Built to never go down.

When you upload an image, publish a blog post, or make any change to your WordPress site, that data isn't written to a single disk. It's simultaneously written to three separate storage nodes in our Irish data centre. Each node is an independent physical server with its own power supply, its own network connection, and its own set of NVMe drives.

This isn't a backup — it's live replication. All three copies are maintained in real time. When your visitor requests a page, the storage cluster serves data from whichever node can respond fastest. If one node is under heavy load, the other two pick up the slack automatically.

Traditional hosting writes your data to one disk, then might copy it to a second disk on the same server as a “mirror”. That protects against a single drive failure, but if the server itself fails — power supply, motherboard, network card — both copies go down together. Triple replication across separate physical servers eliminates that risk entirely.

NVMe (Non-Volatile Memory Express) is the fastest storage technology available in data centres today. Unlike traditional SATA SSDs, which communicate through a protocol originally designed for spinning hard drives, NVMe drives connect directly to the server's PCIe bus — the same high-speed connection used by graphics cards and network adapters. The result is dramatically lower latency and higher throughput.

For a WordPress site, storage speed directly affects page load time. Every page load involves dozens of database queries, file reads, and potentially image loads. A traditional hard drive can handle around 100 of these operations per second. A SATA SSD manages around 10,000. An NVMe drive handles over 100,000. That difference cascades through every layer of your site's performance.

Web60's storage cluster uses NVMe drives exclusively — not just for your site files, but for the database, for temporary files, for caching layers, and for backup staging. There is no tier of storage in our infrastructure that falls back to slower technology.

A single point of failure (SPOF) is any component whose failure would bring down the entire system. In many hosting environments, there are hidden single points of failure: a single database server, a single load balancer, a single network uplink, or even a single power feed. If any one of these fails, every site on the platform goes down.

Web60's infrastructure is designed from the ground up so that no single component is irreplaceable. Storage is triple-replicated. Compute capacity is distributed so that any server can be lost without exceeding capacity. Network connectivity uses multiple independent paths. Power is fed through redundant circuits with battery and generator backup.

This extends beyond hardware. Load balancing, SSL termination, DNS resolution, and database access all run across multiple instances. Even the monitoring system itself is distributed — a failure in monitoring doesn't leave the infrastructure unmonitored.