webhosting

Why I Chose IONOS Web Hosting Plus for Hosting Multiple WordPress Websites (And Why It May Be One of the Best Hosting Deals Right Now)

Splendid · July 13, 2026 · Leave a Comment

Managing multiple WordPress websites doesn’t necessarily require expensive VPS hosting or dedicated servers. In many cases, a well-configured shared hosting plan can comfortably host several websites while keeping costs low.

Recently, I migrated several of my WordPress websites to IONOS Web Hosting Plus, and after spending time setting up domains, databases, WordPress installations, backups, and migrations, I wanted to share my experience.

This is not a sponsored review. Rather, it is a practical account of why I decided to move my projects to IONOS and what I’ve learned during the migration process.

Why I Chose IONOS Web Hosting Plus

One of the biggest reasons was the current promotional pricing.

At the time of writing, IONOS Web Hosting Plus is available for approximately USD 12 for the first year, making it one of the most affordable hosting plans available from a well-established hosting provider.

If you’re interested in checking the current offer, you can do so here:

👉 IONOS Web Hosting Plus (Affiliate Link)
https://aklam.io/44vYUIE8?ems_dl=767311959_fBIYJFGTJP_459869_4104000_1_2000007

For developers, bloggers, agencies, and small businesses looking to host multiple WordPress websites, this promotion offers exceptional value.

The Free Domain Alone Can Almost Justify the First-Year Cost

One feature that immediately caught my attention was that the current promotion includes one free domain registration for the first year.

A quality .com domain often costs between USD 10–15 per year, depending on the registrar.

Since the promotional hosting price itself is around USD 12 for the first year, the included free domain can almost offset the entire first-year hosting cost if you were already planning to register a new domain.

In practical terms, you receive:

One free domain for the first year
SSD web hosting
Multiple MariaDB databases
Free SSL certificates
Business email support
PHP support
Multiple website hosting
File Manager
Database management tools

For someone launching a new project, this makes the current promotion particularly attractive.

Migrating My WordPress Websites

Rather than starting new websites from scratch, I migrated existing WordPress websites.

My workflow was straightforward:

Create a new webspace folder.
Upload WordPress.
Connect the domain to the webspace.
Create a new MariaDB database.
Complete the WordPress installation.
Install the WPvivid Backup & Migration plugin.
Restore the backup from the previous hosting provider.

The migration process was smooth once the fresh WordPress installation was complete.

WPvivid Made Migration Surprisingly Easy

One of the biggest pleasant surprises during this migration was WPvivid Backup & Migration.

Instead of manually exporting databases, editing configuration files, or using FTP to copy every file individually, I simply:

Created a backup on the source website.
Installed WPvivid on the new WordPress installation.
Uploaded the backup files.
Restored the website.

Within a short time, the website—including plugins, themes, uploads, and database—was restored on the new hosting environment.

For WordPress users who frequently migrate websites, WPvivid significantly simplifies the process.

Hosting Multiple Websites

One advantage of the Web Hosting Plus plan is that it allows hosting multiple independent WordPress websites under a single hosting account.

Instead of purchasing separate hosting plans for every website, I simply:

Created a separate webspace directory.
Connected another domain.
Created another database.
Installed WordPress.
Restored the website backup.

Each website remains independent while sharing the same hosting account.

For developers managing client websites or entrepreneurs operating multiple niche sites, this can lead to substantial cost savings.

The Real Limitation Isn’t Storage

Many people focus on SSD storage capacity when choosing hosting.

However, after using the platform, I found that the more important metric is actually the number of files (inodes).

At the time of writing, my hosting account is using:

111,185 files used
262,144 files available

Interestingly, storage usage remains relatively low.

This suggests that WordPress websites generally consume many more files than disk space.

Plugins, themes, cache files, backups, image thumbnails, and log files all contribute to inode usage.

If you plan to host numerous WordPress websites, monitoring file count periodically is advisable.

My Current Hosting Setup

At the time of writing, I am hosting five independent WordPress websites on this IONOS Web Hosting Plus account.

