Category: Web Hosting

Multiple cache layers usually coexist without issues. The real problem starts when two or more systems try to control full-page (HTML) caching independently, which causes stale content, wrong data for logged-in users, and purges that seem to do nothing.

When caching starts working against you

You publish a content update, but visitors still see the old version. A logged-in customer sees someone else’s cart data. The site loads fast on one request and slow on the next, with nothing changed on your end. You clear the cache, and nothing happens.

That last symptom is the tell. A single, well-behaved cache clears when you tell it to. When purging changes nothing, more than one system is caching the same HTML page, each with its own rules for when to store, serve, and expire it. They don’t know about each other, so clearing one leaves the others serving their own copies.

It happens more often than you’d expect:

• A WordPress site running two caching plugins, each generating its own static HTML.
• A CDN caching HTML responses while a plugin also generates static pages.
• A host’s server-level cache overlapping with a plugin’s page cache.

The fix isn’t to disable caching. It’s to find where page caching is duplicated, remove the overlap, and let one system own the HTML.

What a website cache does

A website cache stores a copy of your site’s content so it can be served faster on repeat requests. Instead of rebuilding a page from scratch on every visit, the web server (or browser, or CDN) delivers a saved version. That reduces load time, lowers server resource usage, and improves the experience for visitors.

There are several distinct layers, each operating at a different point in the delivery chain.

In most setups, these layers handle different content types or serve different purposes and work fine together. The conflict zone is specifically full-page HTML caching, where server cache, application cache, and sometimes CDN cache overlap.

Where conflicts actually happen

Browser cache and CDN cache for static assets (images, CSS, JS) rarely cause problems. These layers store different file types, operate at different points in the chain, and don’t interfere with each other. The real issues come from duplicate page caching: two or more systems that independently generate, store, and serve cached HTML.

Common misconfigurations

Why duplicate page caching is hard to debug

In a well-configured caching system, troubleshooting is simple: clear the cache, test the page, check the result. With two or more systems caching HTML independently, that process breaks down.

You purge the plugin cache, but the server cache still serves an old version. Then you clear the server cache, but the CDN holds its own copy. You purge the CDN, but the browser cache on the visitor’s device still shows stale content. Simple fixes turn into a cycle of clearing everything, testing blindly, and hoping the site works for everyone.

How to check which layer served a page

You can debug this from your browser, and it’s easier than you think. You can identify which caching system served a page by inspecting the HTTP response headers in your browser’s DevTools.

Open the Network tab, reload the page, click the HTML document request, and check the response headers.

Headers to look for:

• x-cache or x-proxy-cache: shows whether the server or reverse proxy served a cached version (typically HIT or MISS).
• cf-cache-status: a Cloudflare-specific header. Values like HIT, MISS, DYNAMIC, or BYPASS tell you whether Cloudflare served the page from its cache.
• age: the number of seconds the response has been stored in cache. A high value right after publishing a change means a layer is serving stale content.
• cache-control: the caching rules the server sent to the browser and intermediaries. Look for max-age, no-cache, or private directives.

Here’s an example of response headers showing the page was cached at the server level:

x-proxy-cache: HIT
cache-control: public, max-age=86400
age: 532

If you see cache HIT headers from two different systems on the same HTML response, or if purging doesn’t change the age value, you likely have overlapping page caches:

x-proxy-cache: HIT
cf-cache-status: HIT
age: 1240
cache-control: public, max-age=86400

One system for page caching

The most reliable setups follow one principle: a single system controls how HTML pages are cached and served, and every other layer handles a different job.

• One page-caching system: either your host’s server-level cache or a single cache plugin, not both. This is the layer that stores prebuilt HTML and skips database queries and PHP execution on every request. It owns HTML generation, expiration, and purging.
• A CDN sits on top of that, serving static assets from the closest node to each visitor. For most setups, the CDN should pass HTML requests through to your page-caching system rather than caching HTML independently.
• Browser cache handles the rest: static files stored locally on the visitor’s device so repeat visits don’t re-download assets.

When page caching lives in one place, purging works reliably, expiration rules are consistent, and there’s no ambiguity about which version of a page is being served. The problems described earlier almost always trace back to two systems both claiming ownership of the HTML response.

An integrated setup is one where page caching, CDN, and frontend optimization are built to work together under a single system, instead of being assembled from separate plugins and services that each manage their own cache. That design removes the coordination problem before it can start, because ownership of each job is decided in advance rather than negotiated at request time.

SiteGround’s stack is built this way, and it works precisely because each layer has one job and doesn’t reach into another’s:

• SuperCacher runs three separate caches at the server level: NGINX Direct Delivery for static files, Dynamic Cache that serves full HTML pages from RAM, and Memcached for object and database queries. The HTML conflict this article is about lives in that Dynamic Cache layer, and only one system owns it.
• Speed Optimizer is the connector between Dynamic Cache and WordPress. It triggers autopurge when you update content, manages cache exclusions, and handles frontend optimization like minification and lazy loading. That autopurge coordination is what makes purging reliable, rather than something you do by hand across disconnected layers.
• SiteGround CDN (CDN 2.0) sits in front, using anycast routing across Google’s network edge to serve each visitor from the nearest location instead of passing every HTML request back to origin.

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For the majority of WordPress sites, an integrated stack like this solves the most common caching problem by design: multiple disconnected systems fighting over the same HTML response.

How to audit your cache setup

You don’t need specialized tools to evaluate your caching stack. A plain review of what’s active, where page caching overlaps, and what symptoms it causes is usually enough to find the problem.

Step 1: List all cache layers

Document every caching mechanism active on your site:

• Caching plugins installed in WordPress (and whether page caching is enabled in each)
• CDN services connected to your domain (and whether they cache HTML, not just static assets)
• Server-level caching provided by your hosting
• Browser cache rules set through HTTP headers or your .htaccess file

Step 2: Find duplicate page caching

From your list, identify how many systems independently cache full HTML pages. This is the specific overlap that causes problems:

• More than one plugin with page caching enabled
• A plugin generating static HTML while the server cache already does the same
• A CDN caching HTML responses while a plugin or server cache also handles page caching

Overlap in static asset caching (CSS, JS, images) is generally harmless. Your audit should focus on which systems control the HTML response.

Step 3: Test by disabling one layer at a time

Once you’ve identified duplicate page caching, use a simple testing loop:

1. Disable page caching in one system (start with the one you suspect is redundant).
2. Purge all remaining caches (server, CDN, browser).
3. Test the page: check load time, verify content freshness, and inspect response headers.

