Build a Real-Time Video Calling App Like Skype: Full Developer Guide (Node.js & PHP)

Launching a real-time communication app like Skype in 2025 still makes strategic sense—despite competition. Whether for corporate calls, client demos, or staying connected with remote teams, video chat platforms remain essential. I recently built a Skype clone from scratch using both JavaScript (Node.js + React) and PHP (Laravel) to test performance, flexibility, and ease of development across stacks. In this post, I’ll walk you through my journey.

From designing the backend APIs and managing WebRTC media streaming, to building the frontend UI and setting up payment and authentication workflows—I’ve covered it all. My goal? Help founders, CTOs, and digital agencies understand what it really takes to build an app like Skype and decide the best route to launch.

Whether you want to customize from a ready-made product like the Skype Clone from Miracuves or build a custom app from scratch, this breakdown will give you a full technical roadmap.

Tech Stack: JavaScript vs PHP for Skype Clone Development

When building a real-time communication app like Skype, your choice of tech stack directly impacts performance, scalability, and time to market. I tested both JavaScript and PHP approaches to determine what works best in different scenarios.

JavaScript Stack: Node.js + React

For real-time applications, Node.js shines. I chose Node.js for the backend because of its non-blocking I/O and native support for WebSockets—critical for instant communication. Socket.IO handled real-time bidirectional events between users. On the frontend, React offered component-level control over video chat windows, contacts, and message lists. Using libraries like simple-peer (built on WebRTC), I enabled peer-to-peer video streaming. This stack is ideal if you want fast event-driven communication, SPA experience, and microservice-ready architecture. It also plays nicely with Docker, CI/CD, and horizontal scaling.

PHP Stack: Laravel + Blade

PHP isn’t typically the first choice for real-time systems, but with Laravel, things change. Laravel’s ecosystem—specifically Laravel Echo, Pusher, and Broadcasting—enabled real-time chat and call status sync. I used Laravel for cases where backend management, admin dashboards, or content moderation tools needed to be tightly integrated. For the UI, Blade templates offered simplicity, while Alpine.js added interactivity. Laravel excels when your team is more comfortable with PHP, or when you need robust admin tools and rapid prototyping without diving deep into JS complexity.

Which One to Choose?

If real-time is your core, go with Node.js + React. It’s more modern, scalable, and perfect for low-latency communication. But if your focus is backend-heavy control, admin logic, or you’re evolving from a legacy PHP base, Laravel will save you time. Personally, I ended up hybridizing both—Node.js for WebSocket services and Laravel for backend dashboards—to get the best of both worlds.

Read More : What Is Skype App and How Does It Work?

Database Design: Structuring for Real-Time and Scalability

A Skype-like app involves complex user interactions—video calls, chat messages, presence updates, and media storage. Whether using MongoDB with Node.js or MySQL with Laravel, structuring the database right from day one is critical.

JavaScript Approach: MongoDB with Mongoose

MongoDB’s flexible, document-oriented structure made it a solid choice for handling nested data like message threads or call logs. Here’s a simplified schema example using Mongoose:

const CallSchema = new mongoose.Schema({
  callerId: { type: mongoose.Schema.Types.ObjectId, ref: 'User' },
  receiverId: { type: mongoose.Schema.Types.ObjectId, ref: 'User' },
  callType: { type: String, enum: ['video', 'audio'] },
  startTime: Date,
  endTime: Date,
  status: { type: String, enum: ['missed', 'completed', 'rejected'] },
  metadata: Object
})

This let me embed user activity, call details, and even ICE server metadata directly within documents. Great for reads and flexibility, though for heavy analytics we later moved some data to a relational store.

PHP Approach: MySQL with Laravel Eloquent

For PHP, I structured the schema using relational tables—clean and normalized. A sample call log migration:

Schema::create('calls', function (Blueprint $table) {
  $table->id();
  $table->unsignedBigInteger('caller_id');
  $table->unsignedBigInteger('receiver_id');
  $table->enum('call_type', ['audio', 'video']);
  $table->timestamp('start_time')->nullable();
  $table->timestamp('end_time')->nullable();
  $table->enum('status', ['missed', 'completed', 'rejected']);
  $table->json('metadata')->nullable();
  $table->timestamps();
});

Laravel’s Eloquent made querying relationships (users ↔ calls ↔ messages) a breeze. It’s stricter than MongoDB but ensures data integrity, especially important for billing or compliance logs.

