firebase vs vercel vs netlify vs heroku
Web Development Deployment and Backend Services Comparison
1 Year
firebasevercelnetlifyherokuSimilar Packages:
What's Web Development Deployment and Backend Services?

These packages serve different purposes in the web development ecosystem, providing developers with tools for backend services, deployment, and hosting. Firebase is primarily a Backend-as-a-Service (BaaS) platform that offers real-time databases, authentication, and cloud functions. Heroku is a platform-as-a-service (PaaS) that simplifies application deployment and scaling for various programming languages. Netlify focuses on continuous deployment and hosting for static sites and serverless functions, while Vercel is optimized for frontend frameworks and static sites, providing seamless integration with serverless functions and global CDN. Each package has unique strengths and is tailored for specific use cases, making them valuable in different scenarios of web development.

Package Weekly Downloads Trend
Github Stars Ranking
Stat Detail
Package
Downloads
Stars
Size
Issues
Publish
License
firebase3,111,0234,98926.1 MB72713 days agoApache-2.0
vercel848,72813,8158.84 MB2592 days agoApache-2.0
netlify723,6711,6992.76 MB1196 days agoMIT
heroku8,8738651.77 MB11719 days agoISC
Feature Comparison: firebase vs vercel vs netlify vs heroku

Deployment Ease

  • firebase:

    Firebase provides a straightforward deployment process with its hosting service, allowing developers to deploy web apps and static content with a single command. Its integration with CI/CD tools further simplifies the deployment workflow.

  • vercel:

    Vercel streamlines deployment for frontend frameworks, especially Next.js. With automatic deployments on every push to the repository, Vercel also provides instant previews for changes, enhancing the development workflow.

  • netlify:

    Netlify offers an intuitive deployment process that integrates with Git, enabling continuous deployment. Developers can deploy their sites by simply pushing changes to their repository, and Netlify automatically builds and deploys the updates.

  • heroku:

    Heroku is renowned for its simplicity in deployment, allowing developers to push code directly from Git repositories. The platform automatically handles dependencies and environment configurations, making it easy to get applications up and running quickly.

Scalability

  • firebase:

    Firebase scales automatically, handling increased traffic and data without requiring manual intervention. Its real-time database and cloud functions are designed to support applications as they grow, making it suitable for projects of any size.

  • vercel:

    Vercel is built for scalability, automatically optimizing and serving applications through its global CDN. It can handle sudden traffic increases seamlessly, ensuring that applications remain performant.

  • netlify:

    Netlify automatically scales static sites and serverless functions based on demand, providing fast response times and handling traffic spikes without additional configuration or management.

  • heroku:

    Heroku allows for easy scaling of applications by adjusting the number of dynos (containers) based on traffic demands. Developers can scale their applications up or down with simple commands, ensuring performance during peak usage.

Real-time Capabilities

  • firebase:

    Firebase excels in real-time data synchronization, making it ideal for applications that require live updates, such as chat apps or collaborative tools. Its Firestore and Realtime Database allow for instant data reflection across clients.

  • vercel:

    Vercel also does not offer built-in real-time capabilities but can integrate with APIs and services that provide real-time functionality, making it flexible for developers to implement as needed.

  • netlify:

    Netlify does not focus on real-time capabilities but supports serverless functions that can be used to create APIs for real-time features when combined with other services.

  • heroku:

    While Heroku does not provide real-time capabilities out of the box, developers can implement real-time features using third-party services or by integrating WebSockets into their applications hosted on Heroku.

Pricing Model

  • firebase:

    Firebase offers a free tier with limited usage, making it accessible for small projects and startups. As usage grows, pricing is based on the resources consumed, which can become costly for high-traffic applications.

  • vercel:

    Vercel offers a free tier for hobby projects, with pricing based on team collaboration features and usage limits. It's particularly beneficial for developers using Next.js, as it provides optimized hosting for such applications.