These websites serve different purposes, including:

WordPress plugin development
Digital business projects
Website marketplace
Educational content
Technical blogging

So far, performance has been stable, and the centralized management has made maintaining multiple projects much easier.

Things I Like About IONOS

After using the platform, these are some of the features I appreciate most:

Affordable first-year promotional pricing
Free domain included for the first year
Ability to host multiple websites
Simple webspace management
Integrated file manager
Easy database creation
Free SSL certificates
Support for PHP and MariaDB
Straightforward domain management
Easy integration with WordPress

Things to Keep in Mind

No hosting platform is perfect.

Before choosing this plan, keep in mind:

Monitor inode (file) usage rather than only storage.
Large backup archives should ideally be stored externally after restoration.
Cache plugins and image optimization can reduce unnecessary file growth.
Keep regular backups even when using reliable hosting.

Final Thoughts

After migrating multiple WordPress websites, I have been impressed with the overall value offered by IONOS Web Hosting Plus.

The combination of:

low promotional pricing,
a free domain for the first year,
support for multiple websites,
straightforward WordPress deployment,
and compatibility with migration tools such as WPvivid makes it a compelling option for developers, freelancers, agencies, bloggers, and entrepreneurs.

While every hosting provider has limitations, my experience suggests that, for many WordPress users, the practical limit is more likely to be file count (inodes) than storage space.

If you’re planning to consolidate multiple websites under one hosting account or start several new projects without spending a fortune, I believe the current IONOS Web Hosting Plus promotion is well worth considering.

Interested in Trying IONOS?

If you’d like to explore the current promotional offer for IONOS Web Hosting Plus, you can use the following link:

👉 IONOS Web Hosting Plus (Affiliate Link)
https://aklam.io/44vYUIE8?ems_dl=767311959_fBIYJFGTJP_459869_4104000_1_2000007

Disclosure: This article contains an affiliate link. If you purchase through this link, I may earn a commission at no additional cost to you. I only recommend products and services that I personally use or believe provide genuine value.

Browser-Based SSH vs FTPS (FileZilla): Which Is Better for Website Management?

Splendid · April 17, 2026 · Leave a Comment

When managing a website or server, two common ways to connect are:

Browser-based SSH
FTPS using tools like FileZilla

At first glance, both help you access your hosting account. But in reality, they are built for very different purposes.

Understanding the difference can save time, improve workflow, and help you choose the right hosting environment.

What Is Browser-Based SSH?

SSH stands for Secure Shell.

It gives you command-line access to your server through a terminal. Some hosting providers such as AWS Lightsail make this even easier by offering a browser-based SSH terminal.

That means you can log in and manage your server directly from your browser without installing extra software.

With SSH, you can:

Edit files using nano or vim
Restart services like Apache or Nginx
Run Git commands
Install packages
Manage permissions
Configure databases
Deploy applications

In short, SSH gives you deep control over the server.

What Is FTPS?

FTPS stands for File Transfer Protocol Secure.

It is mainly used for transferring files between your computer and the server.

Programs like FileZilla provide a visual drag-and-drop interface where you can:

Upload website files
Download backups
Delete folders
Rename files
Replace themes or plugins
Move images and media

It feels similar to using Windows Explorer or Mac Finder.

Quick Comparison

Feature	Browser-Based SSH	FTPS / FileZilla
Purpose	Server control	File transfer
Interface	Command line	Graphical
Upload files	Yes	Yes
Run commands	Yes	No
Restart services	Yes	No
Install software	Yes	No
Beginner friendly	Moderate	High
Developer power	Very High	Medium

Real Example: Updating a Website

With FTPS

You would:

Open FileZilla
Connect using credentials
Navigate to the site folder
Drag and drop new files

With SSH

You could:

Pull latest code from GitHub
Unzip deployment files
Change permissions
Restart the web server

This is often faster for developers.

Which One Is Better?