If performance stays the same and content updates appear correctly, that layer was redundant. If load times increase, re-enable it and test disabling the other system instead. Repeat until only one system controls page caching, and keep the one that integrates best with your hosting and CDN.

When more complexity makes sense

Not every site runs best on a minimal setup. Additional caching layers are justified when:

• High-traffic global sites need granular control over how and where content is cached across multiple regions, languages, or regulatory requirements.
• Custom infrastructure, such as dedicated servers, containerized environments, or multi-server clusters, calls for purpose-built strategies like object caching with Redis or Memcached, edge-level logic, and tiered CDN configurations.
• Advanced edge caching pushes dynamic logic closer to the visitor by processing requests at CDN nodes rather than routing them back to the origin server.

The difference between these setups and the accidental complexity described earlier isn’t the number of layers. It’s the intent behind them. Each layer exists for a documented reason, follows strict rules, and stays clearly separated from the others. Page caching is still controlled by one system; the additional layers handle different jobs.

Fewer conflicts, faster sites

Most caching-related performance issues aren’t caused by too little caching or too many cache layers. They’re caused by a specific, fixable problem: more than one system trying to control full-page caching at the same time. Fix the duplication, keep one system in charge of HTML, and let the other layers do what they’re designed to do. The result is a setup that’s faster to maintain, easier to debug, and more consistent for every visitor.

If you’d rather not assemble and police those layers yourself, an integrated stack handles the coordination for you. SiteGround Web Hosting ships server-level page caching, a built-in CDN, and frontend optimization that already know about each other, so one system owns the HTML response and purging stays predictable.

FAQ

Moving a live site is fundamentally different from launching a new project. A website migration carries real operational risk: DNS changes propagate unpredictably, email can break silently, and third-party integrations can fail without warning.

Even a few minutes of downtime can mean lost revenue, damaged trust, and a drop in search visibility that takes weeks to recover from.

Most website migration guides treat moving a site as a simple checklist: copy files, update DNS, done. That works for a staging site. It doesn’t work when real visitors are hitting your existing site every second.

This guide walks you through a structured site migration process designed to protect uptime, email continuity, SEO performance, and critical integrations, before, during, and after the DNS switch. Whether you’re moving to a new hosting provider, changing domains, doing a site redesign, or restructuring your infrastructure, the goal is the same: move with control, and move safely.

What makes live site migration risky?

A live site has active dependencies, and all of them need to keep working while everything underneath changes. Visitors are loading pages. Customers are completing transactions. Email is flowing. Search engines are crawling and indexing your website’s content. Any gap in service is immediately felt.

How downtime actually happens

Most migration-related downtime comes from the DNS cutover, the moment traffic redirects from the old site to the new site. If the new environment isn’t fully tested, visitors land on a broken or incomplete page.

The propagation window

DNS propagation adds unpredictability: when you update nameservers or A records, the change doesn’t take effect instantly. During propagation, some visitors reach the new server while others still hit the old one. This split-traffic window can last from minutes to 48 hours, depending on TTL settings and ISP caching.

The cost of even brief outages

For content-driven sites, downtime disrupts crawl schedules and affects search engine traffic. Search engines that encounter errors may temporarily drop pages from google search results or delay re-indexing. For ecommerce or SaaS sites, the stakes are more immediate: failed transactions, abandoned carts, and support tickets.

A site receiving 10,000 daily visits that goes down for two hours doesn’t just lose two hours of traffic. It risks a ripple effect, including lost conversions, damaged trust, and organic traffic dips that take days to stabilize.

Email disruption during DNS changes

MX records, the DNS entries that route email, can be overwritten or misconfigured during a DNS switch. When that happens, inbound email silently fails. Messages don’t bounce; they never arrive. If your email is hosted on the same server as your website, changing hosting providers without preserving MX records can reroute email to a server that isn’t configured to handle it.

Broken integrations and third-party services

Many sites depend on external services tied to the domain or server IP: CDNs, payment gateways, CRM platforms, analytics software, and API endpoints. These integrations often rely on IP whitelists, domain verification, or webhook URLs. A migration that changes the server IP without updating these dependencies can silently break critical workflows.

DNS misconceptions that increase risk

DNS changes aren’t instant or binary. Since DNS is a distributed caching system, changes propagate at different speeds across networks. Pointing DNS to the new server isn’t the final step; it’s the most sensitive step, and should come only after the new environment is fully built, configured, and tested.

Pre-migration planning

The work before the DNS switch determines whether the migration process goes smoothly. This phase is about understanding exactly what you’re moving, where it’s connected, and what could break if something is missed. The goal: eliminate surprises before they become outages.

Audit your current hosting and DNS setup

Start with a thorough site audit. Document your server environment:

• OS, PHP version, database version, and server-level modules
• All DNS records: A, CNAME, MX, TXT (including SPF and DKIM)
• Current IP addresses and nameservers
• CDN configuration and caching rules
• SSL certificate type: Let’s Encrypt auto-renewal, provider-issued, or custom

Watch for these common audit gaps:

• PHP version mismatch (such as moving from PHP 8.1 to 7.4) → errors surface only after the switch, when real visitors are already hitting the new server
• Missing DNS record → silent failure of the service that depends on it
• Missing or expired SSL → browser security warnings the moment DNS resolves to the new IP

Confirm the new hosting service supports your SSL setup and plan for provisioning a new certificate before switching traffic.

Inventory email and third-party integrations

This step catches dependencies most checklists overlook:

• Email hosting — If it runs on the same server as your website, migrating without preserving MX records will break delivery. If email is external (Google Workspace, Microsoft 365), verify MX, SPF, DKIM, and DMARC records are documented.
• Payment gateways — Webhook URLs tied to your domain (Stripe, PayPal).
• CRM and marketing tools — Domain-based authentication, API keys linked to endpoints.
• Analytics tracking — Scripts like Google Analytics, tracking pixels, tag managers.
• API connections — Services using IP-based whitelisting need updating before the switch.

Document everything in a spreadsheet: each service, its connection method, and what needs updating. This is your migration plan for dependencies.

Lower DNS TTL in advance

TTL (Time to Live) tells resolvers how long to cache a DNS record. A default TTL of 86400 means resolvers may serve the old IP for up to 24 hours after a change.

Recommended TTL: 300 seconds (five minutes), set at least 24–48 hours before the planned DNS switch.

This preparatory window lets the old TTL expire across networks, so when you make the actual change, most resolvers pick up the new IP quickly.

