How to Choose the Right Tech Stack for an Eat24 Clone App

August 2, 2023
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Building a successful on-demand food delivery app like Eat24 requires much more than just mimicking the user interface and functionality. One of the most important foundations is choosing a robust and scalable tech stack.

The tech stack encompasses all the tools, frameworks, libraries, and services used to build an app. This includes the frontend, backend, databases, third-party APIs, hosting, and more.

Picking optimal technologies for your tech stack is crucial for developing the Eat24 clone app.

In this comprehensive guide, we’ll cover:

  • What exactly is a tech stack
  • Factors to evaluate when selecting tech stacks
  • Recommended stack for an Eat24 clone
  • Why the tech stack is so important
  • 10-step guide to choosing the right stack
  • Additional tips for optimizing your stack
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What is a Technology Stack?

The technology stack, also called a solutions stack or web stack, refers to the collection of programming languages, frameworks, libraries, databases, and software used to develop and operate a web or mobile application.

Some key components that comprise a typical tech stack include:

  • Frontend app platforms: These are the frameworks used to build the user interface and client-side logic, like React Native for mobile apps or Angular for web apps.
  • Backend languages and frameworks: The server-side code that implements core application logic, APIs, and integrates with databases and third-party services. Examples are Node.js, Ruby on Rails, Python/Django.
  • Databases: Where structured application data like user profiles or order information is stored and queried, such as MySQL, MongoDB, PostgreSQL.
  • Caching: In-memory data stores like Redis are used to cache frequently used data for faster access.
  • APIs and services: Required third-party integrations like payment gateways, messaging, maps, etc.
  • Hosting infrastructure: Cloud platforms like AWS, Google Cloud provide servers, storage, and deployment environments.
  • DevOps tools: Software like Docker, Kubernetes, CircleCI used for continuous development, testing, integration and deployment.

Every piece of the stack works together to deliver a seamless application experience. The right combination of technologies scales easily, reduces costs, and speeds up development.

Factors to Consider When Choosing a Tech Stack

Selecting optimal technologies for your Eat24 clone is crucial. Here are some key factors to evaluate when deciding on a stack:

User Experience

Top-notch user experience is one of the main reasons behind Eat24’s success. The tech stack should enable you to build a seamless, intuitive UI and UX. Some important elements include:

  • Intuitive restaurant discovery and browsing
  • Smooth order placement and confirmation
  • Real-time order tracking with ETAs
  • Easy address and payment management
  • Push notifications for order updates

The frontend technology choices will impact your ability to create beautiful, responsive user experiences.

Development Costs

You want to build your Eat24 clone app cost-effectively without exorbitant licensing fees or hosting bills.

Consider these cost factors when comparing stack options:

  • Open source frameworks vs paid licensed tech
  • Community support and developer availability
  • Hosting, scaling, and maintenance costs
  • Complexity and speed of development

Opting for open source programming languages and cloud infrastructure provides cost-efficient development and deployment.


Food delivery apps need to smoothly scale up and down to handle spikes in traffic and usage.

Choose technologies that allow easy scalability through methods like:

  • Horizontal scaling across server clusters
  • Load balancing across nodes
  • Scaling databases using sharding and replication
  • Using containerized microservices
  • Auto-scaling on cloud platforms like AWS


Food delivery apps handle sensitive user data like addresses, payments, tracking location, etc. Your tech stack must prioritize security.

Look for technologies offering:

  • Strong encryption for data transmission and storage
  • Access control and permissions management
  • Data validation to prevent attacks
  • Dashboards and logs for monitoring

Regular scanning for vulnerabilities is also crucial.

Recommended Tech Stack for an Eat24 Clone

Now let’s look at recommendations for the optimal tech stack to power your Eat24 clone app:

Frontend: React Native

For building responsive cross-platform mobile apps, React Native is a superb frontend framework option. It compiles to native Android and iOS apps while using React architecture.

Apps built with React Native feel very smooth like native mobile experiences. Popular apps like Tesla, UberEats, and Instagram use React Native.

It simplifies adding animations and gestures that users love. The React Native ecosystem also provides tons of useful UI components, libraries, and dev tools.

Backend: Node.js

Node.js is a great choice for implementing the backend API server and business logic for your Eat24 clone. It uses JavaScript event-driven, non-blocking I/O for efficient and fast processing.

Node.js is lightweight compared to other options like Ruby, Python or Java. It seamlessly handles real-time data needed for food delivery apps. The React Native frontend and Node.js backend integrate tightly, and share JavaScript as a common language.

Node.js scales horizontally across servers because it is single-threaded. The huge npm repository provides access to hundreds of useful Node modules and packages.

Database: MongoDB

For storing flexible structured and unstructured data, MongoDB is a popular document-based NoSQL database perfect for modern apps.

Unlike rigid SQL databases, MongoDB handles nested objects and arrays natively using a JSON-like document data model. It allows dynamically modifying schemas without migrations.