Choose FTPS If You Want:

Simple drag-and-drop uploads
Easy file browsing
Occasional edits
No command-line learning curve

Choose Browser-Based SSH If You Want:

Full server access
Faster workflows
Better troubleshooting
Automation
Git-based deployment
Professional development tools

Why Developers Love Browser SSH

Many developers prefer platforms like AWS Lightsail because browser SSH gives instant terminal access.

You can log in from almost anywhere and start working immediately.

For coders, this feels more like a true development environment than traditional hosting.

Important Note: FTPS vs SFTP

These are different:

FTPS = FTP with SSL encryption
SFTP = Secure File Transfer Protocol running over SSH

FileZilla supports both.

Today, many developers prefer SFTP because it uses the SSH system.

Final Thoughts

FTPS tools like FileZilla are excellent for moving files.

Browser-based SSH is ideal for controlling and managing the server itself.

If you simply need to upload files, FTPS may be enough. But if you want speed, power, automation, and real server control, SSH is often the better long-term skill to learn.

The smartest website owners often use both.

How Adding Swap Memory Fixed a Frequently Crashing AWS Lightsail WordPress Server

Rajeev Bagra · March 8, 2026 · Leave a Comment

Why my AWS Lightsail instance for WordPress site using Amazon stack keeps getting stopped
byu/DigitalSplendid inaws

Small cloud servers are extremely popular among developers, bloggers, and startup founders because they provide an affordable way to launch websites quickly. Platforms like AWS Lightsail make it easy to deploy applications such as WordPress in just a few clicks.

However, many users running WordPress on smaller Lightsail instances—especially those with 1 GB RAM or less—sometimes encounter a frustrating issue: the website suddenly stops responding and only starts working again after the server is rebooted.

This article explains why this happens and how a simple configuration change—adding swap memory—can significantly improve server stability.

The Initial Problem: Website Goes Down Until Reboot

In some Lightsail environments, users may notice the following pattern:

The website works normally after the server starts.
After some hours or a day, the site stops responding.
SSH access may still work, but the website itself becomes inaccessible.
Rebooting the server immediately restores the site.

This cycle can repeat frequently and is especially common on smaller instances running WordPress, MySQL, and Apache together.

While the issue might initially seem like a problem with WordPress plugins, the real cause is often much simpler: memory exhaustion.

Understanding the Role of Server Memory

A typical WordPress server running on Linux uses memory for several components:

Web server (Apache or Nginx)
Database server (MySQL or MariaDB)
PHP processes that generate dynamic pages
Operating system cache
WordPress plugins and themes

On a 1 GB Lightsail instance, the available RAM is usually around 945 MB. As traffic increases or background processes run, memory consumption can approach this limit.

If the server runs out of memory and no backup memory mechanism exists, Linux may terminate important services to recover resources. When this happens, components like MySQL or Apache stop working, causing the website to go offline.

What Is Swap Memory?

Swap memory is a portion of disk storage used as virtual memory when physical RAM becomes insufficient.

When the system approaches its RAM limit, Linux can temporarily move less-used memory pages to swap space. This prevents essential processes from crashing and allows the server to continue operating normally.

While swap is slower than RAM because it resides on disk, it acts as an important safety net.

Checking Server Memory Usage

Administrators can check memory usage using the following command:

free -h

Example output on a small Lightsail instance might look like this:

Mem: 945Mi total, 625Mi used, 208Mi free
Swap: 0B total

The key issue here is the absence of swap space. Without swap, the system has no fallback when RAM becomes full.

Creating Swap Memory on a Lightsail Server

Creating swap space on Linux is straightforward. The following commands create a 1 GB swap file.

Step 1: Create the swap file

sudo fallocate -l 1G /swapfile

Step 2: Secure the file

sudo chmod 600 /swapfile

Step 3: Prepare it as swap

sudo mkswap /swapfile

Step 4: Enable swap

sudo swapon /swapfile

Step 5: Make the configuration persistent

echo '/swapfile none swap sw 0 0' | sudo tee -a /etc/fstab

After completing these steps, running free -h again should display:

Swap: 1.0Gi total

This confirms that swap memory is active.

Why Swap Improves Stability

Once swap is enabled, the operating system can handle temporary memory pressure more gracefully.