Create a full backup

Always create a complete backup, this is your rollback safety net:

• All website files via SFTP or SSH, including hidden directories and configuration files
• Full MySQL database dump
• Mailboxes, if email is hosted on the same server
• Store everything independently of both old and new hosting environments

For WordPress or any content management system, verify the export is complete by checking file size and table counts.

Technical migration steps

Nothing in this phase should affect your current site. DNS still points to the old server. Visitors, search engines, and email all continue operating normally. The goal is to build a fully functional copy of your site on the new environment and verify it works before touching DNS.

1. Transfer website files

Upload the entire site to the new host. You can do this via the File Manager, SFTP or SSH. Preserve the original site structure exactly; changing paths or renaming folders breaks internal references and hardcoded paths.

After upload, verify the transfer:

• Compare file counts and directory sizes between source and destination
• Confirm hidden files (like .htaccess) transferred correctly
• Check that file permissions were preserved

A missing configuration file or an incomplete upload is easy to catch now and painful to troubleshoot after DNS has switched.

2. Export and import the database

Export using a full MySQL dump that captures all tables, views, and stored procedures. On the new server, create a fresh database and user with correct privileges, then import. For large databases, command-line import via SSH is usually more reliable than browser tools.

Verify data integrity: check that table counts match, that key content is present, and that no import errors were logged. A partial import produces a site that loads but fails silently on checkout, login, or content rendering.

3. Update configuration files

Connect files and database by updating the configuration file (wp-config.php for WordPress):

• Database name, username, password, and host → new server’s credentials
• File paths, temporary directories, caching configurations → new environment
• .env file or multi-environment profile → new server’s resources
• Secondary config files → check for hardcoded paths or server-specific variables

4. Update URLs (if needed)

If domain changes are involved, moving from an old domain to a new domain, update all URLs stored in the database. For WordPress and similar platforms, internal links, image paths, and serialized data store the full domain.

Even if the domain stays the same, check for hardcoded server IPs or CDN paths in templates and plugin settings. The new site should be entirely self-contained, with no lingering dependencies on the old host.

5. Test before the DNS switch

This is the most important step. Preview the site using a temporary URL from your hosting company, or modify your local hosts file to point the domain to the new server’s IP (more accurate, since it tests SSL validation and cookie handling).

Test everything:

• Submit forms and confirm delivery
• Log in to admin areas and verify access
• Walk through checkout end to end
• Load media-heavy pages and verify all assets render
• Remove any password protection used during setup
• Confirm SSL shows a valid certificate with no mixed content warnings

When you change DNS, the only thing that should change for visitors is which server responds.

How to change DNS without downtime

DNS is where most migration risk concentrates. Every step up to this point has been preparation: building and verifying the new environment while the live site continues running untouched. Now, traffic needs to move from one server to the other.

Nameserver switch vs. A record update

If your migration only involves changing hosting providers, and DNS, email, and third-party services stay the same, an A record update is the safer choice.

Choosing the right cutover method

• Hosting-only migration: Update the A record (and AAAA for IPv6) to the new server’s IP. Most contained change.
• Full infrastructure move: Nameserver switch required. Recreate all records at the destination, verify MX, SPF, DKIM, CNAME, and TXT records before switching.
• Domain change: Beyond DNS, you need 301 redirects from old URLs to corresponding new URLs, updates to Google Search Console, analytics tracking, and external links. The old domain should remain active and redirecting to preserve ranking signals and search engine trust.

Sequencing the change

Execute during your lowest-traffic window. If you lowered TTL in advance, most resolvers pick up the change within minutes to hours.

Keep the old server running; don’t cancel the current hosting provider or delete anything until propagation is confirmed complete. Keep the old environment available for at least 48–72 hours.

Monitor incoming traffic on the new server. If it shows zero traffic while analytics still reports visitors, something is wrong. Use a DNS propagation checker to see which regions have resolved to the new IP.

Protecting email and critical services

DNS changes don’t just affect your website. They affect every service that depends on your domain’s DNS records, and email is the most common casualty. Payment gateways, CDN configurations, and API integrations are close behind.

MX records and email continuity

When MX records are misconfigured during a nameserver switch, inbound messages disappear without a bounce or error. This can go undetected for days.

• If you’re updating only the A record, MX records stay untouched.
• If a nameserver change is necessary, verify MX records at the new provider before switching: same priority values, same mail server hostnames.

After the DNS change, test email in both directions:

• Inbound: Send a message to your domain from an external address → confirm it arrives
• Outbound: Send a message from your domain → verify delivery, check it doesn’t land in spam
• Authentication: Inspect message headers for SPF, DKIM, and DMARC → confirm all resolve correctly

Consider separating email from web hosting entirely to eliminate this risk for future migrations.

CDN, payment gateways, and API integrations

• CDN — Update the origin IP to the new server and purge the cache entirely.
• Payment gateways — Verify webhooks still process. A failed webhook may let orders appear complete on the frontend while the backend never receives confirmation.
• CRM and API services — Update IP whitelists and domain verification.

These failures are quiet. They surface in transaction logs, missed notifications, and customer complaints, often well after the migration is considered complete. Proactive verification before and immediately after the DNS change is the only reliable way to catch them.

Post-migration monitoring

Once DNS changes are live, the migration enters its most critical observation window. The new server is now receiving real traffic, handling real transactions, and serving real visitors. Active monitoring in the first 24 to 72 hours is what separates a successful migration from one that creates problems that compound silently.

Uptime and error monitoring

Set up uptime monitoring before the DNS switch, with checks every one to five minutes. Watch server logs for:

• 500-series errors — server-side failures, misconfigured settings, missing dependencies
• 404s on key pages — broken links, missing files, redirect rules that didn’t transfer

Monitor the old server in parallel: declining traffic there and increasing traffic on the new one confirms propagation is progressing.

Functional testing

Walk through every critical path on the production domain, not the temporary URL or local hosts file:

• Submit forms and confirm delivery to the correct inbox
• Log in / log out of user accounts and admin areas
• Complete a transaction end to end: cart, checkout, payment, order confirmation
• Verify transactional emails fire: password resets, order confirmations, shipping notifications
• If you use an SMTP relay (SendGrid, Mailgun), confirm the connection is intact
• Test across devices and browsers

SEO signals to verify

• 301 redirects — Every old URL should reach its final destination URL, not the homepage or a 404. Avoid redirect chains; collapse them into single hops.
• XML sitemap — Resubmit through Google Search Console (add and verify the new domain property if the domain changed). Monitor Index Coverage for errors across all the pages and all the URLs.
• Canonical tags — Confirm key pages reference the correct URLs on the migrated site.
• Google Analytics — Verify it fires correctly. Compare real-time data with your pre-migration baseline. A drop in sessions may indicate a tracking code issue.
• Crawler activity — Review server logs to ensure search engines access your pages and receive 200 responses. Check that meta descriptions and other on-page elements render correctly.