Real-Time Sync Considerations

Regardless of stack, I used Redis for presence tracking and session management. Users appearing “online” or “in-call” were tracked via Redis with TTL-based expiration keys. This decoupled session logic from the main DB, reduced read load, and improved socket update speed.

In short, MongoDB offered schema agility and JSON-native storage. MySQL gave relational safety and easier joins. Both are viable—but I leaned toward MongoDB for communication data and MySQL for user, subscription, and admin records.

Read More : Best Skype Clone Scripts in 2025: Features & Pricing Compared

Key Modules and Features: Inside the Skype Clone’s Core

A Skype-like app isn’t just about video calling. It’s a suite of tightly integrated modules that need to work together in real-time. I’ll break down the core components I built and how they worked in both the JavaScript (Node.js + React) and PHP (Laravel) environments.

1. Real-Time Calling Engine

JavaScript (Node.js + Socket.IO + WebRTC):
This was the heart of the app. I set up a Socket.IO server to handle signaling—room creation, offer/answer exchange, ICE candidates. WebRTC handled the peer-to-peer media stream. Here’s a typical flow:

• User A initiates call → sends offer via Socket
• Server relays to User B → B responds with answer
• Both exchange ICE candidates for NAT traversal
• Media streams directly peer-to-peer

PHP (Laravel + Pusher/Echo):
While PHP doesn’t natively handle WebSockets, Laravel Echo + Pusher bridged that gap. I used them for call notifications, ringing indicators, and basic signaling. Media streaming still needed JS/WebRTC on the client, but Laravel managed session records, call logs, and event dispatching.

2. Instant Messaging

Node.js:
Messages were emitted via sockets and stored in MongoDB under conversation threads. Each message object included type (text/image), timestamp, status (delivered/read), and attachments if applicable.

Laravel:
I used Laravel’s event broadcasting for real-time message updates. A messages table handled storage with foreign keys to users and threads. Laravel Jobs queued delivery receipts and push notifications when users were offline.

3. Contact Management

Users could add contacts, block users, or see online status.

• MongoDB + Redis let me update presence in real-time and persist user relationships in array-based documents.
• MySQL + Laravel Policies ensured permissions on who could message or call whom, especially for enterprise-level moderation.

4. Search & Filters

I added real-time search for contacts, message content, and call history.

• Node.js: Used MongoDB’s $text index for message and name search, plus Redis caching to pre-load recent contacts.
• Laravel: Leveraged MySQL full-text search on indexed fields and Laravel Scout for fuzzy matches across tables.

5. Admin Dashboard

This is where PHP really shines.

• In Laravel, I built the admin panel using Blade, Livewire, and Laravel Nova. Admins could:
  • View call/message logs
  • Ban/unban users
  • Monitor system status
  • Trigger global announcements
• In the JS stack, I used React Admin with REST endpoints but found Laravel Nova far easier to set up for internal teams.

Discover how to identify and hire expert Skype clone developers with experience in real-time messaging, video calling, and encryption protocols

Data Handling: APIs, Manual Listings, and Real-Time Sync

A Skype clone needs to support dynamic, real-time data—user info, call states, message threads—but also be flexible enough for manual overrides or admin moderation. I focused on building a hybrid data handling setup: one part API-driven, another part dashboard-controlled.

1. Third-Party APIs

For advanced use cases like call analytics or virtual numbers (especially for B2B customers), I integrated third-party services:

• Twilio: I tested Twilio’s Programmable Voice API for call fallback when peer-to-peer failed due to firewall/NAT issues. It served as a backup for WebRTC.
• Agora: For large group calls (5+ users), Agora’s real-time engagement API performed better than pure WebRTC. I wrapped it with conditional logic on the frontend—if callType === group, delegate to Agora SDK.
• GeoIP + WebRTC Stats API: Pulled connection stats like latency, jitter, and packet loss. This helped with performance tuning and routing.

In Node.js, these integrations were modular—wrapped as services using Axios and executed via async queues.
In Laravel, I used Guzzle for API calls and Laravel Jobs for retry logic, plus custom service classes for each integration to keep the code clean.