Instead of terminating services like MySQL or Apache when RAM fills up, Linux can move inactive memory pages to swap space. This helps ensure that essential services remain running, preventing website downtime.

For small cloud servers, this simple adjustment often eliminates the need for frequent reboots.

Optional Optimization: Adjust Swap Behavior

Administrators may also want to reduce how aggressively Linux uses swap by adjusting the swappiness parameter.

sudo sysctl vm.swappiness=10

To make this setting permanent:

echo "vm.swappiness=10" | sudo tee -a /etc/sysctl.conf

Lower swappiness values encourage the system to prefer RAM while using swap only when necessary.

Learning From the Community While Troubleshooting

When troubleshooting infrastructure issues like this, developers rarely work in isolation. Many real-world solutions emerge from discussions within the broader technology community.

Useful places to seek guidance include:

AWS community forums
Developer discussions on Reddit
Open-source community blogs
Technical Q&A platforms

Often, someone else has already faced a similar issue and shared valuable insights or troubleshooting steps. Reading these discussions can save significant time and help identify practical solutions faster.

Using AI Tools for Faster Troubleshooting

Modern AI tools can also play a useful role in diagnosing server issues.

Tools like ChatGPT can help by:

Interpreting command outputs
Suggesting troubleshooting steps
Explaining Linux system behavior
Generating command sequences to test configurations

For developers who may not be deeply experienced in server administration, AI tools can act as a helpful companion during debugging sessions.

Of course, AI suggestions should still be reviewed carefully and tested in controlled environments, but they can significantly accelerate the learning and troubleshooting process.

Best Practices for Small Cloud Servers

Developers running WordPress or similar applications on lightweight cloud instances can improve reliability by following a few best practices:

Enable swap memory on instances with limited RAM.
Monitor system resources using tools like htop.
Limit excessive server processes such as Apache workers.
Regularly review plugin usage to avoid unnecessary memory consumption.
Learn from online developer communities when diagnosing issues.

These measures can significantly improve performance and uptime.

Final Thoughts

Affordable cloud servers make it easy to deploy websites quickly, but smaller instances come with limited resources. When RAM runs out, services may fail unless the system has a fallback mechanism.

Adding swap memory provides a simple yet effective safeguard against unexpected crashes. For many developers and site owners using AWS Lightsail, this small configuration change can mean the difference between a server that requires daily reboots and one that runs reliably for weeks or months.

Understanding and managing server memory—while also leveraging community knowledge and modern AI tools—can make cloud infrastructure far easier to maintain and troubleshoot.

From AWS EC2 to Azure Credits: A Practical WordPress Hosting Journey for Cost-Conscious Creators

Rajeev Bagra · February 16, 2026 · Leave a Comment

For bloggers, developers, and small startup founders, hosting WordPress efficiently is not just a technical decision — it’s a financial strategy.

This guide combines two important themes:

Launching and managing multiple WordPress sites on AWS EC2
Planning for Azure free credits once AWS credits expire

The goal is simple: build scalable WordPress infrastructure while minimizing hosting costs.

Part 1: Launching WordPress on AWS EC2 (Multi-Site Setup)

Using Amazon Web Services, specifically EC2, gives full control over your hosting environment.

Unlike managed platforms, EC2 allows you to:

Host multiple WordPress sites on one server
Configure Nginx and PHP manually
Optimize memory and performance
Reduce cost per site

Step 1: Create an EC2 Instance

A typical setup includes:

Ubuntu Server
2 GB RAM (recommended minimum for multiple sites)
Open ports 80 and 443 in Security Group
Elastic IP attached

After launching the instance, install:

nginx
php-fpm
mariadb

Then install WordPress manually.

This gives full control compared to one-click installations.

Step 2: Host Multiple WordPress Sites on One Server

Instead of launching separate EC2 instances, you can:

Create separate folders inside /var/www/
Create separate Nginx server blocks
Create separate databases for each site

Example structure:

/var/www/html        → Site 1 (techcosec.com)
/var/www/datanzee    → Site 2 (datanzee.online)

Each site needs:

Its own database
Its own wp-config.php
Its own Nginx configuration

This dramatically reduces hosting cost per website.

