Grid is designed for developing and training deep learning models at scale.
The TL;DR of using Grid is this:
This 3-minute video shows you how to execute code on cloud instances with zero code changes and how to debug/prototype and develop models with multi-GPU cloud instances.
Here is a quick overview of:
Grid allocates all the machines and GPUs you need on demand, so you only pay for what you need when you need it.
Grid lets you focus on your work, NOT on the infrastructure. Create an account here to get free credits and get started!
Grid handles all the other parts of developing and training at scale:
Just run your files and watch the magic happen
Grid works with the experiment manager of your choice!!🔥🔥
No need to change your code!
In Grid, we've introduced Datastores, high-performance, low-latency, versioned datasets.
The UI supports creating Datastores of < 1 GB
Use the CLI for larger datastores
grid datastore create imagenet_folder --name imagenet
For prototyping/debugging/analyzing, sometimes you need a LIVE machine. We call these Sessions.
Web UI: Starting a new session
CLI: Starting a new session
# session with 2 M60 GPUs
grid session create --instance_type 2_m60_8gb
RUN any public or private repository with Grid in 5 steps:
This 1-minute video shows how to RUN from the web app:
If you prefer to use the CLI simply replace python with grid run.
First, install Grid and login
pip install lightning-grid --upgrade
grid login
Now clone the repo and hit run!
# clone repo
git clone https://github.com/williamFalcon/hello
cd hello
# start the sweep
grid run hello.py --number "[1, 2]" --food_item "['pizza', 'pear']"
This command produces these equivalent calls automatically
python hello.py --number 1 --food_item 'pizza'
python hello.py --number 2 --food_item 'pizza'
python hello.py --number 1 --food_item 'pear'
python hello.py --number 2 --food_item 'pear'
We learned that:
That's all you need to know about Grid!
Now try our first tutorial