-spec dataset inputs, and monitoring choices. Deducted 3 points because non-fit boundaries are not stated, Chinese-language support is unspecified, mainland-China reachability is unverified, and core platform/object-storage access may depend on environment-specific services.

Convention9 / 15 · 3.0/5

The skill has a name, description, Apache-2.0 license, author, version 0.1.0, tags, compatibility note, and reasonably layered documentation; repository material also indicates synchronization and update context. Deducted 6 points for missing recommended Instructions and Examples sections, no FAQ or changelog, insufficiently explicit maintenance ownership/update path, and inconsistency between the skill-card author format and top-level license metadata.

Effectiveness6 / 15 · 2.0/5

The documentation describes an end-to-end launch flow from platform selection and credential collection through image confirmation, dataset validation, resource preflight, user confirmation, and monitoring; the benchmark report records one passing external evaluation task. Deducted 1 point because there is only one evaluation task and no static verification of real launch results, output artifacts, or cross-platform coverage; post-launch result formats and acceptance criteria are underspecified.

Verifiability4 / 10 · 2.0/5

Committed evals.json, BENCHMARK.md, version metadata, benchmark metrics, and static-validation findings provide limited auditable evidence. Deducted 1 point because evaluation covered one task with one attempt per agent, the skill has no committed tests covering key platform paths, real behavior cannot be independently reproduced from static files, and benchmark conclusions are primarily report evidence.

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
  • This is a source-only static review; no commands, preflight checks, platform access, job submission, or monitoring were executed, so the benchmark report is not independent reproduction for this review.
  • The workflow handles credentials, datasets, containers, remote hosts, and cloud platforms; before use, verify least privilege, data compliance, image provenance, network reachability, and job-cancellation/resource-recovery procedures.
  • For Chinese users, separately verify reachability of the TAO image registry, platform APIs, object storage, and remote logging services.
See the full review method →

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

tao-launch-workflow is a shared launch-intake skill for NVIDIA TAO workflows, including AutoML, training, evaluation, inference, export, TensorRT engine generation, and DEFT or other workflow jobs. It requires a complete preflight before creating runner scripts, workspaces, logs, state files, or submitting side-effecting work. The skill uses packaged TAO skill-bank helper scripts and covers checks for platforms such as Brev, SLURM, local or remote Docker, and Kubernetes. Its SKILL.md lists Apache-2.0, while the repository README describes the catalog project as dual-licensed under Apache 2.0 and CC BY 4.0.

Runs the TAO platform-listing, platform-detail, image-resolution, and launch-preflight helpers; asks for the execution platform, monitoring preference, dataset inputs, container image, compute shape, and credentials; verifies platform access, dataset paths, required tools, Docker/GPU conditions, or remote-platform prerequisites; blocks runner scripts, specs, workspaces, state files, logs, and job submission until the launch review is confirmed; and reports job status at the selected interval after launch until the job reaches a terminal state or monitoring is stopped.

  1. A TAO user preparing SLURM training needs SSH, shared-storage, GPU, and container-image checks before submission.
  2. An AutoML user wants to review recommendation budget, concurrency, algorithm, metric, datasets, and generated defaults before launching.
  3. A team running TAO inference, export, or TensorRT generation on local or remote Docker needs Docker, GPU, path, and image checks first.
  4. A Brev or Kubernetes user using object-storage datasets needs platform access and S3 readability verified before artifacts are created.

What are this skill's strengths and limitations?

Pros
  • Covers TAO training, evaluation, inference, export, TensorRT, AutoML, and DEFT launch paths.
  • Explicitly blocks scripts, logs, workspaces, and other side effects before preflight completion.
  • Includes image confirmation, platform-specific credential filtering, dataset validation, and post-launch monitoring rules.
  • Accepts both dataset-root inputs and direct spec-key paths for nonstandard layouts.
Limitations
  • It does not replace model- or workflow-specific TAO skills for configuration details.
  • It depends on packaged TAO skill-bank helper scripts, whose installation procedure is not documented in the supplied source.
  • Platform, storage, and credential access must be available; failed checks stop the launch flow.
  • The supplied source describes launch governance and orchestration, but provides no standalone test-suite or platform-success evidence.

How do you install this skill?

Install the individual skill with the command supported by the repository README:

npx skills add nvidia/skills --skill tao-launch-workflow --yes

Alternatively, install the NVIDIA skills collection:

npx skills add nvidia/skills

The README does not specify a fixed local installation directory; the CLI handles the destination.

How do you use this skill?