Step 3: Configure Nginx Properly (Important)

For WordPress to work correctly, your Nginx config must include:

location / {
    try_files $uri $uri/ /index.php?$args;
}

location ~ \.php$ {
    include snippets/fastcgi-php.conf;
    fastcgi_pass unix:/run/php/php8.3-fpm.sock;
}

Without this, you may experience:

404 errors on internal pages
Raw PHP code displaying in browser
“Error establishing a database connection”

Proper Nginx configuration is critical.

Step 4: Secure with Free SSL

Once your domain points to your EC2 Elastic IP, install SSL using:

sudo apt install certbot python3-certbot-nginx -y
sudo certbot --nginx -d yourdomain.com -d www.yourdomain.com

This gives:

Free HTTPS
Auto renewal
Production-ready security

Step 5: Cost Optimization

With a 2GB EC2 instance, you can typically host:

3–6 low-traffic WordPress sites
1–2 WooCommerce stores (light usage)

Monthly estimate (after credits):

~ $18–25 per month total

This is significantly cheaper than hosting each site separately on managed platforms.

Part 2: What Happens After AWS Free Credits End?

Many creators start with AWS credits. The next logical question is:

What happens when AWS credits are exhausted?

This is where Microsoft Azure becomes relevant.

Azure Free Credit Explained

Azure offers:

$200 Free Credit (30 Days Only)

One-time offer
Valid for 30 days
Usable on most services

This is ideal for migrating WordPress after AWS credits expire.

Are There Other Ways to Get Azure Credits?

Yes — but conditional.

1. Azure for Students

$100+ credits
No credit card required (in many regions)

2. Microsoft for Startups

$1,000 to $25,000+ credits
Requires approval

3. Promotional / Sponsorship Credits

Tech events
Microsoft Learn challenges
Hackathons

These are not guaranteed but are useful if eligible.

Azure vs AWS for WordPress Hosting

Feature	AWS EC2	Azure VM
Initial Free Credit	Varies	$200 (30 days)
Long-term Cost	Slightly cheaper	Slightly higher
Community Support	Larger	Strong but smaller
Dashboard Complexity	Medium	Slightly more complex

For most independent creators:

AWS remains slightly more cost-effective long-term.

Azure is an excellent secondary option.

A Smart Hosting Strategy

Many experienced founders follow this path:

Launch on AWS EC2
Use free credits fully
Migrate to Azure for another credit cycle
Eventually move to low-cost VPS for stability

This approach:

Reduces upfront cost
Builds infrastructure skills
Avoids vendor dependency

Important: Always Keep Backups

Before migrating between cloud providers:

Backup WordPress files
Export MySQL database
Use migration plugins (WPVivid / Updraft)
Test on temporary domain first

Never switch DNS before confirming migration works.

Final Recommendation

For bloggers hosting multiple WordPress sites:

AWS EC2 offers the best balance of control and cost.
Azure free credits provide a valuable second phase.
Long-term stability may come from optimized VPS hosting.

The key is not chasing free hosting blindly — but using free credits strategically while building real infrastructure skills.

Closing Thought

Cloud hosting is no longer just for enterprises. With careful configuration, a single properly optimized server can host multiple WordPress sites securely and affordably.

Free credits are temporary.

Knowledge is permanent.

And the real asset is learning how to control your own hosting stack.

Migrating WordPress from AWS Lightsail to EC2: A Practical, Step-by-Step Perspective

Rajeev Bagra · February 3, 2026 · Leave a Comment

Running multiple WordPress websites on cloud infrastructure often starts with convenience and later evolves into questions around cost, scalability, and control. This is a common journey for founders, bloggers, and small businesses using AWS Lightsail.

As site portfolios grow, many users begin asking important questions:

Why is my Lightsail bill increasing every month?
Can multiple WordPress sites be consolidated onto a single server?
Is Amazon EC2 worth the additional complexity?
How do I migrate safely without downtime?

