Streamlit vs Gradio: Breaking Down the Best Python Dashboard Tool for Your Project

Advertisement

Jul 06, 2025 By Alison Perry

When you’re building a Python dashboard, you want the process to be clear, flexible, and — most of all — not a headache. Two of the most popular tools for this job are Streamlit and Gradio. Both have their own flair, and both cater to different kinds of users and use cases. But choosing between the two? That takes a bit more than a quick glance at their websites. If you're stuck wondering which one makes more sense for your project, this article breaks it down in a way that actually makes sense — no fluff, no tech babble for the sake of it.

Let’s get right into it.

1. The Basic Setup: What It’s Like to Get Started

Streamlit keeps things minimal. Really minimal. You install it with a single pip command, write a Python script with just a few extra lines on top of your existing code, and you’re up and running. There’s no HTML or CSS to worry about. You just write Python, and Streamlit takes care of the rest, turning it into a web app that feels smooth out of the box.

You’ll probably start with something like:

python

CopyEdit

import streamlit as st

st.title("My Dashboard")

st.line_chart(data)

No extra wrappers, no tangled structures. Streamlit wants to keep you focused on your logic rather than presentation.

Gradio, on the other hand, feels a bit more tuned toward showcasing functions. Especially machine learning models. If you’ve got a function that takes inputs and spits out outputs, Gradio turns that into an interface in seconds.

Here’s what it might look like:

python

CopyEdit

import gradio as gr

def predict(text):

return some_model(text)

gr.Interface(fn=predict, inputs="text", outputs="label").launch()

It’s not trying to be a blank canvas — instead, it gives you a format and asks you to plug in the pieces. That’s a big reason why ML researchers lean into it. It handles model demos well, and it doesn’t ask you to think like a frontend dev.

2. Layout and Customization: Freedom vs Structure

Now, here’s where things start to feel different.

Streamlit is free-flowing. It’s built to be more like a report that grows as your code runs. Each component you write appears in the order it’s written, like stacking bricks one after another. You can toss in sliders, text boxes, charts, and images wherever you want — no constraints, just Python.

The upside is that you can build something unique every time. The downside? If you’re looking for grid-based control or nested layout blocks, it starts to feel a little restrictive. You can use columns and expanders, sure, but don’t expect full-blown dashboard control like a drag-and-drop interface.

Gradio works differently. It sticks to a function-input-output approach. You define the behavior, and it wraps your function inside a predefined UI. That means fewer layout headaches — you don’t need to care where each button or field lands — but also less room to stretch.

You’re not crafting a dashboard from scratch in Gradio. You’re demoing a model, often with just one or two functions exposed. If you need complex layouts, tabs, charts, or dynamic interactions beyond the input/output scope, you’ll feel boxed in.

3. Use Cases That Actually Make Sense

Here’s the deal: these two aren’t trying to do the same thing. Their overlap is small, and once you know what you need, the choice gets easier.

Streamlit is the better fit when:

  • You’re building a full dashboard with multiple views or charts
  • You need interactive elements tied to data analysis
  • Your work revolves around pandas, matplotlib, or plotly
  • You want to walk someone through your results, step by step
  • You prefer control over every block of the interface

It works especially well for data scientists and analysts who want their Python scripts to come alive, without stepping outside Python.

Gradio is the go-to when:

  • You have a single model or function to demo
  • Inputs and outputs are the core of the app
  • You’re dealing with audio, images, or text processing
  • You want something lightweight and fast for sharing with collaborators
  • You’re building a quick prototype, not a full-featured dashboard

It shines in hackathons, ML demos, and academic projects where the goal is to show off what a function does, not how everything ties together.

4. Sharing and Deployment: From Local to Public

You’ve built your app — now what? Getting it into someone else's hands can make or break the experience.

Streamlit makes deployment easy if you’re using Streamlit Community Cloud. Just push your project to GitHub and link it — they’ll spin up a hosted version for you. It also plays nicely with tools like Docker or Heroku if you prefer doing things manually.

But here’s the catch: some parts of Streamlit require a bit of setup if you’re stepping outside the basics. For instance, dealing with user sessions or integrating with a database needs more wiring.