MongoDB provides high availability through built-in replication and horizontal scaling across shards. Major apps like Uber, eBay, and TikTok use MongoDB to manage their data at massive scale.

Caching: Redis

Redis is an in-memory data store that can be used to cache frequently accessed app data like restaurant info, menus, user sessions etc. Reading cached data from fast in-memory Redis is much faster than frequent disk or database lookups.

Payments: Stripe

To accept online payments from customers, Stripe is a trusted payments API. It offers pre-built checkout flows and card processing with strong security.

Stripe lets you programmatically create charges, refunds, and collect customer payment details into secure tokenization. It handles the complexity of PCI compliance.

Location Tracking & Maps: Google Maps

For maps, location search, and turn-by-turn directions, the Google Maps Platform provides full-fledged geospatial capabilities.

Integrating GMaps using React Native packages like React Native Maps eliminates building maps functionality from scratch. Google Maps APIs provide an optimized mobile maps experience.

Notifications: Firebase Cloud Messaging

For sending push notifications to your React Native app, Firebase Cloud Messaging (FCM) provides a cross-platform notification service with robust deliverability.

FCM gives a backend interface to remotely send push notifications to Android and iOS apps either manually or via API calls.

For SMS notifications, consider using the Twilio API.

Hosting: AWS/Google Cloud

For hosting the backend API server, databases and other services, using a robust cloud infrastructure provider like Amazon AWS or Google Cloud is recommended.

They provide autoscaling groups of virtual servers, load balancing, managed databases like MongoDB, and auto-scaling capabilities to handle large traffic variations.

Containerization: Docker and Kubernetes

Managing containerized apps deployments is easy using Docker combined with an orchestration platform like Kubernetes (K8s).

Docker enables packaging apps and dependencies into portable containers that can be deployed anywhere. Kubernetes handles container lifecycle management, scaling and availabilty.

Microservices architecture with Docker and K8s facilitates efficient app development, testing and deployment.

Why is Technology Stack so Important for Eat24 like App Development?

The technology stack has an enormous impact on your ability to develop, launch, and scale a successful Eat24 clone app. Here are some key reasons why the tech stack is so crucial:

Enables Excellent User Experience

The frontend and mobile app frameworks you choose dictate what kind of UI/UX you can build for customers. The stack has to deliver responsive and intuitive experiences across the discovery-to-delivery journey.

Optimizes Development Time and Cost

The right stack comprising of open source software, cloud infrastructure, and reusable libraries/APIs can significantly accelerate your development schedule and reduce costs.

Allows Seamless Scalability

Your food delivery app will need to smoothly scale up or down based on order volumes. The technologies have to provide easy horizontal and vertical scaling capabilities.

Provides Security for Sensitive Data

From user credentials to payment information, your app handles a lot of sensitive customer data. The stack must incorporate robust security across data transmission, storage and access.

Impacts App Performance and Stability

A cohesive technology stack helps avoid inconsistent app behavior, crashes, slow loads, and downtime. It boosts performance through caching, compression, and other optimizations.

How to Choose the Right Stack? [10 Step Guide]

Here is a step-by-step guide to strategically choose the optimal technology stack for your Eat24 clone app:

1. Define App Requirements and Objectives

First, identify the core functionality you need for an end-to-end food delivery experience: order placement, restaurant management, delivery tracking, maps integration, payments, notifications, etc.

Also define non-functional requirements like target user base, expected order volumes, peak loads, security needs, budget constraints, and development timeline.

2. Research Technology Options for Each Stack Component

For each app requirement, evaluate potential technology solutions. For instance, for the backend API server, research options like Node.js, Ruby, Python/Django, etc.

Compare technologies on metrics like performance, scalability, ease of use, community support, availability of developers, costs, security, etc.

3. Compare Technology Options

Create a matrix to compare your shortlisted technology options for each stack component like frontend, backend, etc.

Compare them based on metrics like speed, scalability needs, complexity, hiring costs, community support, documentation quality, security capabilities etc.

4. Opt for Open Source and Cloud Technologies

Leverage open source programming languages like Node.js, Python, React Native to avoid expensive license costs.

For infrastructure, use managed cloud platforms like AWS, Google Cloud for cost-efficient hosting, storage and scalability.

5. Plan Architecture and Integration

Map out your application architecture defining how the different stack components will integrate and communicate with each other.

For instance, choosing React Native for frontend and Node.js for backend enables tighter integration leveraging JavaScript.

6. Prototype with Minimum Viable Stack

Build a minimum viable product using your selected core stack technologies to validate the end-to-end experience before scaling up.

The MVP helps identify if any stack component needs to be replaced for a better fit.

7. Load Test for Scalability

Load test the architecture by simulating traffic to uncover bottlenecks. Tune databases, add caching layers like Redis, and leverage cloud auto-scaling groups.

