Local Development Stacks Compared: WAMP, XAMPP, MAMP, Docker, and DevContainers

I’ve been setting up local development environments since the days when you had to manually configure Apache modules and restart services ten times before anything worked. Back then, if you could get PHP, MySQL, and Apache talking to each other without reading a 47-page forum thread, you were basically a wizard.

The good news? Things have gotten dramatically better. The bad news? Now we have so many options that choosing the right local development stack can feel like picking a streaming service (there’s always one more you didn’t know about).

Let me walk you through the landscape of local development environments in 2026, from the classic all-in-one installers to modern containerized workflows. Whether you’re building your first WordPress site or orchestrating a microservices architecture, there’s a setup here that’ll save you hours of configuration headaches.

What Problem Do Local Development Stacks Solve?

Before we dive into comparisons, let’s talk about why this category of tools exists at all.

You need to run web applications on your laptop. That means you need a web server (like Apache or Nginx), a programming language runtime (like PHP or Node.js), and usually a database (like MySQL or PostgreSQL). You could install each of these separately, configure them to work together, and pray nothing breaks when your OS updates. Or you could use a local development stack that bundles everything together and handles the configuration for you.

Installing services directly on your machine creates different environments for every developer, which leads to the classic “works on my machine” problem. Virtual machines solve this but eat your RAM for breakfast. Containers hit the sweet spot: consistent environments without the overhead.

The right choice depends on what you’re building, how your team works, and whether you value simplicity over flexibility.

The Classic All-in-One Installers

XAMPP: The Old Reliable

XAMPP has been around for more than 10 years with a huge community behind it. The latest versions include Alpine Linux 3.20, Apache 2.4.62, MariaDB 10.11-8, PHP 8.3.12, Perl 5.38.2, and phpMyAdmin 5.2.1.

The X stands for cross-platform, because XAMPP runs on Windows, macOS, and Linux. It’s completely free and open source with no premium tiers or hidden upsells.

Here’s what a basic XAMPP setup looks like:

# Download XAMPP from apachefriends.org
# Run the installer
# Start the control panel
./xampp start

# Your projects go in:
# /opt/lampp/htdocs/ (Linux)
# C:\xampp\htdocs\ (Windows)

XAMPP shines when you need something running in 10 minutes. Click install, click start, drop your PHP files in htdocs, and you’re live at localhost. It’s perfect for learning PHP, testing WordPress themes, or running legacy applications that expect a traditional LAMP stack.

The downsides? All projects share the same resources, which can create performance bottlenecks. You’re locked into whatever PHP version XAMPP ships with (though you can manually swap versions if you’re feeling adventurous). And when you deploy to production, you’ll need to replicate your exact XAMPP configuration, which never goes as smoothly as you’d hope.

WAMP: Windows-First Development

WampServer is a Windows-based web development platform specifically designed for Windows environments. The latest version (3.4.0 64-bit, updated February 25, 2026) includes Apache 2.4.65, PHP 8.0.30 through 8.5.0, MySQL 8.4.7, and MariaDB 11.4.9.

Like XAMPP, WAMP is completely free and open source. It includes PHPMyAdmin and Adminer for database management, plus a tray menu manager that lets you adjust server settings without editing configuration files directly.

Key advantage over XAMPP:

# WAMP lets you switch PHP versions through the GUI
# Right-click tray icon → PHP → Version → Select 8.3, 8.2, 8.1, etc.

WAMP allows you to add as many Apache, MySQL, and PHP releases as you want, making it easier to test compatibility across different versions.

One important note: WAMP support is from Windows 10 only (from April 1, 2024), and Windows 10 support will cease on October 14, 2025. If you’re on Windows 11 or planning to upgrade, you’re good. If you’re stuck on older Windows versions, look elsewhere.

MAMP: Mac and Windows Simplicity

MAMP started as a Mac-focused alternative to WAMP but now runs on both macOS and Windows. The free version provides all essential features but doesn’t include virtual hosting or remote links. All projects under a single localhost domain can get messy when dealing with multiple test installations.

MAMP Pro costs $99 for a lifetime license with first-year updates included. After that, updates cost €69/year with auto-renewal or €99/year without.

What you get with MAMP Pro:

# Virtual hosts with custom domains
# /etc/hosts automatically configured
myproject.local → /Users/dave/Sites/myproject
clientsite.local → /Users/dave/Sites/client-work

# One-click WordPress installation
# Snapshots and backups
# HTTPS support out of the box

MAMP Pro provides granular control of Apache, PHP, and MySQL, plus the ability to choose between Apache or Nginx, set PHP versions per project, and configure caching systems. It includes one-click installers for WordPress, Joomla, Drupal, MediaWiki, phpBB, and other popular CMSs.

If you’re a Mac user juggling multiple client projects and want a polished GUI without diving into Docker, MAMP Pro is worth the hundred bucks. If you’re just learning or running a single project, the free version works fine.

Modern Container-Based Approaches

Docker Desktop: Industry Standard Containerization

Docker Desktop provides an amazing way to work on projects independently on your local computer before hosting the project to production. Unlike the all-in-one installers, Docker lets you define your entire stack as code and run it in isolated containers.

