Streamlit vs Gradio: Which is Better?

Streamlit and Gradio are both popular Python libraries used for building interactive web-based applications and user interfaces (UIs) for machine learning (ML) models.

While they serve similar purposes, they have different approaches and features that make them suitable for different use cases.

In this comparison, we’ll explore the strengths and weaknesses of each library to help you decide which one is better suited for your specific needs.

Streamlit: Streamlit is a powerful and flexible library designed specifically for building custom ML applications and dashboards with ease. It provides a simple and intuitive API that allows developers to create interactive web apps using familiar Python syntax. Some key features of Streamlit include:

Easy to use: Streamlit’s API is designed to be user-friendly, allowing developers to quickly build UIs without requiring extensive web development experience. It follows a “write code, get results” approach, where changes in the code are automatically reflected in the app, providing a seamless development experience.

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Fast prototyping: Streamlit’s rapid development cycle enables quick prototyping and experimentation. Developers can create visualizations, generate charts, and display data frames with minimal effort, making it an excellent choice for data exploration and analysis tasks.

Customization options: Streamlit offers a wide range of customization options, allowing developers to tailor the appearance and behavior of their apps. It supports theming, layout control, and interactive widgets, providing flexibility to create visually appealing and user-friendly applications.

Python ecosystem integration: Streamlit integrates well with popular Python libraries such as NumPy, Pandas, and Matplotlib, making it easy to incorporate data processing, analysis, and visualization capabilities into your app.

Deployment options: Streamlit provides various deployment options, including self-hosting, cloud hosting, and sharing apps through Streamlit Cloud. It also supports containerization, allowing for seamless deployment on platforms like Docker and Kubernetes.

Gradio: Gradio is a library focused on creating UIs for ML models with minimal code. It aims to simplify the process of sharing and deploying ML models by providing an intuitive API. Here are some notable features of Gradio:

Rapid UI creation: Gradio enables developers to build interactive UIs for ML models with just a few lines of code. It supports input and output types such as images, text, audio, and video, making it suitable for a wide range of applications.

Auto-generated interfaces: Gradio automatically generates interfaces based on the input and output types of your ML model. This makes it easy to create UIs without explicitly defining each element, reducing development time and complexity.

Pre-built components: Gradio provides a collection of pre-built components such as sliders, dropdowns, and checkboxes. These components can be easily added to the UI to enable user interactions and customization.

Collaboration features: Gradio includes features for collaboration and sharing. It allows users to leave feedback, annotate data, and share model predictions through a web interface. This makes it useful for tasks like data labeling and model evaluation.

Model serving: Gradio offers built-in functionality for serving ML models as APIs. It handles input parsing, model inference, and output formatting, simplifying the process of deploying ML models as standalone services.

Comparison and Use Cases: Both Streamlit and Gradio have their strengths and are suitable for different use cases:

Streamlit is a more versatile library, offering extensive customization options, support for complex visualizations, and seamless integration with the Python ecosystem. It is ideal for building sophisticated dashboards, data exploration tools, and applications that require fine-grained control over the UI.

Gradio, on the other hand, excels at simplicity and speed of development. It is best suited for quickly creating UIs for ML models and sharing them with others. It is well

suited for tasks like model demos, proof-of-concept applications, and collaboration scenarios where feedback and annotation are important.

Streamlit provides a more extensive set of features for customization, such as theming, layout control, and interactive widgets. This makes it a better choice if you have specific design requirements or if you need to create a highly-tailored user experience.

Gradio focuses on simplicity and ease of use, automating the UI generation process based on the input and output types of your ML model. This makes it an excellent option for developers who prioritize quick prototyping and want to create functional UIs with minimal code.

Streamlit’s ability to handle complex visualizations and its integration with the Python ecosystem make it suitable for data scientists and ML researchers who need to incorporate advanced data analysis and visualization techniques into their applications.

Gradio’s built-in model serving functionality simplifies the deployment process, making it a good choice for developers who want to expose their ML models as APIs without dealing with the complexities of setting up server infrastructure.

Final Conclusion on Streamlit vs Gradio: Which is Better

In summary, choosing between Streamlit and Gradio depends on your specific requirements and priorities.

If you value extensive customization options, advanced visualizations, and seamless integration with the Python ecosystem, Streamlit may be the better choice for you.

On the other hand, if simplicity, rapid prototyping, and easy model serving are your main concerns, Gradio provides a more streamlined and user-friendly experience.

Ultimately, both libraries are powerful tools that can help you build interactive web applications and UIs for your ML models effectively.





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