  • netlify:

    Netlify provides a generous free tier for static sites, with pricing based on bandwidth and serverless function usage. It's cost-effective for small to medium projects but can scale up with usage.

  • heroku:

    Heroku has a free tier suitable for small projects, but costs can increase significantly with additional dynos, add-ons, and higher resource usage. It's essential to monitor usage to avoid unexpected charges.

Integration and Ecosystem

  • firebase:

    Firebase integrates well with various Google services and third-party tools, providing a robust ecosystem for developers. Its SDKs support multiple platforms, including web, iOS, and Android, enhancing its versatility.

  • vercel:

    Vercel is designed for frontend frameworks and integrates seamlessly with Git, offering a streamlined workflow for developers. Its ecosystem supports serverless functions and edge caching, making it ideal for modern web applications.

  • netlify:

    Netlify has a strong focus on the JAMstack architecture, integrating seamlessly with Git providers and offering plugins for various tools, enhancing the deployment and development experience for static sites.

  • heroku:

    Heroku boasts a rich ecosystem of add-ons and integrations, allowing developers to enhance their applications with databases, monitoring tools, and more. Its support for multiple programming languages makes it a versatile choice.

How to Choose: firebase vs vercel vs netlify vs heroku
  • firebase:

    Choose Firebase if you need a comprehensive backend solution with real-time database capabilities, user authentication, and cloud functions, especially for mobile and web applications that require quick development and scalability.

  • vercel:

    Pick Vercel if you are developing applications with frameworks like Next.js, as it offers optimized performance, automatic scaling, and a seamless development experience with features like preview deployments.

  • netlify:

    Opt for Netlify if you are focused on deploying static sites or single-page applications (SPAs) with features like continuous deployment from Git, serverless functions, and a built-in CDN for fast content delivery.

  • heroku:

    Select Heroku if you want a flexible platform that supports multiple programming languages and frameworks, allowing for easy deployment, scaling, and management of applications with a strong ecosystem of add-ons.

README for firebase

Build Status Version Coverage Status

Firebase - App success made simple

Upgrade to Version 9

Version 9 has a redesigned API that supports tree-shaking. Read the Upgrade Guide to learn more.

Overview

Firebase provides the tools and infrastructure you need to develop, grow, and earn money from your app. This package supports web (browser), mobile-web, and server (Node.js) clients.

For more information, visit:

  • Firebase Realtime Database - The Firebase Realtime Database lets you store and query user data, and makes it available between users in realtime.
  • Cloud Firestore - Cloud Firestore is a flexible, scalable database for mobile, web, and server development from Firebase and Google Cloud Platform.
  • Firebase Storage - Firebase Storage lets you upload and store user generated content, such as files, and images.
  • Cloud Functions for Firebase - Cloud Functions for Firebase is a serverless framework that lets you automatically run backend code in response to events triggered by Firebase features and HTTPS requests.
  • Firebase Cloud Messaging - Firebase Cloud Messaging is a cross-platform messaging solution that lets you reliably deliver messages at no cost.
  • Firebase Performance Monitoring - Firebase Performance Monitoring helps you gain insight into your app's performance issues.
  • Google Analytics - Google Analytics is a free app measurement solution that provides insight on app usage and user engagement.
  • Remote Config - Firebase Remote Config is a cloud service that lets you change the behavior and appearance of your app without requiring users to reload your app.
  • App Check - App Check helps protect your backend resources from abuse, such as billing fraud and phishing. It works with both Firebase services and your own backends to keep your resources safe.
  • Create and setup your account - Get started using Firebase for free.

This SDK is intended for end-user client access from environments such as the Web, mobile Web (e.g. React Native, Ionic), Node.js desktop (e.g. Electron), or IoT devices running Node.js. If you are instead interested in using a Node.js SDK which grants you admin access from a privileged environment (like a server), you should use the Firebase Admin Node.js SDK.

