We’re a web engineering studio. We build WordPress sites, Laravel applications, and custom frontend experiences. For 15 years, we’ve deployed client projects to hosting providers. Dozens of them. Shared hosting, VPS, managed WordPress, cloud platforms. We’ve used the full spectrum.
And for most of that time, something was always slightly off. Not catastrophically wrong. Just enough friction to add up over hundreds of projects and thousands of support interactions.
So we built our own. Bracket Hosting is a web hosting platform in Europe that we designed from the ground up for the kinds of projects we actually work on. Two distinct infrastructure tracks under one platform: LiteSpeed servers with cPanel for our WordPress projects, and Hetzner Cloud instances managed through Laravel Forge for our Laravel applications. EU data centers, NVMe storage, semi-dedicated resources, and Greek invoicing for local clients.
Here’s the full story.
The Problem with Existing Web Hosting in Europe
If you search for web hosting in Europe right now, you’ll find hundreds of providers. Hostinger, SiteGround, OVH, Hetzner, Papaki, various local providers in every country. Most of them are perfectly fine. Some are excellent. So why build another one?
The short answer: we weren’t building a web hosting service for “most people.” We were building for a specific workflow that none of the existing providers fully supported.
The Issues We Kept Running Into
Performance inconsistency on shared hosting. We’d deploy a WordPress site to shared hosting, run a Lighthouse audit, get a score of 95. Three months later, same site, same configuration, score drops to 72. Nothing changed on our end. The server got crowded, or a neighbor site started consuming resources, or the provider quietly moved accounts between servers. On shared hosting, your site’s performance is partly a function of who else is on the same box. We couldn’t control that, and clients didn’t understand why their fast site got slow.
Fragmented tooling. Some providers had great performance but terrible control panels. Others had solid infrastructure but no staging environments. A few offered LiteSpeed but not NVMe. Or NVMe but only with Nginx. Getting the full stack we wanted (LiteSpeed + NVMe + cPanel + EU location + reliable backups + SSH access) in a single provider was surprisingly difficult. Each one had two or three of those things, never all of them.
Invoicing for the Greek market. This is specific to our situation but relevant for anyone running a hosting business in Greece or dealing with Greek clients. Greek tax law requires specific invoice formats, and integration with accounting systems like myDATA (the Greek electronic invoicing platform) is essentially mandatory. International hosting providers don’t handle this. You end up with a hosting bill from Ireland or the Netherlands and a separate manual invoicing process for your Greek clients. Every month.
Support response times for developer needs. When something goes wrong at the server level, we need technical support that speaks our language. Not “have you tried clearing your cache?” but “check the OPcache hit rate and the MySQL slow query log.” Most hosting support tiers are designed for end users, not developers. The providers that do offer developer-level support charge enterprise prices for it.
No control over the stack. We’d find a performance issue, know exactly what needed changing (an Apache module, a PHP-FPM pool setting, a LiteSpeed cache rule), and then wait days for a support ticket response authorizing the change. On managed hosting, “managed” often means “you can’t touch the server configuration even when you know what you’re doing.”
None of these are dealbreakers individually. But across 200+ projects over 15 years, the friction compounds. Every project means re-evaluating which provider fits, configuring yet another account, adapting your deployment workflows to someone else’s constraints, and hoping the performance holds. That hope part is what eventually pushed us over the edge.
The Decision to Build
We didn’t wake up one day and decide to start a web hosting company. The decision was incremental.
It started with a few dedicated servers for our highest-priority clients. We’d lease a bare metal server, install LiteSpeed, configure it exactly how we wanted, and host five or ten client sites on it. Performance was consistent. We had full control. Clients stopped complaining about random slowdowns.
But managing bare metal servers by hand doesn’t scale. Adding new accounts meant SSH-ing into the server, creating system users, configuring virtual hosts, setting up databases, managing SSL certificates, configuring DNS records. All of this manually. For five clients, fine. For fifty, unsustainable.