Post-migration monitoring isn’t a one-day task. Keep watching search console, analytics, and your site’s performance for at least 30 days. SEO recovery, even from a successful website migration, takes time as search engines recrawl, reindex, and recalculate your site’s rankings.

Common website migration mistakes

Website migration checklist

Pre-migration

• Audit hosting and DNS: document server environment, all DNS records, IPs, SSL, CDN config. Run a site audit to baseline site speed and page speed.
• Inventory email and integrations: confirm hosting, list services, note dependencies. Check for broken links and update links to other sites where possible.
• Lower TTL to 300s, 24–48 hours before the switch.
• Back up files, database, email, and store off-server. Confirm all your pages, including new pages and existing content, are captured. Verify how many URLs and website’s URLs need migrating. Review URL structure and website architecture of the existing site.

Migration

• Transfer files. Preserve structure and permissions.
• Import database. Verify integrity.
• Update config files for the new server.
• Run serialization-safe search-and-replace if changing domains. Handle old URLs mapping to new URLs.
• Test on new server: forms, login, checkout, media, SSL. Verify the staging site matches the existing website. Check internal links, incoming links, and that the entire site functions. Confirm technical SEO elements are intact.

DNS cutover

• Execute during low-traffic window.
• Verify all records, especially MX and TXT.
• Confirm the solid plan for domain changes or URL changes is in place.

Post-migration

• Monitor uptime, server logs, traffic distribution.
• Test all critical functions on production: forms, transactions, login, emails.
• Verify email delivery including SPF, DKIM, DMARC.
• Confirm SEO signals: 301 redirects (with the same page mapping correctly), XML sitemap resubmission via search console, canonical tags, analytics tracking. Verify google search indexing and that search engines access all the URLs.
• Review site’s performance, page speed, and search engine traffic recovery.
• Keep the old server running 48–72 hours minimum. A successful site migration, and truly successful migration, means every service confirmed working.

Final thoughts

A website migration doesn’t have to be high-risk. The downtime and broken email people associate with migrations result from skipped steps and poor sequencing, not inherent complexity.

When the website migration process is staged correctly (audit, build, test, switch, verify), each phase reduces risk. DNS isn’t a leap of faith. It’s a controlled handoff after the destination is confirmed ready.

The core principle: never send live traffic to an environment you haven’t tested. The planning phase eliminates unknowns. The migration phase builds a verified copy. The DNS switch moves traffic only when ready. And post-migration monitoring catches anything that slipped through.

Whether you’re moving to a new hosting service, changing domains, or consolidating infrastructure, the steps should always be the same: map dependencies, prepare the destination, control the cutover, and verify the result. That’s how you achieve a smooth site migration and protect uptime, search visibility, and the services your site depends on.

Migration is a process, not a moment. Treat it that way, and the risk drops to nearly zero.

Website hosting is like the plumbing of your online business; when it works, you don’t even notice it, but when it doesn’t, it’s a major headache.

That’s why we’re here with a guide on how to host a website, breaking it down into simple, no-nonsense steps. Plus, there’s a self-assessment quiz here to help you figure out exactly what you need from your web hosting, so you can make the best choices for your business.

Whether you’re launching your first website or expanding your digital footprint, we’ve got you covered.

So get ready to unlock your business’s full potential with our easy-to-follow guide to web hosting success!

What is Website Hosting and Why Do You Need It?

Website hosting is the service that makes your website accessible on the internet. Without hosting services, your site is like a book without a shelf—no one can find it. 

How does this work in practice? When someone enters your website’s URL or clicks a link, their browser asks the web server where your site is hosted in order to send over the necessary files. The server quickly responds, sending the files back to the browser, which then turns them into the web page your visitor sees.

So, do you really need web hosting? Absolutely! If you want people to visit your site, hosting is a must.

But what is the cost of hosting a website? Hosting prices can vary quite a bit, depending on things like how much storage and bandwidth you need. No need to worry, though, there are hosting options for every budget, and we’ll explore the costs by type of hosting in this article, so you can find something that fits just right.

How To Host a Website in 6 Steps

You now know what web hosting is, so roll up your sleeves and let’s get started. Learning how to host a website might seem tricky, but we’ve laid it out in six simple steps to get you up and running quickly.

Each step is a building block for your online presence, helping you create a website that engages visitors and enhances your brand’s credibility.

Step 1: Decide on Your Hosting Needs

Before you kick off your web hosting adventure, it’s essential to educate and prepare yourself by understanding the goals and needs for your website. This is where website planning comes into play.

Consider how your website fits into your broader marketing funnel. Are you looking to attract new customers, engage existing ones, or perhaps show off your work? Defining your goals will help shape your hosting decisions.

• If you mostly selected A’s, a basic shared hosting plan could be perfect for your needs, offering affordability and ease of use. 
• If your responses lean towards B’s, consider a managed hosting plan or cloud hosting that provides more resources and support for growing websites. 
• For those who chose C’s, a dedicated server or an advanced cloud hosting might be ideal, providing enhanced performance and control. 
• Lastly, if you found yourself selecting D’s, a high-end dedicated server hosting would suit your complex needs and high web traffic demands.

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Step 2: Choose a Reliable Web Hosting Provider

Once you’ve figured out what you need, it’s time to choose a hosting provider—basically, the company that will give your site a home on the internet. 

Choosing the right provider is super important for your site’s success. You’ll want to look for a few key things like uptime, support, speed, and scalability. Here’s how each one of them plays out in reality:  

• Uptime: This is like having a reliable power supply for your own website. You want your site to be up and running all the time. SiteGround offers 99.9% uptime, so your site won’t be “down” or unavailable.

• Customer Support: Whether you’re into tech or not, having a friendly expert on speed dial is invaluable. You’ll want a hosting provider with a broad scope of support, offering help around the clock. This way, if something goes wrong, you can get assistance anytime, day or night.

• Site Speed: You’ve seen the stats on modern attention spans—people want things fast. A fast site means happy visitors and it can even help your site show up higher in search results. Plus, site speed directly impacts conversions; with every passing second it takes your page to load, conversions drop. So, choose a provider that keeps things zippy. So, choose a provider that keeps things zippy.

