run-experiment

Deploy and execute ML experiments across local, remote, Vast.ai, and Modal environments.

Updated Jun 10, 2026
One-click install
npx skills add https://github.com/xqinag/ARIS-new --skill run-experiment-xqinag
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: run-experiment
Source: https://github.com/xqinag/ARIS-new/tree/main/skills/run-experiment
Command: npx skills add https://github.com/xqinag/ARIS-new --skill run-experiment-xqinag

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Deploying and running ML experiments across local, remote, Vast.ai, and Modal environments is error-prone and time-consuming due to manual setup, inconsistent environments, and fragmented tooling.

Core Features & Use Cases

  • Unified deployment workflows across local GPUs, remote servers, Vast.ai instances, and Modal serverless GPUs.
  • Environment-aware execution with automatic CUDA/conda configuration and code-path selection.
  • Reproducible experimentation with centralized logging, GPU allocation, and optional Weights & Biases integration.

Quick Start

Provide an experiment description and let the skill deploy and launch it on your configured environment.

Frequently Asked Questions about run-experiment

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I run ML experiments across local GPUs and cloud environments like Vast.ai or Modal?

Running ML experiments across local GPUs and cloud platforms requires a unified deployment workflow that automatically detects environments, synchronizes code, and orchestrates execution on Vast.ai, Modal, remote servers, or local infrastructure.

What is the best way to manage environment configuration when deploying training jobs to remote servers?

Managing environment configuration for remote training jobs is handled through environment-aware execution, which automatically configures CUDA and conda settings while selecting the correct code paths for local, remote, Vast.ai, or Modal environments.

Can I use Modal serverless GPUs for running reproducible ML training jobs?

Yes, you can use Modal serverless GPUs to run reproducible ML training jobs, leveraging centralized logging, GPU allocation, and optional Weights & Biases integration alongside local, remote, and Vast.ai environments.

Does this approach support pre-flight checks and code synchronization before launching remote ML experiments?

Yes, deploying remote ML experiments includes pre-flight checks and code synchronization to ensure multi-environment compatibility, consistent GPU allocation, and reproducible workflows across local, remote, Vast.ai, and Modal environments.

Why does deploying ML experiments across different cloud environments cause inconsistent execution errors?

Deploying ML experiments across different cloud environments causes inconsistent execution errors due to manual setup, fragmented tooling, and inconsistent environments, which unified deployment workflows with environment-aware execution resolve.