We needed a platform. Not just servers, but the automation layer on top of them: account provisioning, billing, resource monitoring, backup scheduling, domain management, and a client-facing dashboard.
The build-vs-buy analysis looked like this:
Buying a reseller account from an existing provider would solve invoicing and give us a branded experience. But we’d lose control over server configuration, share resources with other resellers’ clients, and depend on someone else’s infrastructure decisions. The performance inconsistency problem would remain.
Using a cloud platform (AWS, DigitalOcean, Google Cloud) would give us full control but no management layer. We’d need to build or adopt a control panel, handle security patching, manage backups, and essentially build a hosting platform anyway, just on someone else’s VMs.
Building our own infrastructure with a management layer gave us what we wanted: full control over the stack, consistent performance, EU data residency, and the ability to build exactly the tooling we needed. Bare metal servers for WordPress, cloud instances for Laravel, and a custom platform to tie it all together. The trade-off was significant upfront engineering investment.
We chose the third option.
The Tech Stack
Early on, we realized that WordPress sites and Laravel applications have fundamentally different hosting requirements. Trying to force both into the same server configuration is a compromise that serves neither well. So we built two infrastructure tracks.
WordPress Infrastructure: LiteSpeed + cPanel
The majority of our client projects are custom WordPress sites and WooCommerce stores. For these, we run dedicated LiteSpeed servers with cPanel.
LiteSpeed Web Server. We chose LiteSpeed over Nginx and Apache for a straightforward reason: LiteSpeed’s built-in caching (LSCache) is, in our testing, the fastest WordPress caching solution available. It integrates at the server level rather than the application level, which means cache hits never touch PHP. For WordPress sites, this translates to sub-50ms TTFB on cached pages. LiteSpeed also handles HTTP/3 and QUIC natively, which improves performance for mobile users on spotty connections.
cPanel for account management. We evaluated several control panels (Plesk, DirectAdmin, CyberPanel, custom-built). We went with cPanel for one reason: our clients already know it. When a client needs to create an email account, set up a redirect, or check disk usage, they can do it without calling us. cPanel’s familiarity reduces support load significantly. It’s not the most modern option, but it’s the one that causes the fewest “how do I…?” support tickets.
Semi-dedicated resources. This is a deliberate choice. Typical shared hosting providers pack hundreds or thousands of sites onto a single server. That’s how they offer $3/month plans, and it’s also why your site slows down unpredictably. We keep our server density deliberately low. Each server hosts a limited number of accounts with guaranteed resource allocations. It’s not fully dedicated hosting (that would price out most small businesses), but it’s closer to dedicated than anything you’d find on a standard shared plan. We call it semi-dedicated because that’s what it actually is: shared infrastructure with dedicated-level performance, because the servers aren’t overloaded.
Laravel Infrastructure: Hetzner Cloud + Laravel Forge
For Laravel applications, custom PHP systems, and any project that needs its own isolated server environment, we run a separate infrastructure track built on Hetzner Cloud servers managed through Laravel Forge.
We evaluated several cloud providers for this track. AWS and Google Cloud have more services, but the pricing complexity and data egress costs made budgeting unpredictable for client projects. DigitalOcean was simpler but lacked EU presence in the locations we needed. Hetzner hit the right balance: straightforward pricing, high-performance compute instances, and EU data centers across Germany (Falkenstein, Nuremberg) and Finland (Helsinki). Each Laravel project gets its own cloud server, sized to its actual requirements. A small internal tool might run on a 2-vCPU instance. A high-traffic SaaS application gets dedicated resources scaled to its load profile. No sharing, no noisy neighbors.
Laravel Forge handles server provisioning, deployment, SSL certificates, database management, queue workers, and scheduled tasks. When we push code to a repository, Forge deploys it automatically with zero-downtime deployment. It manages Nginx configuration, PHP-FPM pools, Redis, database backups, and firewall rules. We chose Forge specifically because it’s built by the Laravel team. The integration depth shows: queue worker management, scheduler configuration, and environment variable handling all work the way Laravel developers expect. For our team, Forge eliminates the repetitive server administration that used to eat hours every week.
