The selection, provisioning and configuration of the server environment where a website’s files, database and other assets are stored and served to visitors — ensuring performance, security, scalability and reliability meet the requirements of the site’s expected traffic and usage.
Shared hosting (multiple sites on one server, lower cost, limited performance), VPS (Virtual Private Server, dedicated resources on a shared server, better performance), dedicated hosting (sole use of a physical server), managed WordPress hosting (platform-specific, optimised performance) and cloud hosting (scalable, distributed infrastructure).
Expected traffic volume, required performance benchmarks, the CMS or technology stack used, security requirements, support quality, data residency requirements (particularly relevant for GDPR compliance), scalability and total cost including management overhead.
The time taken for the server to respond to a browser’s first request. Google’s benchmark is under 200 milliseconds. Slow server response contributes directly to poor Core Web Vitals scores. Hosting quality is the primary determinant of server response time.
Managed hosting includes server administration, security patching, backups and performance monitoring by the hosting provider. Unmanaged hosting provides the infrastructure; the client is responsible for all server management. For most businesses without dedicated technical staff, managed hosting is the appropriate choice.
A separate version of the website (on the same or a separate server) where changes can be tested before being deployed to the live site. All development work, plugin updates and content changes with structural implications should be tested on staging before going live.
A standard business website with moderate traffic (under 10,000 sessions per month) typically requires 10–50GB of storage and unlimited or generous bandwidth allocation. High-traffic sites, video-heavy sites or e-commerce sites with large product catalogues have substantially higher requirements.
A globally distributed network of servers that caches and delivers static website assets (images, CSS, JavaScript) from a server geographically close to each visitor, reducing load times for users around the world and reducing the load on the origin server.
Caching stores pre-generated versions of web pages on the server, so they can be served quickly without regenerating from the database on every request. Properly configured caching dramatically improves page load times and reduces server load under high traffic.
Yes, though a hosting migration requires careful management to avoid downtime, data loss or DNS propagation issues. A tested migration process, a staging environment at the new host for verification and a carefully managed DNS cutover minimise risk.