2. Admin-Driven Listings

While Skype-style apps aren’t content marketplaces, I still needed to enable manual moderation and pre-filled configurations:

• Blocked User Lists: Admins could set global blacklists or restrict country-based access.
• Static Call Routing: For business clients, some wanted predefined call paths between departments—set from the admin panel.
• Promoted Users or Verified Accounts: This was editable via the admin UI, affecting badge visibility and search placement.

In Laravel, Blade views made it easy to handle CRUD for these datasets. Data was stored in normalized MySQL tables with timestamped audit trails.
In Node.js, I used React dashboards with Express APIs backed by MongoDB, storing configuration data in a settings collection and syncing it to Redis for quick access.

3. Real-Time Presence and State Handling

Whether a user is “online”, “in-call”, or “away”, that data must sync live. Here’s how I handled it:

• Redis TTL keys stored current status with an auto-expiry mechanism. When a user connected, I set status:user123 = 'online' with a 60-second TTL. The client pinged every 30s to renew.
• Socket.IO and Laravel Echo pushed status updates to other users immediately.

This data design balanced real-time volatility with long-term audit needs. Redis handled transient presence data. MongoDB/MySQL handled history and traceability.

Read More : Skype App Marketing Strategy: How to Stay Relevant in a Zoom-Dominated World

API Integration: Building the Real-Time Backbone

A Skype-like platform needs more than just REST endpoints. It demands real-time signaling, secure data transfer, and consistent state across clients. I architected both REST and WebSocket APIs in my Skype clone—tailored to the capabilities of Node.js and Laravel.

JavaScript (Node.js + Express + Socket.IO)

In the JS stack, I structured the app into two layers:

1. REST APIs (Express.js) for user management, authentication, and admin-level operations
2. Socket.IO server for real-time communication—calls, messages, presence, typing indicators

Sample REST Endpoint:

// GET /api/calls/:userId
router.get('/calls/:userId', async (req, res) => {
  const calls = await Call.find({ $or: [{ callerId: req.params.userId }, { receiverId: req.params.userId }] })
  res.json(calls)
})

Sample Socket.IO Event:

socket.on('call:initiate', ({ toUserId, offer }) => {
  io.to(userSocketMap[toUserId]).emit('call:incoming', { from: socket.userId, offer })
})

I kept socket handlers modular and isolated signaling logic from media logic. Rooms were dynamically generated using UUIDs, and ICE candidates were sent as separate events.

PHP (Laravel + Laravel Echo + Pusher)

Laravel isn’t a native WebSocket server, so I used Laravel Echo with Pusher for real-time events, while REST APIs handled the main data flow.

Sample API Route:

Route::get('/calls/{user}', [CallController::class, 'index']);

Sample Controller Logic:

public function index(User $user) {
  return Call::where('caller_id', $user->id)
             ->orWhere('receiver_id', $user->id)
             ->orderBy('created_at', 'desc')
             ->get();
}

Broadcast Example:

event(new CallInitiated($fromUser, $toUser));

This event triggered a Pusher notification which the frontend (via Echo and Laravel Echo Server) used to notify the callee.

Authenticated APIs with Token Support

In both stacks, I used JWTs for API auth:

• Node.js: Used jsonwebtoken to sign and verify tokens
• Laravel: Used tymon/jwt-auth for seamless token management

All real-time events and REST requests required token verification either via middleware or handshake auth.

Rate Limiting and Abuse Control

To prevent spam calls or message flooding:

• Node.js: Used Redis-backed rate limiters (express-rate-limit, socket.io-redis-rate-limiter)
• Laravel: Used Laravel’s built-in throttle middleware and added Redis counters for socket event frequency

These APIs formed the foundation for real-time collaboration. Every interaction—whether call, chat, or notification—was either RESTful or event-based.

Raed More : Reasons startup choose our skype clone over custom development

Frontend and UI Structure: Designing for Responsiveness and Real-Time UX

Skype-level user experience demands more than functional code—it needs a smooth, intuitive, and responsive UI. I approached the frontend in two ways: React for the JavaScript stack and Blade with Alpine.js for the Laravel PHP stack. Each had unique strengths depending on the use case and target audience.

React (JavaScript Stack)

I used React with functional components and hooks. Every major section—contacts, call screen, chat panel—was modular and handled via routes using React Router.