8. Strengthen Security

Implement security best practices including data encryption, role-based access control, validated inputs, and rate limiting APIs.

Stay updated on new vulnerabilities in libraries/frameworks used. Conduct frequent security audits.

9. Monitor Performance Post-Launch

Use application performance monitoring (APM) tools to track metrics like load times, error rates, API latencies. Monitor stacks for issues.

Tune and optimize stack components that need improvement. For example, add more cloud servers to scale.

10. Keep Stack Updated

Follow a regular update schedule to upgrade frameworks, languages, and dependencies to latest secure versions with new features.

Deprecate outdated libraries. Phase in new stack technologies smoothly when needed.

Some Other Additional Tips

Here are some additional tips for optimizing your Eat24 clone app’s technology stack:

Leverage Pre-built Modules and APIs

Reuse existing modules for common functionality like payments, notifications, maps etc. Don’t build everything custom.

This accelerates development and allows focusing on core delivery features.

Containerize Apps Using Docker

Containerize backend, frontend, databases etc using Docker for standardized and portable deployment across environments. Simplifies scaling using containers.

Implement Microservices Architecture

Break the app into independently deployable microservices by function. For example, separate order, payment, restaurant, delivery, etc into distinct services.

Add Analytics and Monitoring

Implement app analytics with Segment or Mixpanel to gain user insights. Track performance with New Relic or Datadog APM.

Error monitoring with Sentry helps detect issues for quick resolution.

Hire Developers Experienced With the Stack

Having developers skilled in your chosen frameworks and tools optimizes productivity and avoids a slow learning curve.

Create Thorough Documentation

Ensure excellent technical documentation covering architecture, API references, code, devops processes, debugging etc to streamline development.


Matching each application requirement to the right technology is crucial for building a smooth, scalable, and robust Eat24 clone app. Carefully evaluating options against metrics like performance, costs, and ease of use leads you to the optimal stack.

The recommended stack comprising React Native, Node.js, MongoDB, and other supporting cloud services and APIs provides a phenomenal foundation. Leveraging open source software and public cloud platforms ensures cost-efficient development and deployment.

Approaching your app with a microservices architecture, containers, auto-scaling groups, caching, and monitoring unlocks speed, reliability and scalability. Investing in a well-considered technology stack pays rich dividends through faster time-to-market and innovation.

With food delivery demand increasing exponentially, choosing the right tech stack accelerates your ability to build an Eat24 clone that delights customers. So analyze your app needs, benchmark stack technologies, prototype rigorously, and execute flawlessly to launch your robust on-demand delivery service.


Some key advantages of using React Native for an Eat24 clone app frontend include:

  • Enables building native iOS and Android apps using React framework. This results in smooth app performance.
  • Reusable code and components across iOS and Android platforms reduces development time.
  • There is a vast ecosystem of readymade React Native UI components for mobile apps.
  • Easy to create gorgeous, animated UIs using React Native.
  • Seamless integration possible between React Native frontend and Node.js backend.

Here are some major advantages of using Node.js for an Eat24 clone backend:

  • Asynchronous and event-driven architecture makes it very performant.
  • Node.js is lightweight compared to other popular backend choices.
  • It handles real-time data and push notifications very efficiently.
  • Easy to scale horizontally across clusters since it is single threaded.
  • Node.js has a very active ecosystem with thousands of useful modules.

Some key ways MongoDB fulfills data storage requirements for Eat24 clone apps:

  • Flexible document data model to store organized and unstructured data.
  • Easy horizontal scaling by sharding across distributed clusters.
  • Indexing and query optimization for high-performance geo-queries.
  • Fast aggregation framework for data analytics.
  • Built-in replication for high availability.
  • Adherence to ACID consistency across transactions.

Here are some of the key roles served by third-party APIs in an Eat24 clone app’s tech stack:

  • Payment gateway APIs like Stripe handle all credit card processing securely.
  • SMS/push notification APIs like Twilio allow sending order updates.
  • Mapping APIs like Google Maps enable location search, directions, tracking.
  • Containerization platforms like Docker and Kubernetes simplify deployments.
  • Cloud infrastructure providers like AWS, Google Cloud enable hosting web servers and databases.

Some benefits of using cloud infrastructure like AWS, Google Cloud for an Eat24 clone app:

  • Provides highly reliable and secure hosted servers, storage, and databases.
  • Built-in auto scaling allows spinning up more cloud servers easily to handle spikes in traffic.
  • Managed cloud databases like MongoDB remove overhead of infrastructure management.

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    Gauri Pandian

    Gauri Pandian is a seasoned Business Development Manager with 9 years of experience in sales and client relations. Currently, she is responsible for business growth and client acquisition as a BD Manager at Zipprr, a leading custom software development firm. Prior to this, she has worked with Early-stage startups helping them scale through strategic partnerships. Gauri has a crack for understanding customer pain points and unlocking new opportunities.