Trigger it before a TAO operation, for example: "Launch a TAO training workflow on SLURM, run the launch preflight first, and report status in chat every 5 minutes." Provide the platform, monitoring settings, dataset roots or direct spec paths, the confirmed container image, compute shape, and required credentials. The skill permits artifact creation and job submission only after all preflight requirements pass and the user confirms the launch review.

FAQ

Does it submit TAO jobs automatically?
Not without confirmation. Platform, credentials, image, datasets, compute, and tool checks must pass, and the user must confirm the launch review before artifacts or jobs are created.
Must I provide only a dataset root?
No. You can provide roots for model-specific mapping or give exact spec keys and paths directly.
What permissions does it require?
The skill declares Read and Bash. It reads or verifies local and platform paths, runs helper scripts, and may check remote platforms, object storage, Docker, or cluster access when applicable.
Will it keep monitoring after submission?
The default is chat-side monitoring with updates every five minutes, but monitoring can be disabled so the agent returns the job ID or log path and stops polling.

More skills from this repository

All from NVIDIA/skills

Data & Analysis ✓ NVIDIA · Official

TAO DAFT Dataset Validator

Validate TAO DAFT dataset structure, schemas, and cross-references with tao-daft validate.

Dev & Engineering ✓ NVIDIA · Official

TAO Platform Execution SDK

Submit, monitor, and manage NVIDIA TAO GPU training jobs across supported platforms.

Automation & Ops ✓ NVIDIA · Official

TAO Jobs on Kubernetes

Submit and monitor NVIDIA TAO GPU training jobs through Kubernetes.

Dev & Engineering ✓ NVIDIA · Official

TAO Skill Bank Capability Discovery

Query TAO Skill Bank workflows, models, platforms, and AutoML support from packaged manifests.

Automation & Ops ✓ NVIDIA · Official

TAO Inference Microservice Deployment

Start, query, and stop TAO inference microservices across supported compute platforms.

Data & Analysis ✓ NVIDIA · Official

TAO DINO Object Detection

Run NVIDIA TAO workflows for training and deploying DINO 2D object detectors.

Automation & Ops ✓ NVIDIA · Official

TAO on SLURM

Run TAO training, evaluation, and inference on a remote GPU cluster through SSH, SLURM, and Pyxis/Enroot.

Data & Analysis ✓ NVIDIA · Official

TAO FastFoundationStereo Real-Time Stereo Depth

Run TAO FastFoundationStereo workflows that produce low-latency disparity maps from stereo images.

Dev & Engineering ✓ NVIDIA · Official

TAO Sparse4D Training Skill

Guides agents through training, evaluation, export, quantization, and inference for multi-camera temporal 3D detection and tracking.

Data & Analysis ✓ NVIDIA · Official

OCDNet Scene Text Detection

Train and deploy arbitrary-oriented scene text detectors with NVIDIA TAO Toolkit.

Data & Analysis ✓ NVIDIA · Official

TAO Image Grounding

Convert image-caption pairs into phrase-grounded annotations with pixel-space bounding boxes.

Data & Analysis ✓ NVIDIA · Official

TAO FoundationStereo Stereo Depth

Generate disparity maps from stereo images and manage FoundationStereo training, evaluation, and deployment for 3D reconstruction.

Data & Analysis ✓ NVIDIA · Official

TAO PointPillars 3D Detection

Guides TAO workflows for training, evaluating, and deploying LiDAR-based PointPillars detectors.

Data & Analysis ✓ NVIDIA · Official

TAO Standard Training Workflow

Run a controlled TAO train, evaluate, and export workflow on labeled data.

Data & Analysis ✓ NVIDIA · Official

TAO VLM Binary Gap Analyzer

Extract false-positive and false-negative cases from VLM yes/no predictions for downstream root-cause analysis.

Automation & Ops ✓ NVIDIA · Official

TAO on Brev GPU Instances

Run and manage TAO training, evaluation, and inference on Brev GPU instances.

Data & Analysis ✓ NVIDIA · Official

TAO MAL Weakly Supervised Segmentation

Train segmentation models from point or box annotations and produce masks with minimal labeling.

Data & Analysis ✓ NVIDIA · Official

TAO Pose Classification

Classify pose-keypoint sequences into action categories with ST-GCN.

Data & Analysis ✓ NVIDIA · Official

TAO BEVFusion Training

Train, evaluate, and run inference on BEV 3D detection models that fuse LiDAR and camera data with TAO.

Data & Analysis ✓ NVIDIA · Official

TAO CenterPose Pose Estimation Skill

Guides agents through training, evaluation, export, and deployment of CenterPose models for 6-DoF object pose estimation.

Related skills