Gradio is quicker when it comes to sharing. Every interface you create comes with a shareable link automatically. You don't need GitHub, you don't need hosting, and you don't need a custom domain. Just click "launch" and share the link.

That link lasts 72 hours unless you’re running Gradio on a server or hosting it through Hugging Face Spaces, which also supports persistent apps.

Conclusion

Streamlit and Gradio both do a good job of making Python interfaces more approachable — but they’re not interchangeable. If you’re thinking about building a dashboard with rich data interactions and flexible layout, Streamlit is the better choice. It puts more control in your hands and scales better for complex use cases.

If your priority is to quickly show how a function works — especially one tied to machine learning — Gradio handles that with less friction. It makes fast demos look clean, and it saves time when you don’t want to deal with layout at all.

Advertisement

Recommended Updates

Applications

AI Gets a Face: 6 Remarkable Humanoid Robots in 2025

Alison Perry / Apr 20, 2025

Find out the Top 6 Humanoid Robots in 2025 that are transforming industries and redefining human-machine interaction. Discover how these advanced AI-powered robots are shaping the future of automation, customer service, and healthcare

Basics Theory

Logarithms and Exponents in Complexity Analysis: A Programmer’s Guide

Alison Perry / Apr 24, 2025

Understand how logarithms and exponents in complexity analysis impact algorithm efficiency. Learn how they shape algorithm performance and what they mean for scalable code

Technologies

IBM's Project Debater Loses Debate but Proves AI's Potential

Alison Perry / Apr 23, 2025

IBM’s Project Debater lost debate; AI in public debates; IBM Project Debater technology; AI debate performance evaluation

Technologies

Cracking the Code of Few-Shot Prompting in Language Models

Tessa Rodriguez / Apr 24, 2025

Few-Shot Prompting is a smart method in Language Model Prompting that guides AI using a handful of examples. Learn how this technique boosts performance and precision in AI tasks

Technologies

The Chain of Verification Method: Elevating Prompt Engineering Accuracy

Alison Perry / Apr 23, 2025

How the Chain of Verification enhances prompt engineering for unparalleled accuracy. Discover how structured prompt validation minimizes AI errors and boosts response reliability

Technologies

From Prompts to Purpose: Building Intelligent AI Agents with LangChain

Alison Perry / Apr 20, 2025

Building smart AI agents with LangChain enables developers to create intelligent agents that remember, reason, and act across multiple tools. Learn how the LangChain framework powers advanced prompt chaining for real-world AI automation

Technologies

Unveiling AI's Next Chapter: AV Bytes on Innovation and Breakthroughs

Alison Perry / Apr 18, 2025

Stay updated with AV Bytes as it captures AI industry shifts and technological breakthroughs shaping the future. Explore how innovation, real-world impact, and human-centered AI are changing the world

Basics Theory

Levenshtein Distance Explained: Understanding String Similarity in AI Applications

Tessa Rodriguez / Apr 21, 2025

What Levenshtein Distance is and how it powers AI applications through string similarity, error correction, and fuzzy matching in natural language processing

Applications

How Process Industries Can Catch Up in AI: A Roadmap to Success

Tessa Rodriguez / Jul 04, 2025

Learn how process industries can catch up in AI using clear steps focused on data, skills, pilot projects, and smart integration

Technologies

How Mistral NeMo is Reshaping AI: Features, Applications, and Future Impact

Alison Perry / Apr 20, 2025

Accessing Mistral NeMo opens the door to next-generation AI tools, offering advanced features, practical applications, and ethical implications for businesses looking to leverage powerful AI solutions

Technologies

Exploring GPipe: Google AI Division's Open Source Neural Network Library

Tessa Rodriguez / Apr 23, 2025

Google AI open-sourced GPipe, a neural network training library for scalable machine learning and efficient model parallelism

Basics Theory

The Hidden Twist in Your Data: Simpson’s Paradox Explained

Tessa Rodriguez / Apr 24, 2025

Simpson’s Paradox is a statistical twist where trends reverse when data is combined, leading to misleading insights. Learn how this affects AI and real-world decisions