Web hosting refers to the provision of server infrastructure on which a website or application is stored and made accessible via the internet. A hosting provider supplies servers, storage, bandwidth and further resources ensuring the hosted website’s availability and performance.
The main hosting types at a glance
| Hosting type | Resource distribution | Particularly suited to |
|---|---|---|
| Shared hosting | Several websites share one server | Smaller websites with moderate traffic |
| VPS hosting | A physical server partitioned into isolated virtual servers | Growing projects needing more control |
| Dedicated server | One physical server exclusively for one website/application | Resource-intensive applications with high, constant load |
| Cloud hosting | Distributed infrastructure of virtual servers | Fluctuating traffic, high demands on scalability and resilience |
| Clustered hosting | Several servers in a federation jointly process the traffic | High, constant traffic with minimal-downtime ambitions |
Shared hosting
Several websites share a single server and its resources. Inexpensive and simple to set up, but with limited control and potential performance losses through other websites on the same server.
VPS (virtual private server) hosting
A physical server is partitioned into several virtual servers operated independently of each other – more control and guaranteed resources compared to shared hosting, without the costs of a dedicated server.
Dedicated server hosting
A dedicated physical server is used exclusively for one website or application. Offers the highest control, performance and scalability, but is generally more expensive than shared or VPS hosting.
Cloud hosting
A distributed infrastructure of virtual servers provided over the internet. Offers scalability, flexibility and resilience, as resources are scaled automatically with demand.
Hosting and performance
The hosting choice directly affects load time – a central factor for both user experience and SEO, since server response time counts towards the Core Web Vitals. For a globally distributed audience, a content delivery network sensibly complements the actual hosting by delivering content via regionally distributed edge servers instead of routing every request all the way to the origin server. The chosen hosting architecture also plays an important role in securing against load spikes and attacks such as DDoS.
Web hosting at aceArt
Alongside website and software development, we at aceArt also take over your project’s ongoing hosting on request – as one of several building blocks of our continuous support offering. We rely on dependable infrastructure with high security standards, including domain hosting, and are just as happy to advise you on an existing hosting package if your website already runs elsewhere and only a migration or optimisation is due.
The 2026 trend: edge computing, serverless and green hosting
Edge computing has developed from a niche trend into an established architecture standard: computing power moves closer to the users, which noticeably reduces latency, especially with an internationally distributed audience. Serverless hosting grows considerably in parallel – customers pay only for compute time actually used instead of holding permanently reserved server capacity, which is economically attractive above all with strongly fluctuating traffic. At the same time, green hosting gains importance: more and more providers rely on renewable energy and more efficient cooling technologies to reduce data centres’ considerable energy demand.
Conclusion
The right hosting solution is the invisible foundation for a website’s performance, resilience and ultimately its SEO success. Which hosting type fits your project depends on traffic, budget and scaling needs – we’re happy to advise you as part of our website development and scalable software development or directly in a no-obligation consultation.