Layout Breakdown:

• Sidebar (Contacts + Status Indicators)
• Main Area (Call UI or Chat Thread)
• Top Bar (User Profile, Settings)
• Floating Panels for incoming call modals or screen share tools

The UI dynamically adjusted to state changes using Redux for global data (like online users, call status, and messages). Tailwind CSS provided responsive utility classes—essential for quick mobile-ready layouts. I also added React Hotkeys for keyboard-based call controls and accessibility.

Blade + Alpine.js (PHP Stack)

In Laravel, I used Blade templates for rendering views server-side, with Alpine.js for interactivity. This was perfect for admin dashboards, login flows, and managing settings—places where React would’ve been overkill.

Blade Structure:

• layouts/app.blade.php defined the base structure
• Reusable components: <x-user-avatar>, <x-chat-bubble>, <x-status-dot>
• Alpine.js handled toggles, state transitions, and simple animations

For responsiveness, I combined Bootstrap 5 (admin-side) with some custom CSS for the call and chat UI. Alpine.js’s lightweight reactivity handled UI state—like switching views between call logs and contact list—without full page reloads.

UX Details That Mattered

1. Call Screen Transitions: I used framer-motion in React and Alpine transition classes in Blade to animate entering/exiting call states smoothly.
2. Typing Indicators: Debounced socket events (typing:start and typing:stop) showed when someone was typing. Timeout-based auto-clear ensured it wasn’t stuck.
3. Mobile Optimization: Call screen resized based on orientation. Used matchMedia API in React to auto-hide the contact panel in portrait mode. In Blade, I used Bootstrap’s grid breakpoints.

Accessibility and Performance

• Used aria-live for chat updates
• Lazy-loaded avatars and images
• Deployed SVG icons inline to avoid HTTP requests

The frontend was designed to feel native—whether in-browser or on mobile. React offered real-time fluidity. Blade offered simplicity and speed where live interactivity wasn’t required.

Discover how much it costs to build a Skype-style video conferencing platform—and how to optimize your budget for long-term success.

Authentication & Payments: Securing Access and Monetizing Features

Authentication and payment systems are often overlooked until late in development—but they’re critical in a Skype-like platform where access control, user identity, and monetization tie directly into the core experience. I implemented secure login flows, role-based access, and integrated payments in both JavaScript and PHP stacks.

Authentication with JWT and Guards

Node.js (JWT + Middleware)
I used JSON Web Tokens (JWT) to handle user authentication. Upon login, the backend issued a signed token which was stored in HTTP-only cookies or sent with each request via headers.

const token = jwt.sign({ id: user._id }, process.env.JWT_SECRET, { expiresIn: '7d' })
res.cookie('token', token, { httpOnly: true })

A middleware function verified the token on each protected route:

const authMiddleware = (req, res, next) => {
  const token = req.headers.authorization?.split(' ')[1]
  const decoded = jwt.verify(token, process.env.JWT_SECRET)
  req.user = decoded
  next()
}

Laravel (Auth Guards + JWT Auth)
Laravel offered a cleaner, abstracted approach using the tymon/jwt-auth package. After issuing the token, I used Laravel’s built-in middleware and guards to protect routes.

Route::middleware('auth:api')->group(function () {
  Route::get('/user', [UserController::class, 'profile']);
});

Laravel’s guard system also helped enforce different access levels—like standard users, verified users, and admins.

Two-Factor and OAuth Options

• In Node.js, I added Google OAuth with passport-google-oauth20 and used TOTP (Time-based One Time Password) via speakeasy for optional 2FA.
• In Laravel, Socialite handled Google/Facebook login and I used Laravel Fortify for 2FA.

Payments Integration

Some features—like HD calling, virtual numbers, or unlimited history—were locked behind a paywall. I integrated Stripe and Razorpay for global/local flexibility.

Stripe Integration in Node.js:

const session = await stripe.checkout.sessions.create({
  payment_method_types: ['card'],
  line_items: [{ price: 'price_ABC123', quantity: 1 }],
  mode: 'subscription',
  success_url: 'https://yourapp.com/success',
  cancel_url: 'https://yourapp.com/cancel'
})

Razorpay in Laravel:

$razorpay = new Api($key, $secret)
$order = $razorpay->order->create([
  'receipt' => 'order_rcptid_11',
  'amount' => 50000,
  'currency' => 'INR'
])

Webhooks handled success/failure callbacks in both stacks and updated the user’s subscription status accordingly. I stored payment history in a transactions table or payments collection with metadata for refunds and receipts.