• Scalability: As your website grows, you’ll need more resources. A good hosting provider will make it easy for your hosting to grow along with your site’s needs.

Hosting Multiple Websites

Managing multiple websites can be a great way to grow your online presence or juggle different projects all in one place. Whether you’re a web agency, a business with several brands, or just someone with a bunch of interests, having the right hosting setup is crucial to keep things running smoothly.

For example, SiteGround’s client PixWeb, a web agency, effectively uses our hosting to manage up to 40 websites on a single server, leveraging its scalability to bundle hosting with maintenance for consistent revenue. With built-in tools like daily backups and performance optimizers, SiteGround simplifies website management, underscoring its reliability and support as essential for business growth.

Hosting multiple websites can be a fantastic way to expand your online presence or manage various projects under one roof.

To make sure you make the best choice, read customer reviews on trusted tech sites, check provider websites for uptime and support details, and test their customer support responsiveness. 

Step 3: Select the Right Hosting Plan

Now that you’ve decided on your provider, your next task is to choose the right hosting plan. You need something that meets your current needs but also has the flexibility to grow with you. Start small and look for web hosting plans that offer scalability options. Many web hosting providers offer money-back guarantees, so you can try before you buy and see what feels right for you.

Next, let’s break down the different hosting types and weigh their pros and cons. This will help you quickly pinpoint which option aligns best with your website’s needs and future website hosting plans.

Shared Hosting

Pros: Shared hosting is affordable and easy to set up, making it suitable for beginners.

Cons: It has limited resources and the potential for slower website performance due to shared resources.

Cost: Typically ranges from $3 to $10 per month, making it the most budget-friendly option.

VPS Hosting

Pros: With VPS hosting, you gain greater control, scalable resources, and enhanced performance.

Cons: It demands some technical know-how and is costlier than shared hosting services.

Cost: Generally costs between $20 to $100 per month, depending on the resources and features.

Cloud Hosting

Pros: Cloud hosting excels in scalability, reliability, and performance, and it’s cost-effective with pay-as-you-go pricing.

Cons: Managing it can be complex, plus costs can vary.

Cost: Prices vary widely, often starting around $10 per month and increasing based on usage and resources.

Dedicated Hosting

Pros: This option provides a dedicated server with dedicated resources, exceptional performance, and extensive customization options.

Cons: It’s expensive and requires a high level of technical expertise to manage effectively.

Cost: Typically ranges from $80 to $300+ per month, depending on the server specifications and additional services.

Managed WordPress Hosting

Pros: Managed WordPress hosting takes care of server maintenance, updates, and security, making it perfect for those with limited technical skills.

Cons: It tends to be more expensive than unmanaged options and offers less control over server configurations. When deciding between managed and unmanaged hosting, consider whether you prefer convenience and support or greater control and customization.

Step 4: Register Your Domain Name

Your domain name is your website’s unique address on the internet, like “yourwebsite.com.” A custom domain makes your brand look professional, is easy to remember, and can help your website rank higher in search results. With free website addresses that include the hosting company’s name—like ‘yourname.siteground.com’—your site can seem less trustworthy and harder for people to find.

You can easily do this by going to SiteGround. Plus we have an AI domain name generator tool that can help you come up with a name.

With your domain registered, you’re one step closer to establishing your online presence and building a recognizable brand.

Step 5: Create Your Website

Now comes the fun part—creating your website! There are several paths you can take here, depending on your comfort level and needs.

You might consider using a standard CMS platform like WordPress. While WordPress offers a wide range of themes and plugins to customize your site, its interface can sometimes feel a bit overwhelming with a steep learning curve, especially for beginners. However, opting for managed WordPress hosting can solve this problem by handling updates and maintenance.

Alternatively, you can use tools like the SiteGround Website Builder, which makes things as easy as it gets. The difference here is that the Website Builder is designed for simplicity, offering drag-and-drop features and pre-made templates that are fully integrated, so you can get up and running quickly without any technical & coding knowledge. 

Step 6: Upload, Test, and Launch Your Website

If you’ve built your site locally, once your website is ready, you’ll need to upload your files to get everything set for the big launch. Put your website files in the public_html folder, which is where your main domain’s files should go. If you have additional sites, like subdomains, make sure to upload their files into their own specific folders.

Besides your website files, most modern sites also use databases to handle dynamic content. Make sure you upload your database and set it up correctly on your server.

Managing FTP (File Transfer Protocol) accounts is essential for transferring your website files to your server efficiently. FTP allows you to upload, download, and manage files on your server directly from your computer. To manage your FTP accounts, navigate to Site Tools > Site > FTP Accounts. 

Here, you can set up new FTP accounts or manage the ones you already have. For existing accounts, you can check your credentials and update the name, username, password, account quota, or directory. This control helps you easily upload and organize your website files.

Before going live, check your website for errors, mobile responsiveness, and speed. These factors are vital for a good user experience and can significantly impact your site’s success.

If all of this sounds too techy, here’s the summary. To launch your site, upload your files using FTP, check that everything works smoothly, secure it with SSL, and make sure search engines can find it.

If you’re using SiteGround’s managed WordPress hosting, you can skip these upload steps because WordPress is automatically installed, making things a lot easier.

If you’re looking for an even easier option, give the SiteGround Website Builder a try. It simplifies the process with drag-and-drop tools and pre-designed templates. And if you run into any issues, expert support is just a click or call away to help guide you through the process.

Your Next Steps in Website Hosting

And tada! You’ve learned how to host a website, and now it’s ready for users to jump in and explore. You’ve come a long way, and it’s time to recap the journey.

Knowing how to host a website is essential for making your website accessible on the internet, providing the infrastructure and support your site needs to thrive.

Ready to take the plunge? Give SiteGround hosting a try. We cover all the bases we’ve discussed and offer user-friendly Site Tools to make managing your website a breeze. Plus, with the SiteGround Website Builder you will get a seamless integration of SSL and SEO functionality to improve your site’s performance and security. 

Whether you’re just starting out or looking to grow, SiteGround provides the tools and reliability to support your online journey.

Choosing the right hosting service can make a big difference in your website performance and how much effort you need to invest in server management. So one of the most important decisions you’ll face when it comes to hosting is whether to choose a managed or an unmanaged solution. Both have their advantages—but which one fits your needs best?

In this guide, we’ll break down what each option offers, compare their key differences, and help you decide which server hosting type is right for you. 

