SSD cache
Frequently accessed files are stored in a pool of SSD storage servers to reduce I/O request processing time.
Hosting performance
A hosting platform designed to avoid single-server bottlenecks.
Web, database and storage workloads are separated across dedicated platform components, with clustered request processing and load balancing used to keep resources from competing on one overloaded server.
Request path
Incoming request
HTTP traffic enters the web layer
Load-balanced web cluster
Requests are processed across multiple web servers
Database layer
Runs separately from web processing
Storage & cache
Frequently accessed files benefit from SSD caching
Platform design
Built around separate services and parallel processing.
The original platform combines caching, clustered web processing, opcode caching and a dedicated database service instead of placing every task on the same machine.
Web server cluster
A bare-metal web server cluster processes HTTP requests in parallel to reduce bottlenecks and request queuing.
Opcode caching
Precompiled PHP bytecode is kept in memory so scripts do not need to be loaded and parsed from scratch for every request.
Dedicated database service
The platform uses a MySQL-compatible database server backed by SSD caching for database workloads.
Architecture
Each part of the platform has a distinct role.
Separating services helps web processing, storage and database tasks operate without directly competing for the same local server resources.
Layer 01
Web processing
Parallel HTTP request handling
Layer 02
Database service
Database workloads on separate hardware
Layer 03
Storage & cache
SSD-backed access to frequently used files
Load balancing
Requests are distributed across healthy web nodes
Distinct servers
Each component of the platform is hosted on its own hardware so it can perform its task without directly interfering with other services.
Fine-tuned configuration
Services are manually tested and adjusted with performance as a priority.
Scalability
The platform is designed so additional hardware can be added as it grows, without interrupting normal operation.
Failover and load balancing
Hash-based load balancing helps prevent resource overcommitment in the web cluster. If a web server fails, requests are redirected to healthy nodes.
Hosting options
Choose the hosting environment that fits your site.
Personal hosting
Affordable hosting for lighter websites using the same core platform services with a simpler workload profile.
View personal hostingBusiness hosting
Hosting for business and higher-traffic websites that need more capacity for concurrent dynamic requests.
View business hostingSemi-dedicated hosting
A low-density environment for resource-demanding websites that need more capacity than standard shared hosting.
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Run your website on the EuroHost platform.
Compare the available hosting plans and choose the capacity that matches your project.