Role-Based Access and Premium Features

• Node.js: Used middleware to restrict access to premium APIs based on req.user.role
• Laravel: Used policy classes and middleware like can:viewPremiumContent

Common premium features included:

• Call recording storage
• Verified badge
• Multi-device login
• Access to support

Security-wise, both stacks enforced rate limiting, token expiration, and optional email verification on signup.

Read More : Skype Features List: Why It Still Matters in a Zoom-Obsessed World

Testing & Deployment: From Local Dev to Scalable Production

Shipping a real-time app like a Skype clone isn’t just about getting it to work—it’s about making sure it keeps working under pressure. I implemented testing, CI/CD pipelines, Dockerized deployments, and runtime process management in both JavaScript and PHP stacks to ensure smooth, reliable operation.

Testing Strategy

JavaScript (Node.js + React):
I used Jest for unit testing backend logic (e.g., call logs, user auth) and Supertest for API endpoint tests. For React, React Testing Library validated component rendering and interaction logic.

Example Node test for call logging:

test('should log call on end', async () => {
  const res = await request(app).post('/api/call/end').send({ callId: 'abc123' })
  expect(res.status).toBe(200)
  expect(res.body.success).toBe(true)
})

PHP (Laravel):
Laravel’s built-in PHPUnit testing was solid. I used artisan make:test to create feature and unit tests. Laravel’s database migration support for tests meant I could spin up isolated schemas during testing sessions.

public function test_user_can_make_a_call() {
  $user = User::factory()->create()
  $response = $this->actingAs($user)->post('/calls', ['receiver_id' => 2])
  $response->assertStatus(200)
}

CI/CD Pipelines

JavaScript:
I used GitHub Actions to automate:

• Linting and tests
• Docker build on merge
• Deployment to staging via SSH
• Production tag-based deployments via Docker registry push

YAML Sample:

jobs:
  deploy:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v2
      - run: npm ci && npm run test
      - run: docker build -t skype-clone:latest .
      - run: ssh user@host 'docker-compose pull && docker-compose up -d'

PHP (Laravel):
I used Laravel Forge for zero-downtime deployment. On each push:

• Composer installs dependencies
• php artisan migrate handles schema updates
• Cache is cleared and config is optimized

I also added a GitHub webhook to trigger these deploys automatically.

Dockerization

For both stacks, I built Docker containers using node:18-alpine or php:8.1-fpm images. Services like NGINX, Redis, and MySQL were also containerized using Docker Compose.

docker-compose.yml highlights:

• node-app with mounted volumes for hot reload
• laravel-app with shared .env secrets
• nginx reverse proxy with SSL
• redis, mongo, and mysql as isolated services

I also used Traefik in some setups for automatic SSL via Let’s Encrypt.

Process Management & Monitoring

Node.js:
I used PM2 for production process management:

• Cluster mode with 4 workers
• Auto-restart on crash
• Log rotation and memory usage alerts

Laravel (Apache/Nginx + Supervisor):
I used Supervisor to run Laravel queues and websocket listeners (via Laravel Echo Server). Apache or Nginx served HTTP traffic, and I enabled gzip compression, HTTP/2, and caching for static assets.

Monitoring tools like Sentry, New Relic, and LogRocket gave real-time insights into app health and errors.

Pro Tips: Lessons Learned from Real-World Development

Building a Skype clone taught me a lot of things the hard way. Some decisions saved me weeks, others cost me. Here’s a distilled list of tips you should absolutely keep in mind before starting, whether you’re going with Node.js or Laravel.

1. Don’t Trust WebRTC to Always Work

WebRTC is great—until firewalls, NATs, or poor STUN/TURN configs ruin the user experience. Always integrate a TURN server fallback (like Coturn) and monitor connection success rates. If more than 10% fail to connect, consider adding a third-party relay layer (e.g., Agora or Twilio) as a safety net.

2. Cache Like Your Life Depends on It

Presence data, user lists, and chat previews don’t need fresh DB reads. Use Redis aggressively to cache:

• GET /contacts response for 30s
• Online status
• Chat thread previews (last 1 message)

This alone cut our average response time by 40% under load.