Key Takeaways

• Managed and unmanaged hosting are two distinct approaches to server management. They mainly differ in who handles the technical tasks.
• Managed hosting means your provider takes care of maintenance, security, updates, and expert support.
• Unmanaged hosting gives you full control, but also the responsibility to maintain a stable, secure hosting environment.
• Choose managed hosting if you want peace of mind and time savings; choose unmanaged if you need flexibility and have the technical skills.

What Is Managed Hosting?

Managed hosting is a type of web hosting service where the hosting company takes care of all the technical aspects for you. This includes server maintenance, security, operating system updates, backups, and more.

It’s a hands-off hosting solution ideal for users who don’t want to handle server management or lack the technical skills to do so. With managed hosting servers, your provider acts like your tech partner and ensures smooth operation and optimal performance.

This means:

• Initial server setup and ongoing maintenance
• Security monitoring and threat protection
• Automated software and operating system updates
• Regular backups and disaster recovery
• Performance optimization with dedicated resources
• Access to an experienced team for 24/7 customer support

It’s a great choice for business websites, blogs, and any WordPress site that needs reliable performance without technical headaches. Whether you’re launching a site solo or as part of a team, managed web hosting helps you focus on your content or business while a managed hosting team takes care of the backend.

What Is Unmanaged Hosting?

Unmanaged hosting gives you a bare-bones server with full control. You’re responsible for installing software, configuring the server, managing updates, and handling website security.

This type of hosting infrastructure is better suited for developers or experienced users who want customization and have the skills (or a team) to manage everything themselves.

It gives you full control over your server—but with that control comes responsibility.

You’ll need to handle:

• Server setup and configuration
• Software installation and updates
• Security hardening and firewall setup
• System patches and maintenance
• Troubleshooting, logs, and performance optimization

Unmanaged hosting plans can be flexible, but require more time, effort, and technical know-how. They’re often used when hosting a custom application, or when full root access is required for advanced configuration. Unlike a fully managed server, you’ll be entirely responsible for your own server resources and security protocols.

Differences Between Managed and Unmanaged Hosting

The biggest difference between managed and unmanaged hosting comes down to who handles the technical tasks.

With managed hosting services, the hosting provider takes care of everything behind the scenes—like updates, backups, and security. It’s designed to give you peace of mind and save time.

Unmanaged hosting, on the other hand, gives you complete freedom but also full responsibility. You’ll need to install and configure everything manually, keep the server secure, and monitor its performance.

Support is another major factor. Managed hosting clients typically benefit from having an experienced hosting IT team available 24/7. In contrast, unmanaged services usually offer limited support—mainly for physical server or network issues.

Pros and Cons

Both managed and unmanaged hosting have their strengths and weaknesses. Choosing the right one depends on your technical skills, available time, and what kind of experience you’re looking for.

Managed Hosting

The main benefit of managed hosting lies in what you don’t have to do. You won’t need to configure the server, monitor performance, or worry about backups and updates. That peace of mind is worth the higher price for many site owners, especially those focused on content, and business operations.

The trade-off? Less flexibility and a reliance on your hosting provider to make system-level changes on your behalf.

Unmanaged Hosting

Unmanaged hosting gives you complete control—ideal if your project demands a specific tech stack or setup.

You’ll need time, skills, and a solid understanding of server administration. It can be cost-efficient, but the hidden cost is the expertise it demands. 

If you’re building something custom, or have an internal team ready to manage a server environment, this route offers maximum freedom—at the price of greater complexity.

How to Choose: Managed vs. Unmanaged Hosting

The right option depends on your goals, technical ability, and how hands-on you want to be. 

1. Cost

Managed hosting plans usually cost more, but they include expert support, backups, optimizations, and peace of mind. For most website owners, the investment in fully managed hosting is worthwhile for the convenience and time savings.

Looking for a hosting provider that takes care of performance, security, and support? 

SiteGround’s managed hosting includes built-in caching, a custom CDN, daily backups, and expert support—so you can focus on growing your site.

If budget is your primary concern and you have the skills to manage a server, unmanaged hosting may work—especially if you’re setting up a custom project or testing new environments.

2. Technical Expertise

Server maintenance and performance tuning can be overwhelming if you’re not technically skilled. Keeping up with patches, configuration changes, and server resources requires knowledge and constant attention.

That’s why managed cloud hosting or a fully managed shared server is the best option for most users. With managed hosting solutions, you get a professional team that handles everything for you—so your focus stays on growing your site or business.

3. Custom Requirements

Some custom-built applications may have specific software requirements that are not available on managed setups. In such cases, unmanaged hosting offers the flexibility you need—at the cost of doing everything yourself.

However, if you’re hosting a WordPress site, an online store, or a business site, most managed hosting providers already offer optimized environments. 

Even if you have custom requirements, managed services may still be the better option. Managed dedicated hosting clients, for example, benefit from having the entire physical server managed and configured for them.

Managed or Unmanaged Hosting—Which Option Is Best for You?

To summarize, if you want a worry-free experience and prefer to focus on your business—not server configuration—managed hosting services are the way to go. It’s perfect for business owners, bloggers, and non-technical users who want their site to just work.

On the other hand, if you’re experienced, enjoy customizing your tech stack, and need total control, unmanaged hosting gives you that freedom. It’s best suited for developers, sysadmins, or those with the time and knowledge to manage a server hosting environment on their own.

At the end of the day, choosing the right hosting service is about balancing cost, control, and convenience. 

For most website owners, managed hosting is the smarter, stress-free choice. You get expert support, built-in security, and top performance—without the technical headaches. If you want a reliable solution that just works, try managed hosting with SiteGround and grow your website!

Your hosting provider is more than just a place to upload your website files — it’s the foundation your entire online presence depends on. 

Whether you’re launching a new project or looking to scale, choosing the right web hosting service largely defines your site’s speed, security, and your peace of mind. It is one of the most important decisions for any website owner. 

But with so many options out there, how do you know which one fits your business best?

In this article, we’ll walk you through how to choose web hosting—what really matters and how to find the right partner for your site. Let’s dive in!

Why Your Hosting Choice Matters

Your web hosting provider plays a crucial role in your website’s success. It affects:

• How fast your site loads 
• How often it’s available 
• How well it ranks on search engines
• How likely visitors are to convert into customers

A reliable web hosting company gives your business a strong technical backbone – one that supports your growth instead of holding it back. Fast speeds, secure infrastructure, and high uptime help keep your audience happy and your business online.

On the flip side, choosing the wrong web hosting service can lead to slow performance, frequent downtime, and security issues. That means lost traffic, missed opportunities, and hours of troubleshooting you shouldn’t have to deal with.

