replace-with-platform-name

name	REPLACE-WITH-PLATFORM-NAME
description	Where and how GPU jobs run on this platform. One-to-three-sentence summary. Use when the user asks to "deploy on REPLACE-PLATFORM", "run on REPLACE-PLATFORM", or mentions the platform's distinctive concepts (e.g., resource shape, instance, node group).
license	Apache-2.0
compatibility	REPLACE — examples — `Requires the brev CLI and an active brev login.` or `Requires the tao-sdk Python package (pip install 'tao-sdk[<platform>]') plus <PLATFORM>_API_TOKEN.`
metadata	{"author":"REPLACE-WITH-AUTHOR-NAME","version":"0.1"}
allowed-tools	Read Bash

Platform Name

Short summary of the platform's execution model. Instance-based or job-based? API-first or docker-first? Single-node or multi-node? Managed or self-hosted?

For generic docker conventions, defer to tao-skill-bank:tao-run-on-docker. This skill covers the platform-specific layering on top.

External dependencies

Dependency	Purpose	Install
<cli-name>	Submit jobs / manage resources	<install-command>

Authentication

Method	When to use
API token (recommended)	Scripted / automated workflows
Browser login	Interactive development

Env vars:

Env var	Required	Purpose
<PLATFORM>_API_TOKEN	Yes (or manual login)	API auth

Preflight

# 1. CLI installed
which <cli-name> || echo "MISSING: install from <url>"

# 2. Logged in
<cli-name> ls >/dev/null 2>&1 || echo "NOT LOGGED IN"

# 3. Platform-specific checks

Quick start

Docker-native workflow

<platform-cli> exec <target> -- docker run --gpus all --rm \
  -e <env-vars> \
  -v <host-path>:<container-path> \
  nvcr.io/... \
  <command>

SDK workflow (optional, for tracking)

from tao_sdk.<platform>_sdk import <Platform>SDK
sdk = <Platform>SDK()
job = sdk.create_job(...)

See tao-skill-bank:tao-run-platform for SDK semantics.

Platform-specific notes

• Storage model (shared NFS/Lustre? S3 only? instance-local?)
• Pricing / lifecycle considerations
• Known limitations

Known pitfalls

Symptom	Cause	Fix
<error>	...	...