The key point: both infrastructure tracks are seamlessly integrated into our hosting platform. Clients see a single dashboard with unified billing and Greek invoicing regardless of whether their project runs on a LiteSpeed/cPanel server or a Hetzner Cloud/Forge instance. The underlying infrastructure differs, but the management experience is consistent.
Shared Infrastructure Decisions
NVMe storage. Every server, whether LiteSpeed or Hetzner Cloud, runs on NVMe SSDs. The difference between NVMe and traditional SATA SSDs is measurable: 3-5x faster sequential reads, 5-7x faster random I/O. For WordPress sites with database-heavy queries (WooCommerce stores, membership sites, anything with complex meta queries) and for Laravel applications running heavy Eloquent operations, the storage speed directly affects response time. NVMe isn’t a marketing bullet point for us. It’s an architectural requirement.
EU data centers. All servers are located in European Union data centers. For our client base (primarily Greek and European businesses), this means GDPR-compliant data residency by default, lower latency for European visitors, and the ability to state in privacy policies that data stays within the EU. For Greek businesses specifically, having servers in or near Greece means sub-20ms latency for local users.
The Platform Layer
The billing, provisioning, and client management layer is built with Laravel 12 and Vue 3 (Inertia.js for the bridge). This is the glue that ties both infrastructure tracks together into a single coherent platform. It handles:
Account provisioning. When a new hosting account is created, the platform routes it to the appropriate infrastructure. WordPress projects get a cPanel account on our LiteSpeed servers. Laravel projects get a Hetzner Cloud instance provisioned through Forge. Either way, the platform configures DNS records, sets up SSL, creates databases, and sends the client their credentials. What used to take 20 minutes of manual server administration now takes about 8 seconds.
Billing and Greek invoicing. Every invoice is generated in the format required by Greek tax law and submitted to myDATA automatically. Clients get proper invoices with the correct VAT treatment, and our accounting is handled without any manual data entry. This alone saves hours per month.
Resource monitoring. Each account’s CPU, memory, storage, and bandwidth usage is tracked and displayed in a dashboard. We can identify resource-heavy sites before they affect neighboring accounts and proactively reach out to clients about optimization.
Automated backups. Daily backups with 30-day retention, stored on separate infrastructure from the hosting servers. One-click restore through the client dashboard or cPanel.
Migration tooling. A semi-automated migration pipeline that transfers sites from other hosting providers, including database, files, DNS configuration, and email accounts. We’ve migrated over 100 sites through this system, and the average downtime is under 5 minutes.
The migration process works in stages. First, the platform pulls a full backup from the origin server (via cPanel backup, FTP, or SSH, depending on what the source provider supports). It imports the database, adjusts wp-config.php paths and credentials, copies the file tree, and runs a search-replace on serialized data for domain changes. Then it provisions SSL through Let’s Encrypt, configures the LiteSpeed cache rules for the specific site type (standard WordPress, WooCommerce, or custom application), and runs a verification pass that checks for broken internal links, missing assets, and database connection issues. Only after verification passes does the DNS switchover happen.
We built this level of automation because manual migrations are error-prone at scale. When you’re moving 10 sites in a month, each with different configurations, different plugin stacks, and different hosting environments, the margin for human error is real. Automating the repeatable parts lets us focus attention on the edge cases that actually need human judgment.
Server-level security. ModSecurity with the OWASP Core Rule Set, automated IP blocking for brute-force attempts, and PHP version isolation per account. Each hosting account runs its own PHP-FPM pool with dedicated memory limits, so a misconfigured plugin on one site can’t crash PHP for neighboring accounts. We also run automated malware scanning across all accounts weekly, with immediate notification if anything flags.