Key Factors to Consider When Choosing a Hosting Partner

Not all hosts are created equal. Whether you’re choosing shared hosting, Cloud hosting, or managed WordPress hosting, your needs will determine the best web hosting provider for you. 

The right choice depends on your business — but there are some essential features every reliable provider should offer. Let’s walk through the most important ones.

1. Reliability and Uptime

Your website is your digital storefront — and just like a physical store, it needs to be open when people show up. That’s where uptime comes in.

Uptime refers to the percentage of time your site is live and accessible. Most hosting providers claim to guarantee around 99.9% uptime, which roughly translates into about 40 minutes of total potential downtime per month. Don’t rely on marketing claims alone. Uptime is one of the clearest indicators of a web host’s reliability. Reputable hosts publish a Service Level Agreement (SLA) that clearly outlines their uptime commitment — and whether they offer compensation if that promise isn’t met. 

2. Speed and Performance

Website speed isn’t just a technical metric — it’s a competitive advantage. A few extra milliseconds of load time might not sound like much, but for your visitors, it is the difference between staying or bouncing, converting or abandoning.

Let’s look at why speed matters so much — and what hosting features actually move the needle.

2.1. How a Fast Website Drives Better Business Results

A faster website leads to better results across the board — from traffic and conversions to long-term customer satisfaction. Here’s how:

• Higher Search Rankings
  Google uses speed as a ranking factor. Sites that load faster get prioritized in search results, especially on mobile.
• Better User Experience
  Today’s users expect instant access. If your site takes more than a couple of seconds to load, many visitors will leave before they even see your content.
• Lower Bounce Rates
  Slow pages cause visitors to leave quickly. Faster sites encourage browsing, increase time on site, and reduce bounce rates.
• Increased Conversions
  Whether you’re selling products, generating leads, or booking consultations, speed has a direct impact on your website conversion rate. Even beyond cached pages, critical conversion actions — like adding a product to the cart or completing a checkout — rely on real-time server responses. These actions aren’t cached, so they depend entirely on the speed of your hosting platform – right when you need it most.
• Trust and Professionalism
  Users associate speed with quality. A fast, responsive site builds trust and shows that your business is reliable and well-managed.

2.2. What Makes a Host Fast — Features That Matter

Your hosting provider is the engine behind your site’s performance. The right setup can cut seconds off load time and offer consistent speed, even during traffic spikes. Here’s what to look for:

• Modern server infrastructure
  
• Server-Side Caching
  
• Content Delivery Network (CDN)
  
• Optimized Server Stack
  

Let’s take a closer look at what these features actually mean in practice — and why they matter so much for real-world performance.

Speed starts at the infrastructure level. At SiteGround, we host all websites on the Google Cloud Platform, known for its ultra-fast network, SSD-based persistent storage, and global data center footprint. This means your website runs on cutting-edge infrastructure — not just fast drives, but an entire ecosystem built for performance, scalability, and low latency worldwide.

Server-side caching stores pre-built versions of your pages, so visitors get content instantly — without waiting for the server to generate it from scratch. SiteGround includes multiple layers of caching (static, dynamic, and object) that are automatically configured for most popular platforms.

Content Delivery Networks (CDNs) reduce latency for global visitors by delivering your content from the server nearest to them. SiteGround’s custom, in‑house CDN delivers content from multiple global locations seamlessly—no manual setup required.

An optimized server stack makes sure all layers — from your web server to your PHP engine and database — are running as efficiently as possible.

For example, SiteGround doesn’t just use standard software like NGINX or PHP — we write our own custom solutions to fine-tune them. Our custom MySQL setup and proprietary Ultrafast PHP are engineered from our expert in-house team to reduce server response times and handle traffic spikes much more efficiently than the default configurations you would normally get.

3. Security and Data Protection

Security isn’t just a technical detail — it’s the foundation of trust between your website and your visitors. Whether you run a blog, an online store, or a client portal, your hosting partner should be proactive in protecting your data and your users.

One of the first layers of protection is an SSL, which encrypts the connection between your site and its visitors. Your hosting provider should offer a free SSL certificate (like Let’s Encrypt) and make installation effortless.

But that’s just the beginning.

A robust web hosting platform also includes a Web Application Firewall (WAF). This system filters out malicious traffic, blocking common attacks like SQL injections and cross-site scripting (XSS) before they can reach your website.

Another crucial line of defense is DDoS protection. Distributed Denial of Service attacks flood a site with traffic to take it offline. A good host uses automated systems to detect and mitigate these attacks in real time — often with tiered protections based on the severity and scale. 

Some providers even offer Always Online modes to keep a cached version of your site available during disruptions.

Malware protection is also an important layer of security. Hosting providers should scan for malicious code regularly and notify you if a threat is found. It’s even better if additional tools and services are available for more advanced malware scanning and removal — especially useful for high-traffic or business-critical websites.

Another important factor, especially in shared hosting environments, is account isolation. One vulnerable site can put others at risk — unless proper safeguards are in place. 

With the right setup, each website on a shared server operates in its own secure space. This prevents malware or exploits from spreading between accounts on the same server. 

At SiteGround, a dedicated security team actively monitors for emerging threats and zero-day vulnerabilities. When issues arise, we apply custom security patches across our infrastructure and software — often way before official vulnerability fixes are widely available. This proactive approach helps keep your site safe, even from the latest and most dangerous exploits.

Additional safeguards like Two-Factor Authentication (2FA) for your hosting dashboard, automatic patching for system vulnerabilities, and 24/7 threat monitoring all contribute to a strong security stack.

4. Backups

No matter how careful you are, things can go wrong — a plugin update that breaks your site, an accidental file deletion, human error, or even a malware infection. That’s why backups are non-negotiable. Your hosting provider should make it easy to recover your site quickly, with minimal stress or downtime.

A solid backup system includes automated daily backups stored securely, preferably on a separate server. Ideally, these backups should be kept for a minimum of 7–30 days, giving you a comfortable window to roll back changes if needed.

However, even when automatic backups are provided, many hosts store them on the same account or server. This isn’t ideal, as it consumes your website’s resources and creates a single point of failure. If your account or server experiences an issue, your backup stored in the same location would also be compromised.

That’s why at SiteGround, we take a more resilient approach. Instead of utilizing the same server, or another server in the same data center, we store backups across geographically separate data centers — a method known as geo-distributed backups. 

This adds an essential layer of protection against events that affect more than just your server — including full data center outages caused by natural disasters or other large-scale failures. SiteGround is one, if not the only, provider that offers daily geo-distributed backups at no extra cost – an essential reliability feature the majority of the hosting companies simply do not have because it’s costly and technically complex to execute — but we consider it a must for keeping your data truly secure.

