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Workflows.

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Workflows

Workflows provides a simple way to automate machine learning tasks.

Supercharge your workflow with a CI/CD approach for machine learning. Install Gradient on any repo and train models directly from pull requests or commits. Build reproducible, maintainable, and deterministic models without ever configuring servers.

Get Started
Read the docs

Run a workflow when you push code.

Link your source code with Gradient and trigger training from Git commits.

01

Connect

Install the GitHub app on your repo and connect to a Gradient project.

02

Train

Every time you push code a Gradient Workflow will be triggered.

03

Repeat

Iterate quickly and in parallel. Create continuously updated ML models.

Connect your account
Install the app and create a Gradient project.

Linking your Git repo takes just a few seconds. Once connected, your ML training will be tightly coupled with your source code.

Define your pipeline
Add a simple .yaml file to define your pipeline steps.
    defaults:
    env: apiKey: secret:api_key resources: instance-type: C3jobs: CloneRepo: outputs: repo: type: volume uses: git-checkout@v1 with: url: https://github.com/gradient-ai/fashionmnist.git TrainModel: env: MODEL_DIR: /my-trained-model needs: - CloneRepo inputs: repo: CloneRepo.outputs.repo outputs: trained-model: type: dataset with: ref: demo-dataset uses: container@v1 with: args: - bash - "-c" - >- cd /inputs/repo/train && python train.py && cp -R /my-trained-model /outputs/trained-model image: 'tensorflow/tensorflow:1.9.0'
    Push to train
    Make changes to your code, then push. Our built-in CI/CD system triggers on every code change.
    ▲さんかく ~ fashion-app/ git push
    Version your models
    Use the Create Model Gradient Action to automatically capture and save models to the model repository.

    The Gradient model repository is a hub for importing, managing, and deploying ML models.

    Deploy as an API endpoint
    πŸš€ Ship
    Serve your trained model πŸŽ‰

    Gradient makes model inference simple and scalable. Deploy any model as a high-performance, low-latency micro-service with a RESTful API. Easily monitor, scale, and version deployments.

    "Our partnership with Paperspace will boost our system’s advanced analytics so that we can better enable cities to remotely and continuously control their wastewater quality. Accordingly, we will begin to see greater wastewater reuse, cleaner environments, and healthier communities."

    Ari Goldfarb, Kando CEO

    Perfect for ML developers. A powerful no-fuss environment with loads of features that "just works."

    Free signup
    Easy setup
    Free GPUs

    Start in seconds

    Go from signup to training a model in seconds. Leverage pre-configured templates & sample projects.

    Infrastructure abstraction

    Job scheduling, resource provisioning, cluster management, and more without ever managing servers.

    Scale instantly

    Scale up training with a full range of GPU options with no runtime limits.

    Full reproducibility

    Automatic versioning, tagging, and life-cycle management. Develop models and compare performance over time.

    Collaboration

    Say goodbye to black-boxes. Gradient provides a unified platform designed for your entire team.

    Insights

    Improve visibility into team performance. Invite collaborators or leverage public projects.

    And much more...

    • Persistent storage
    • Terminals
    • System metrics
    • Versioning
    • Dataset tracking
    • Run anywhere
    • Tag management
    • Log streaming
    • Python CLI and SDK
    Code samples

    Sample projects

    Get started with a library of sample projects you can clone and run in your own account.

    • Get started tutorials
    • Longform guides
    • ML Showcase
    full reference

    Explore the docs

    Start training and deploy your first model in minutes. Gradient supports any ML framework.

    • Quickstart guide
    • Using Gradient
    • SDK reference

    Run on any ML framework. Choose from wide selection of pre-configured templates or bring your own.

    TensorFlow
    PyTorch
    Keras
    Scikit Learn
    TensorRT
    TensorBoard
    ONNX
    XGBoost
    HuggingFace
    RAPIDS
    Fast.ai
    R
    Streamlit
    Jupyter
    Flask
    TF Serving

    Add speed and simplicity to your workflow today

    Get Started
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