Built for open source.
Discover, fork, and contribute to community-driven projects.
One-click deployment.
Skip the setup—launch any package straight from GitHub.
Autoscaling endpoints.
Deploy autoscaling endpoints from community templates.
How it Works
From code to cloud.
Deploy, scale, and manage your entire stack
in one streamlined workflow.
Community
Join the community.
Build, share, and connect with thousands
@
Pauline_Cx
I'm proud to be part of the GPU Elite, awarded by @runpod_io 😍
@
DataEatsWorld
Thanks @runpod_io, loving all of the updates! 👀
@
rachel
thank u runpod i was doing a training run for work when GCP and cloudflare died 🙏🙏 i appreciate u staying online it finished successfully
@
AlicanKiraz0
Runpod > Sagemaker, VertexAi, AzureML
@
Dean Jones
Runpod has great prices as well
@
SaaS Wiz
I love runpod
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@
skypilot_org
🏃 RunPod is now available on SkyPilot! ✈️ Get high-end GPUs (3x cheaper) with great availability: sky launch --gpus H100 Great thanks to @runpod_io for contributing this integration to join the Sky!
@
abacaj
Runpod support > lambdalabs support. For on demand GPUs runpod still works the best ime
@
jzlegion
ai engineering is just tweaking config values in a notebook until you run out of runpod credits
@
casper_hansen_
Why is Huggingface not adding RunPod as a serverless provider? RunPod is 10-15x cheaper for serverless deployment than AWS and GCP
@
qtnx_
1.3k spent on the training run, this latest release would not have been possible without runpod
@
berliangor
i'm a big fan of @runpod_io they're most reliable GPU provider for training and running your models at scale
@
Yoeven
The @runpod_io event was amazing! One reason we can boast about fast speeds at @jigsawstack is because the cold boot on runpod GPUs is basically nonexistent!
@
SkotiVi
For anyone annoyed with Amazon's (and Azure's and Google's) gatekeeping on their cloud GPU VMs, I recommend @runpod_io None of the 'prove you really need this much power' bs from the majors Just great pricing, availability, and an intuitive UI
@
dfranke
Shoutout to @runpod_io as I work through my first non-trivial machine learning experiment. They have exactly what you need if you're a hobbyist and their prices are about a fifth of the big cloud providers.
FAQs
Questions? Answers.
Runpod Hub explained.
What is Runpod Hub?
Runpod Hub is a centralized catalog of preconfigured AI repositories that you can browse, deploy, and share. All repos are optimized for Runpod’s Serverless infrastructure, so you can go from discovery to a running endpoint in minutes.
Is Runpod Hub production-ready?
No—the Hub is currently in beta. We’re actively adding features and fixing bugs. Join our Discord if you’d like to give feedback or report issues.
Why should I use Runpod Hub instead of deploying my own containers manually?
One-click deployment: All Hub repos come with prebuilt Docker images and Serverless handlers. You don’t have to write Dockerfiles or manage dependencies.
Configuration UI: We expose common parameters (environment variables, model paths, precision settings, etc.) so you can tweak a repo without touching code.
Built-in testing: Every repo in the Hub has automated build-and-test pipelines. You can trust that the code runs properly on Runpod before you click “Deploy.”
Save time: Instead of cloning a repo, installing dependencies, and debugging runtime issues, you can launch a vetted endpoint in minutes.
Configuration UI: We expose common parameters (environment variables, model paths, precision settings, etc.) so you can tweak a repo without touching code.
Built-in testing: Every repo in the Hub has automated build-and-test pipelines. You can trust that the code runs properly on Runpod before you click “Deploy.”
Save time: Instead of cloning a repo, installing dependencies, and debugging runtime issues, you can launch a vetted endpoint in minutes.
Who benefits from using the Hub?
End users/Developers: Quickly find and run popular AI models (LLMs, Stable Diffusion, OCR, etc.) without setup headaches. Customize inputs via a simple form instead of editing code.
Hub creators: Showcase your open-source work to the Runpod community. Every new GitHub release triggers an automated build/test cycle in our pipeline, ensuring your repo stays up to date.
Enterprises/Teams: Adopt standardized, production-ready AI endpoints without reinventing infrastructure. Onboard developers faster by pointing them to Hub listings rather than internal deployment docs.
Hub creators: Showcase your open-source work to the Runpod community. Every new GitHub release triggers an automated build/test cycle in our pipeline, ensuring your repo stays up to date.
Enterprises/Teams: Adopt standardized, production-ready AI endpoints without reinventing infrastructure. Onboard developers faster by pointing them to Hub listings rather than internal deployment docs.
How do I deploy a repo from the Hub?
In the Runpod console, go to the Hub page.
Browse or search for a repo that matches your needs.
Click on the repo to view details—check hardware requirements (CPU vs. GPU, disk size) and any exposed configuration options.
Click Deploy (or choose an older version via the dropdown).
Click Create Endpoint. Within minutes, you’ll have a live Serverless endpoint you can call via API.
For a more details, check out the docs: https://docs.runpod.io/hub/overview
Browse or search for a repo that matches your needs.
Click on the repo to view details—check hardware requirements (CPU vs. GPU, disk size) and any exposed configuration options.
Click Deploy (or choose an older version via the dropdown).
Click Create Endpoint. Within minutes, you’ll have a live Serverless endpoint you can call via API.
For a more details, check out the docs: https://docs.runpod.io/hub/overview
How do I share my own AI repo in the Hub?
Prepare a working Serverless implementation in your GitHub repo. You’ll need a handler.py (or equivalent), a Dockerfile, and a README.md.
Add a .runpod/hub.json file with metadata (title, description, category, hardware settings, environment variables, presets).
Add a .runpod/tests.json file that defines one or more test cases to exercise your endpoint (each test should return HTTP 200).
Create a GitHub Release (the Hub indexes releases rather than commits).
In the RunPod console, go to the Hub and click Get Started under “Add your repo.” Enter your GitHub URL and follow the prompts.
Once submitted, our build pipeline will automatically scan, build, and test your repo. After it passes, our team will manually review it. If approved, your repo appears live in the Hub.
For a more details, check out the docs: https://docs.runpod.io/hub/publishing-guide.
Add a .runpod/hub.json file with metadata (title, description, category, hardware settings, environment variables, presets).
Add a .runpod/tests.json file that defines one or more test cases to exercise your endpoint (each test should return HTTP 200).
Create a GitHub Release (the Hub indexes releases rather than commits).
In the RunPod console, go to the Hub and click Get Started under “Add your repo.” Enter your GitHub URL and follow the prompts.
Once submitted, our build pipeline will automatically scan, build, and test your repo. After it passes, our team will manually review it. If approved, your repo appears live in the Hub.
For a more details, check out the docs: https://docs.runpod.io/hub/publishing-guide.
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