modal-serverless-gpu

Configure Modal apps, functions, images, and GPU deployments in Python.

4|Updated May 18, 2026
One-click install
npx skills add https://github.com/ZardLi1115/zedclaw --skill modal-serverless-gpu-zardli1115
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: modal-serverless-gpu
Source: https://github.com/ZardLi1115/zedclaw/tree/main/optional-skills/mlops/modal
Command: npx skills add https://github.com/ZardLi1115/zedclaw --skill modal-serverless-gpu-zardli1115

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Modal lets you run GPU-heavy ML workloads without provisioning and managing servers, so you can ship experiments and production inference faster while paying only for runtime.

Core Features & Use Cases

  • On-demand serverless GPUs: Run inference, training, and batch jobs that scale from zero automatically.
  • Python-native infrastructure: Define apps, functions, images, volumes, and secrets directly in Python.
  • Deployable web endpoints: Publish GPU-backed functions as FastAPI/ASGI endpoints for real-time or batched inference.

Use case: You want to expose a text-generation model as a low-latency API without maintaining GPU instances, and you need autoscaling plus cold-start-friendly container caching.

Quick Start

Use the modal-serverless-gpu skill guide to install Modal and deploy a basic GPU-backed function that returns the output of a simple GPU check.

Frequently Asked Questions about modal-serverless-gpu

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

FAQPage Schema
How do I deploy a serverless GPU endpoint for ML inference without managing instances?

Deploy serverless GPU endpoints by defining Modal apps and functions in Python, configuring container images, and publishing GPU-backed functions as FastAPI endpoints. This enables real-time ML inference with automatic scaling from zero without manual cloud server provisioning.

Can I run batch training jobs on serverless GPUs with automatic scaling?

Batch training jobs run on serverless GPUs by configuring Modal functions with selected GPU types and optional volumes. Workloads scale automatically from zero, allowing on-demand execution of ML training jobs while paying only for actual runtime.

How do I set up Python-native infrastructure for ML workloads on serverless GPUs?

Set up Python-native infrastructure by defining Modal apps, functions, container images, volumes, and secrets directly in Python code. This approach configures GPU selection and deployment workflows programmatically without manual cloud provisioning.

What is the best way to expose a text generation model as a low-latency API using serverless GPUs?

Expose text generation models as low-latency APIs by deploying GPU-backed Modal functions as FastAPI endpoints. This approach provides autoscaling and container caching to reduce cold starts without maintaining dedicated GPU instances.

Does deploying serverless GPU functions support scheduled workloads?

Serverless GPU functions support scheduled workloads alongside inference APIs and batch training jobs. Modal configuration allows defining execution workflows that benefit from autoscaling and pay-per-second costs for on-demand ML tasks.

Do I need to provision cloud servers manually to run ML inference with autoscaling?

Manual cloud server provisioning is not required to run ML inference. Modal provides serverless GPU infrastructure that scales automatically from zero, enabling on-demand execution of ML workloads while paying only for runtime.