And then, automation isn’t everything. You should also be able to create manual backups on demand — for example, before making major updates or experimenting with new features. The process should be quick and require zero technical know-how.

Flexibility matters too. Whether you want to restore your entire site or just a specific file, folder, or database, your hosting partner should give you control over what gets restored and when.

One last thing: restore access. Some hosts limit how often you can restore your backups, or charge extra for it. Others include free backup restores as part of their service — no strings attached.

5. Support and Customer Service

No matter how intuitive a web hosting platform is, there will come a time when you need help — fast. Whether it’s a sudden technical issue or just a quick question about settings, reliable customer support can save you time, stress, and even lost revenue. 

Great hosting support isn’t just about being available 24/7 (though that’s important). It’s about getting help from real people who actually know what they’re doing — not just reading from a script. 

For business owners without a technical background, access to expert human support is often the difference between resolving an issue in minutes or spending hours searching forums.

Here’s what to look for in a quality support experience:

• 24/7 Availability – Issues don’t follow business hours. Your host’s support shouldn’t either.
  
• Multiple Contact Channels – Live chat is ideal for quick questions, while support tickets are better for in-depth technical problems.
  
• Fast Response Times – It’s not just about getting a reply — it’s about getting a useful, timely solution.
  
• Knowledgeable Staff – Real hosting expertise makes troubleshooting smoother and less frustrating.
  

6. Scalability

Your hosting needs today may not be the same a year from now — and a good hosting partner makes sure you don’t outgrow their platform.

Scalability means being able to upgrade your hosting as your site traffic, functionality, or business complexity grows. 

Maybe you start with a simple shared plan, but eventually need the power of cloud hosting. The transition should be smooth, fast, and — most importantly — without downtime.

A scalable host offers:

• Clear upgrade paths, like moving from shared to cloud.
  
• Flexible limits, so you can add more resources as needed.
  
• Staging environments to safely test changes before deploying them live.
  

This flexibility is especially useful for seasonal businesses, growing agencies, or eCommerce sites preparing for big traffic spikes.

A scalable host grows with your business — without painful migrations, or need to start over. At SiteGround you can easily upgrade or downgrade your plan any time, and pay pro-rated whenever needed.

7. Ease of Use and Tools for Business Owners

Not every business owner has a web developer on call — and they shouldn’t need one just to manage hosting. That’s why ease of use is a key factor when choosing a hosting partner.

Your host should provide a clean, intuitive dashboard where you can manage your website, domains, email accounts, and backups without digging through complex menus. 

Whether you’re updating DNS records or creating a staging copy of your site, the process should be clear and guided.

Beyond the basics, look for tools and services that help you run your business more efficiently, such as:

• Email hosting so you can create branded addresses like you@yourdomain.com.
  
• Free domain registration so you can easily manage your services in one place.
  
• Website builders for quick and easy site creation without coding.
  
• eCommerce and analytics integrations to help you sell products and track performance.
  
• Email marketing tools so you can engage your target audience.
  

These save time and reduce the need to juggle third-party services.

8. Pricing Transparency and Value

Hosting prices can be tricky. What looks like a great deal up front may come with hidden fees, unexpected renewal rates, or missing features that cost extra later. That’s why transparent pricing matters just as much as the price itself.

Many hosting providers charge extra for essentials like site migration, backups, SSL certificates, or even support.

When comparing providers, go beyond the sticker price. Ask:

• What features are included by default?
  
• What types of hosting are available?
  
• Are backups, security features, or email hosting extra?
  
• How much is the renewal rate, and is it stated on the website?
  

A trustworthy host makes this information easy to find. They focus on delivering long-term value, not just short-term discounts. Choose based on what you’re getting — not just what you’re paying. Quality infrastructure, support, and tools pay off over time.

How to Research and Compare Hosting Providers

Choosing a hosting partner isn’t something you want to rush. Even if all providers look similar on the surface, what you get behind the scenes can vary a lot. Taking a bit of time to compare your options can save you money, downtime, and future headaches.

Here’s how to make a smart, informed decision:

1. Read Trusted Reviews

Don’t rely solely on testimonials on the host’s own site — check independent platforms like Trustpilot, G2 or Reddit. 

Look for patterns in reviews: Are there frequent complaints about speed, support, or billing? Or do users praise the provider’s reliability and customer service?

To help you compare, here’s how leading hosting providers are rated on Trustpilot based on thousands of customer reviews.

2. Ask Around

Talk to your network — business owners, developers, or agency partners. People with real-world experience can offer valuable insight into what a host is really like to work with day to day.

3. Try Before You Buy

Many providers offer money-back guarantees, trial periods or a demo. Take advantage of these to test the dashboard, run a speed check, or contact support with a few basic questions.

4. Evaluate Transparency

Trustworthy hosts are upfront about what’s included and what’s not. Check their website for clear policies on pricing, uptime, support access, and terms of service. You should be able to understand what you’re paying for — without squinting at the fine print.

Website Hosting Speed Comparison – Real-website Performance Before and After Transferring to SiteGround

Speed isn’t just a feature — it’s a foundational part of your website’s success. At SiteGround, we continuously monitor performance metrics like Time to First Byte (TTFB) across thousands of real websites that migrate from other hosting providers to our platform.

The table below shows aggregated performance results for websites that migrated to SiteGround in 2025. In nearly every case, the majority of sites saw significantly faster load times — particularly when it comes to server responsiveness (TTFB).

While it is a key performance metric, TTFB only tells part of the story. It only captures the time until the first byte of data is received from your server. From there on, depending on your website size, setup, and configuration, there are multiple elements that need to load – so the actual loading time for your whole website to be displayed varies enormously.

That’s why it’s important to look at real-time speed results. The stats below represent real website data of websites migrated to SiteGround from other hosting providers.

Here is a comparison of real page load times of all actual websites we have confirmed are migrated from these providers to all companies part of the SiteGround group between January 1st  2025 and June 1st 2025 using the automated SiteGround WordPress Migrator plugin.

These results reflect what many users already report: after moving to SiteGround, their websites load faster, feel more responsive, and perform better — both for visitors and for search engines.

Power Your Growth with the Right Host

Choosing the right web hosting provider is key to your online success. Focus on reliability, security, support, and scalability — not just price. 

Take your time to research, compare, and test providers to find the one that fits your business needs best.

Remember, a good host doesn’t just store your website — it helps your business grow.

Ready to find a hosting partner that checks all the boxes?