Current pricing tiers (2026):

• Personal: Free for individual developers, includes 1 private repository and 100 image pulls per 6-hour window
• Pro: $9/month (annual billing) or $11/month (monthly)
• Team: $15/user/month (annual billing), supports up to 100 users
• Business: $21/user/month for 50+ users, includes Image Access Management

Here’s what a simple PHP/MySQL setup looks like with Docker Compose:

# docker-compose.yml
version: '3.8'

services:
  web:
    image: php:8.3-apache
    ports:
      - "8080:80"
    volumes:
      - ./src:/var/www/html
    depends_on:
      - db
  
  db:
    image: mysql:8.4
    environment:
      MYSQL_ROOT_PASSWORD: secret
      MYSQL_DATABASE: myapp
    volumes:
      - db_data:/var/lib/mysql

volumes:
  db_data:

Run docker-compose up and you’ve got a complete LAMP stack without installing anything except Docker itself. Need a different PHP version? Change one line. Need Redis? Add another service. Want to match your exact production environment? Copy your production Dockerfile.

Docker containers are lightweight and efficient, sharing the host operating system kernel, which means you can run multiple projects simultaneously without the performance hit you’d see with traditional VMs. InstaWP's cloud-based design used 0% local CPU while Laragon's 40% was the lowest locally, and Docker balances performance well across different stacks.

The learning curve is real. You need to understand images, containers, volumes, and networks. Configuration happens in YAML files instead of GUI buttons. But once you get it, Docker allows you to package your application and dependencies into a container for easier compatibility across different environments.

DevContainers: Editor-Integrated Development

DevContainers are Docker containers that are specifically configured to provide a fully featured development environment. They’re Docker containers with a twist: your code editor (VS Code, GitHub Codespaces, or compatible IDEs) runs inside the container alongside your runtime environment.

Here’s the key insight: DevContainers don't build a container from first principles, but add an additional layer on top of existing Docker container images. They enhance development capabilities by providing self-contained units of configuration including installation steps, environment variables, and IDE extensions.

Example .devcontainer/devcontainer.json for a Node.js project:

{
  "name": "Node.js Project",
  "image": "mcr.microsoft.com/devcontainers/javascript-node:18",
  "customizations": {
    "vscode": {
      "extensions": [
        "dbaeumer.vscode-eslint",
        "esbenp.prettier-vscode"
      ]
    }
  },
  "forwardPorts": [3000],
  "postCreateCommand": "npm install"
}

When a team member clones your repo and opens it in VS Code, they're automatically prompted to reopen the folder in a container, provided they have the Dev Containers extension installed. Within seconds, they have your exact toolchain, extensions, and runtime (no setup documentation that’s always out of date).

DevContainers solve environmental drift. Every team member gets identical tooling. New developers go from git clone to productive in minutes instead of hours. You can define different containers for different parts of your monorepo.

The catch? You need Docker Desktop (or an alternative like Rancher Desktop or Podman) running. VS Code documentation recommends Docker Desktop for Mac users, though alternatives exist. And like Docker in general, there’s a learning curve if you’ve never touched containers before.

Comparison Table

Which Stack Should You Choose?

Choose XAMPP if:

• You’re learning web development and need something running today
• You’re maintaining a legacy PHP application that expects a traditional LAMP stack
• You’re on a tight budget and simplicity trumps flexibility
• You’re working solo and don’t need to match anyone else’s environment

Choose WAMP if:

• You’re on Windows and need to test across multiple PHP versions
• You prefer GUI-based configuration over editing config files
• You’re building PHP applications and want quick version switching
• Windows 10/11 is your primary development platform

Choose MAMP Pro if:

• You’re a Mac-based freelancer juggling client projects
• You want virtual hosts without terminal commands
• You value beautiful UIs and are willing to pay for polish
• One-click CMS installations save you meaningful time

Choose Docker Desktop if:

• You’re on a team that needs consistent environments
• You’re deploying to containers in production
• You work with microservices or complex multi-service applications
• You need different runtime versions for different projects
• You’re comfortable with YAML configuration and command-line tools

Choose DevContainers if:

• You’re onboarding new developers frequently
• Your team uses VS Code or GitHub Codespaces
• You want reproducible development environments committed to version control
• You’re already using Docker and want deeper IDE integration
• Remote development or cloud workspaces are part of your workflow

The Hybrid Approach

Here’s what I actually see working developers do in 2026: they start with Docker Compose for orchestration, add DevContainers for editor integration, and keep XAMPP or MAMP installed for those “I just need to test this one PHP script” moments.

Keeping your local environment up to date is essential for accessing the latest features, performance improvements, and security patches. Whichever stack you choose, automate the setup where possible. Automate the setup, packaging, building, and deployment processes to keep your environments aligned, ensuring consistency and reducing errors.

The best local development stack is the one that gets out of your way and lets you build things. For some people, that’s a double-click installer. For others, it’s a docker-compose up command. Both are valid. Both get the job done.

Pick the tool that matches your workflow, not the one that looks best on your resume.

Sources:

• XAMPP Download and Features
• WampServer Latest Release
• MAMP Pro Pricing and Features
• Docker Desktop Pricing Tiers
• VS Code DevContainers Documentation
• Docker vs XAMPP Performance Comparison
• DevContainers vs Docker Desktop Differences
• Local Development Environment Best Practices