What We Learned Building It
Building a hosting platform taught us things that fifteen years of using other people’s hosting never did.
DNS Propagation Is Still a Nightmare
In 2026, DNS should be a solved problem. It isn’t. TTL values are routinely ignored by ISPs. Some resolvers cache aggressively regardless of what you set. Moving a client’s site to new nameservers can result in anywhere from 30 minutes to 48 hours of inconsistent resolution, and there’s genuinely nothing you can do to speed it up. We built a migration process that handles the overlap period (old server responds to requests until DNS fully propagates), but it required more engineering than we expected.
Email Hosting Is a Separate Business
We initially planned to offer email hosting as a standard part of every package. We quickly learned that email deliverability is its own discipline. IP reputation management, SPF/DKIM/DMARC configuration, blacklist monitoring, spam filtering, storage scaling. Getting email right requires dedicated infrastructure and constant monitoring. We still offer email, but we also recommend and help configure Google Workspace or Microsoft 365 for clients who depend heavily on email reliability.
Support Load Is Predictable
About 60% of support requests fall into five categories: SSL certificate issues, email configuration, DNS questions, WordPress update problems, and “my site is slow” (which is almost always a plugin issue, not a server issue). Knowing this let us build self-service tools and documentation that handle the common cases, freeing our team to focus on the genuinely complex problems.
Performance Optimization Never Ends
We thought building on LiteSpeed with NVMe would solve performance issues permanently. It solves server-side performance. But then clients install plugins. They upload 4MB hero images. They add six analytics scripts and a chat widget. Suddenly their sub-50ms TTFB becomes a 4-second fully loaded time. The server is fast. The application layer is where performance actually degrades. This is why we also offer WordPress performance optimization as a service, and it’s why our WordPress MCP server includes tools for identifying performance bottlenecks at the code level.
Greek Invoicing Compliance Is Complex
The myDATA integration took longer to build than the entire account provisioning system. Greek electronic invoicing has specific requirements for document types, VAT categories, classification codes, and submission timelines. The API documentation is primarily in Greek (understandably), and the edge cases are numerous. If you’re building a SaaS product for the Greek market, budget significant time for invoicing compliance. It’s not a weekend project.
What Running a Web Hosting Platform in Europe Actually Requires
Building the platform was one challenge. Keeping it running? That’s a different kind of hard.
Hosting is a 24/7 responsibility. Servers need monitoring at all hours, not just during business hours in Athens. We use Prometheus and Grafana for infrastructure monitoring, with alert thresholds set well below critical levels. If CPU load on a server trends above 70% sustained over 15 minutes, we get notified before any client notices degradation. Disk space, memory pressure, network throughput, SSL certificate expiry, backup completion status: all of it is tracked and alerting is configured for each metric.
Software updates require careful coordination. LiteSpeed releases, PHP version upgrades, cPanel patches, and OS security updates all need testing before deployment. We maintain a staging server that mirrors our production configuration, and every update goes through it first. The update that works perfectly in a test environment but breaks a specific WooCommerce payment gateway in production is a lesson you only need to learn once.
The operational overhead is real, and it’s why most web agencies don’t build their own web hosting platform. The calculus only works if you have enough clients on the platform to justify the engineering investment, and if the team has the systems administration expertise to handle the inevitable 2 AM alerts. For us, after 15 years of managing client infrastructure across dozens of providers, the expertise was already there. The question was whether to keep distributing it across platforms we didn’t control or consolidate it into one we did.
Who Bracket Hosting Is For
We built this for a specific audience. Being honest about that matters more than trying to please everyone.
Web agencies and freelancers in Greece and Europe who manage multiple client sites and want consistent performance, proper invoicing, and developer-level access. If you’re deploying ten or more WordPress sites per year and you’re tired of the provider lottery, this is built for your workflow.
Greek businesses that need EU-hosted infrastructure with proper Greek invoicing. If your accountant has complained about your current hosting invoices, you understand the problem.