3. Use Message Queues for Anything Non-Critical

Things like email notifications, call logs, or webhook events should never block your real-time threads. In Node.js, I used BullMQ with Redis. In Laravel, I used Queues with Redis driver and workers managed by Supervisor. This made the app feel fast even under pressure.

4. Mobile-First Isn’t Optional

Most users join video calls from mobile. React Native or PWA wrappers are great, but be sure to:

• Use responsive video containers (aspect-ratio, vw/vh)
• Hide sidebars and dropdowns in mobile view
• Offer a single-tap experience to join calls

I added CSS media queries early and used React’s useMediaQuery to adapt views. In Laravel, I applied Bootstrap’s mobile classes religiously.

5. Log Everything—But Not Too Much

Debugging WebRTC, socket connections, and chat bugs is a nightmare without visibility. I added:

• Server-side logs for all socket events
• Client-side logs stored in-memory and flushed on error
• Log levels (info, warn, error) with log rotation via Winston (Node) and Monolog (Laravel)

But keep logs pruned. Don’t store full call payloads. Only the metadata (e.g., timestamps, status).

6. Avoid Over-Reliance on Pusher

Laravel developers often jump to Pusher for real-time features. It’s great for PoCs, but gets expensive and has message size limits. For production, run your own Laravel Echo Server with Redis Pub/Sub and save thousands over time.

7. Build Around Disconnections

Assume sockets will disconnect mid-call. Build resume logic:

• Reconnect socket and re-emit ICE
• Keep call state in localStorage or Redux
• Provide “Reconnect” buttons when dropped

This alone saved the app from many awkward “I can’t hear you” complaints.

Read More : Pre-launch vs Post-launch Marketing for Skype Clone Startups

Final Thoughts: Custom vs Clone and What I’d Do Differently

Building a Skype (Teams) from scratch gave me total control over architecture, UX, and features—but it wasn’t without trade-offs. If you’re a startup founder or agency trying to decide whether to go custom-built or use a clone script, here’s my honest take after doing both.

When Custom Is Worth It

Go custom if:

• You need deep integrations (e.g., internal CRMs, industry-specific tools)
• You plan to offer unique features like session recording, AI transcription, or CRM sync
• Your app must scale beyond chat—think healthcare consults, legal advice, or enterprise support

Custom gives you room to experiment, but it comes with higher dev time, more bugs to chase, and constant updates as browsers and APIs evolve.

When a Clone Script Wins

If your goal is to:

• Launch fast
• Validate your market
• Get investor demos or clients onboard

Then starting with a clone product is absolutely the smart move. It gives you a reliable base: messaging, calling, auth, dashboard, payments—already wired up. You can always customize later.

Miracuves offers a well-built Skype Clone that mirrors most of what I built manually. It’s clean, modular, and comes in both Node.js and Laravel flavors—so you can pick the stack that fits your team. Honestly, I could’ve saved weeks by starting there and focusing on what really mattered: the differentiator.

My Closing Advice

Pick a tech stack your team understands. Use Docker from day one. Log every socket action. Cache aggressively. And test on mobile before you write a single media query. Voice/video platforms are brutal if you underestimate the details. Build smart or start with a proven base and layer in your features gradually.

Ready-to-Launch Pitch: Skip the Guesswork with Miracuves’ Skype Clone

If you’re looking to launch a Skype-like app but don’t want to reinvent the wheel, the smartest move is to start with a ready-made Skype Clone from Miracuves. It gives you 80% of what I spent weeks building—out of the box—with production-grade quality, multi-stack flexibility, and a clean, customizable codebase.

Why I Recommend It

• Pre-Built in Both Stacks: You get Node.js + React and Laravel versions—pick what suits your dev team.
• Real-Time Engine Included: WebRTC, chat, calling, notifications—all wired up and tested.
• Admin Panel Ready: Fully functional dashboards with user controls, usage metrics, and moderation tools.
• Extendable Architecture: Want to add AI call transcription or integrate with Zoom APIs? You can.
• Secure and Scalable: JWT auth, role-based access, Redis presence, Docker-ready deploys—it’s built right.

Who It’s For

• Startups who need an MVP or investor demo fast
• Agencies building client-branded communication tools
• Enterprises exploring internal collaboration suites

Instead of spending 6–8 weeks setting up your base code, you could launch in a few days, customize as needed, and focus on traction.

👉 Check out the Skype Clone at Miracuves

FAQ: Building a Skype Clone App

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