This article walks through those concerns from a real-world perspective, explaining how a gradual migration from Lightsail to EC2 can be approached safely, economically, and methodically.

Why Consider Moving Away from Lightsail?

AWS Lightsail is designed for simplicity. It bundles compute, storage, and networking into predictable monthly pricing. For a single WordPress site, it works extremely well.

However, challenges begin to appear when running multiple sites:

Each site often requires its own Lightsail instance
Monthly costs increase linearly with each new website
Resource utilization is often inefficient
Scaling vertically becomes limited and expensive

In one real scenario, a user running seven WordPress sites saw their Lightsail bill grow to USD 61 per month, even though traffic across the sites was modest.

This raises a natural question:
Can the same workload run on fewer servers at a lower cost?

Why EC2 Becomes a Logical Next Step

Amazon EC2 offers raw infrastructure instead of packaged simplicity. While this introduces responsibility, it also provides flexibility.

With EC2:

One instance can host multiple WordPress sites
Resources like RAM and CPU can be scaled independently
Costs are based on actual usage rather than fixed bundles
Administrators gain full control over the software stack

In the discussed setup, a single EC2 instance with:

2 GB RAM
Nginx
PHP-FPM
MariaDB
Swap enabled

was sufficient to safely host multiple low-to-moderate traffic WordPress sites.

Addressing the First Big Concern: “Is One EC2 Enough?”

A common misconception is that each WordPress site requires its own server. In reality, professional hosting environments routinely host dozens of WordPress sites on a single VM, provided resources are sized correctly.

Key considerations include:

Total traffic across all sites
WooCommerce usage (if any)
PHP memory limits
Database load

In this case, upgrading the EC2 instance from 1 GB RAM to 2 GB RAM before migration was a critical decision. Migration processes temporarily require more memory due to database imports, file extraction, and plugin execution.

Upgrading first avoids:

PHP memory errors
502 Bad Gateway issues
Incomplete migrations
Database crashes

The Safe Migration Strategy: One Site at a Time

Rather than moving all websites at once, the recommended approach is incremental migration.

The process followed was:

Launch a single EC2 instance
Install WordPress as a “template” site
Upgrade server memory before migration
Enable swap for additional safety
Migrate one Lightsail site at a time
Test thoroughly before touching DNS
Only delete Lightsail resources after verification

This method minimizes risk and ensures there is always a rollback option.

Understanding Bitnami vs Manual WordPress Installations

Many Lightsail WordPress instances are based on Bitnami stacks. These differ significantly from manual EC2 installations:

Bitnami uses predefined usernames
Credentials are stored in specific system files
Database paths and configuration locations differ

Understanding these differences is essential during migration, especially when exporting data or accessing admin credentials.

Cost Implications: The Bigger Picture

After consolidation:

Lightsail cost: ~USD 60/month
EC2 consolidated setup: ~USD 25/month

This represents a cost reduction of over 50%, without sacrificing performance or reliability.

Additionally, AWS billing is hourly and prorated, meaning Lightsail instances can be deleted mid-month without paying for unused time.

The Role of AI Assistance in Complex Migrations

One notable takeaway from this journey is the value of using AI tools during technical operations.

Infrastructure migrations often surface unexpected issues:

Permissions errors
Web server misconfigurations
Database access problems
Memory bottlenecks

Having an AI assistant available allows users to:

Troubleshoot errors in real time
Validate assumptions before making changes
Learn why something works, not just how
Proceed with confidence rather than guesswork

For many first-time EC2 users, this reduces stress and prevents costly mistakes.

Final Thoughts

Migrating from AWS Lightsail to EC2 is not about abandoning simplicity—it’s about graduating to efficiency.

For users managing multiple WordPress sites, EC2 offers:

Better cost control
Greater scalability
Centralized management
Long-term flexibility

When approached carefully, with incremental migration and proper sizing, the transition can be smooth, safe, and financially rewarding.

Key Takeaway

A gradual, well-planned migration—supported by proper server sizing and guided troubleshooting—can transform WordPress hosting from an expense into an optimized asset.