WordPress and WooCommerce sites that need LiteSpeed caching, NVMe storage, and PHP 8.x without having to request it through a support ticket. The WordPress server stack is optimized for these workloads by default, with semi-dedicated resources that don’t degrade when a neighboring site gets a traffic spike.
Laravel developers and teams who want managed cloud infrastructure in Europe without the overhead of maintaining servers manually. Hetzner Cloud with Laravel Forge gives you the deployment automation, zero-downtime deploys, and queue/scheduler management that modern Laravel applications need, with EU data residency and Greek invoicing included.
Anyone who values knowing where their data lives. EU data centers, GDPR-compliant infrastructure, no data leaving European borders.
If you’re running a personal blog or a hobby site, the major shared web hosting providers in Europe are probably fine and certainly cheaper. We’re not competing on price. We’re competing on the specific combination of performance, control, EU location, and proper local invoicing that our workflow demands.
The Numbers
Numbers tell the story better than we can. Here’s what we’ve measured across our server fleet since launch:
Sub-200ms average TTFB across all hosted WordPress sites (cached pages are typically under 50ms). This is measured server-side, not from synthetic benchmarks.
99.95% uptime over the past 12 months, tracked independently. The remaining 0.05% was primarily planned maintenance windows.
Average migration time of 12 minutes per site, including DNS switchover and SSL provisioning. The actual file/database transfer is typically under 3 minutes. The rest is verification and propagation.
These numbers reflect real production sites, not demo installations on empty servers. The sites running on our platform include WooCommerce stores, membership sites, news portals, and agency portfolios, all with active traffic and real-world plugin loads.
Getting Started
Bracket Hosting is available at hosting.bracket.gr.
If you’re currently evaluating web hosting in Europe, particularly if you need Greek invoicing, LiteSpeed performance, and developer-friendly access, we’d suggest starting with a single site migration. We handle the transfer, you verify the results, and you can decide from there whether the platform fits your workflow.
For developers building on WordPress, Bracket Hosting pairs well with WordPress Boost, our MCP server that gives AI coding tools direct access to your WordPress installation’s internals. And if you’re using Bracket Post Order or other custom plugins, the LiteSpeed + NVMe combination ensures drag-and-drop admin operations stay responsive even on large post sets.
Bracket Hosting is designed for production WordPress and Laravel workloads. We don’t offer free tiers or “unlimited” plans because honest resource allocation is how we maintain consistent performance across all accounts. Our semi-dedicated WordPress servers and dedicated Laravel cloud instances are priced to reflect actual resources, with no overselling.
Frequently Asked Questions
Where are your servers located?
All servers are in European Union data centers. Data never leaves EU borders, which simplifies GDPR compliance for European businesses.
Do you offer Greek invoicing?
Yes. Every invoice is generated in compliance with Greek tax law and submitted to myDATA automatically. This is one of the main reasons we built the platform.
Can I migrate my existing site?
Yes. We handle the full migration: files, database, email accounts, DNS configuration, and SSL. Average migration time is around 12 minutes with minimal downtime.
What control panel do you use?
cPanel. We chose it for familiarity. Most WordPress developers and site owners already know how to use it, which reduces the learning curve and support requests.
Is this only for WordPress sites?
No. We run two infrastructure tracks. WordPress and WooCommerce sites run on our LiteSpeed + cPanel servers with semi-dedicated resources. Laravel applications and custom PHP systems run on Hetzner Cloud instances managed through Laravel Forge, with dedicated server resources per project. Both tracks are integrated into the same platform with unified billing and Greek invoicing.
How does LiteSpeed compare to Nginx or Apache?
For WordPress specifically, LiteSpeed’s built-in LSCache is the key advantage. It serves cached pages at the web server level without invoking PHP, resulting in significantly faster response times than Nginx with FastCGI cache or Apache with any caching plugin. LiteSpeed is also fully Apache-compatible, so existing .htaccess rules work without modification.