Install the SDK

Install the Firebase NPM module:

$ npm init
$ npm install --save firebase

Use Firebase in your app

  1. Initialize Firebase in your app and create a Firebase App object:
import { initializeApp } from 'firebase/app';

// TODO: Replace the following with your app's Firebase project configuration
const firebaseConfig = {
  //...
};

const app = initializeApp(firebaseConfig);
  1. Access Firebase services in your app

Firebase services (like Cloud Firestore, Authentication, Realtime Database, Remote Config, and more) are available to import within individual sub-packages.

The example below shows how you could use the Cloud Firestore Lite SDK to retrieve a list of data.

import { initializeApp } from 'firebase/app';
import { getFirestore, collection, getDocs } from 'firebase/firestore/lite';
// Follow this pattern to import other Firebase services
// import { } from 'firebase/<service>';

// TODO: Replace the following with your app's Firebase project configuration
const firebaseConfig = {
  //...
};

const app = initializeApp(firebaseConfig);
const db = getFirestore(app);

// Get a list of cities from your database
async function getCities(db) {
  const citiesCol = collection(db, 'cities');
  const citySnapshot = await getDocs(citiesCol);
  const cityList = citySnapshot.docs.map(doc => doc.data());
  return cityList;
}

Use a module bundler for size reduction

The Firebase Web SDK is designed to work with module bundlers to remove any unused code (tree-shaking). We strongly recommend using this approach for production apps. Tools such as the Angular CLI, Next.js, Vue CLI, or Create React App automatically handle module bundling for libraries installed through npm and imported into your codebase.

See Using module bundlers with Firebase for more information.

Script include

You can also load Firebase packages as script modules in browsers that support native ES modules.

<!-- use script module by specifying type="module" -->
<script type="module">
    import { initializeApp } from 'https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-app.js';
    import { getFirestore, collection, getDocs } from 'https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-firestore-lite.js';
    // Follow this pattern to import other Firebase services
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-analytics.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-app-check.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-auth.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-functions.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-firestore.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-storage.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-performance.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-remote-config.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-messaging.js";
    // import {} from "https://www.gstatic.com/firebasejs/${FIREBASE_VERSION}/firebase-database.js";
    
    // TODO: Replace the following with your app's Firebase project configuration
    const firebaseConfig = {
    //...
    };

    const app = initializeApp(firebaseConfig);
    const db = getFirestore(app);

    // Get a list of cities from your database
    async function getCities(db) {
    const citiesCol = collection(db, 'cities');
    const citySnapshot = await getDocs(citiesCol);
    const cityList = citySnapshot.docs.map(doc => doc.data());
    return cityList;
    }
</script>

Note: To get a filled in version of the above code snippet, go to the Firebase console for your app and click on "Add Firebase to your web app".

Get the code (Node.js - server and command line)

Install the SDK

While you can write entire Firebase applications without any backend code, many developers want to write server applications or command-line utilities using the Node.js JavaScript runtime.

You can use the same npm module to use Firebase in the Node.js runtime (on a server or running from the command line):

$ npm init
$ npm install --save firebase

In your code, you can access Firebase using:

const { initializeApp } = require('firebase/app');
const { getFirestore, collection, getDocs } = require('firebase/firestore');
// ...

If you are using native ES6 module with --experimental-modules flag (or Node 12+) you should do:

import { initializeApp } from 'firebase/app';
import { getFirestore, collection, getDocs } from 'firebase/firestore';
// ...

Please see Environment Support for which packages are available in Node.js.

Compat packages

Version 9 provides a set of compat packages that are API compatible with Version 8. They are intended to be used to make the upgrade to the modular API easier by allowing you to upgrade your app piece by piece. See the Upgrade Guide for more detail.

To access the compat packages, use the subpath compat like so:

// v9 compat packages are API compatible with v8 code
import firebase from 'firebase/compat/app';
import 'firebase/compat/auth';
import 'firebase/compat/firestore';

Changelog

The Firebase changelog can be found at firebase.google.com.

Browser/environment compatibility

Please see Environment Support.