Object caching for cart and checkout. Dedicated PHP worker pools so concurrent customers don't queue. LiteSpeed web server. NVMe storage. Daily backups with 30-day retention. For real stores doing real sales — not "WooCommerce on a $5 shared plan and hope".
Typical checkout server-time on our infrastructure. Most of the budget goes to the payment gateway, not us.
A blog post can be served from cache in milliseconds. A cart cannot. Every cart page, every stock check, every checkout step is a fresh database query — uncacheable, dynamic, per-customer. That changes what "fast hosting" means.
Page caching plugins make content fast by serving HTML from disk. They can't cache /checkout because every customer sees different totals, shipping rates, and tax calculations. WooCommerce needs the PHP and database layer to actually be fast — not just the cache layer.
Every cart action writes to wp_options or a session table. Add product, change quantity, apply coupon — all database writes. On generic hosting these queries queue behind other customers' queries. On ours, your account has dedicated database connections.
Two customers hitting checkout at the same time should not slow each other down. Without isolated PHP worker pools, one slow plugin or payment gateway call can lock workers and create a queue. Our setup gives your account its own worker pool so concurrent traffic doesn't cascade.
WooCommerce loads cart counter, mini-cart, and variation prices via AJAX on almost every page. That's dozens of small requests that all need to be fast. We tune the stack for low AJAX latency, not just for full page loads.
Your store is fine 95% of the time. Then Black Friday hits and you're getting 10× traffic for 4 hours. Hosts that look fine on quiet days collapse under sustained concurrent load. Our plans are sized for spike capacity, not just steady-state.
A lost blog post is annoying. A lost order is a refund, a chargeback, and a lost customer. Daily backups with 30-day retention on both E-commerce plans means you can recover from a bad plugin update, an accidental product delete, or a database hiccup with a ticket and a timestamp.
WooCommerce-optimised, ready to scale
High-volume stores, more headroom
If you're launching a store with under 50 products and you're not sure you'll hit even 10 orders a week, Business ($20) or Business Pro ($30) can carry the load while you grow. Upgrade to E-commerce when your order volume justifies the dedicated tuning. We can move you between tiers without downtime.
Most "WooCommerce hosting" is just WordPress hosting with the WooCommerce logo added. Here's what actually changes between our standard WordPress setup and our E-commerce plans.
We don't believe in "everyone should pay for E-commerce Performance just in case". Here's a rough sizing guide based on what we see across real customer stores. Use it as a starting point, then talk to us.
These ranges are approximate — heavy product images, complex variation matrices, or product-search-heavy traffic can push a store into the next tier earlier. If you're unsure, send us your current host's stats (CPU usage, peak concurrency, average order processing time) and we'll quote you accurately.
A common WooCommerce complaint is "my checkout is slow". The honest answer: most of that time is in places hosting can't fix. Payment gateways, third-party shipping API calls, fraud detection plugins — these wait on external services that respond in their own time.
What hosting can fix is the layer underneath: how fast PHP boots, how fast database queries complete, whether one slow request blocks others. We can make those parts of checkout responsive in milliseconds. The gateway latency is up to your gateway.
Numbers are typical for well-built AU stores using Stripe or similar. Your mileage varies based on theme, plugins, and gateway choice.
Generic shared hosting with no object cache for cart sessions. Every checkout step waits on slow database queries while other customers' requests queue ahead.
Object caching for cart and checkout, dedicated PHP worker pool, isolated database connections. PHP work completes in ~150ms, then it's just the gateway.
Oversold shared servers. Fine on quiet days, collapse under spike traffic when everyone's hitting checkout simultaneously.
Plans sized for spike capacity, not just steady-state. Worker pools won't lock up. Open a ticket before known events and we'll bump limits for the day.
Concurrent checkout race conditions on hosts without proper PHP worker isolation. Two customers checkout at once, one transaction half-completes and dies.
Isolated worker pools and queue-based order writes prevent the race condition entirely. If something does fail, daily backups with 30-day retention let us recover.
No staging environment, or staging doesn't match production. You updated a plugin on the live site and now /checkout returns a fatal error.
Staging environment on every plan — clone live, test the update, push to production. We also keep pre-update snapshots so we can roll back within minutes.
Cart fragments load via AJAX on every page. Slow AJAX = perceived slowness across the whole store, even before checkout.
AJAX endpoints prioritised in our LiteSpeed config. Mini-cart updates respond in under 100ms. Customers don't notice cart operations are happening.
Shared mail servers with poor IP reputation, or the WooCommerce mail() function blocking checkout while it tries to send.
We don't accept bulk senders so our outbound IPs stay clean. For high-volume transactional mail, we recommend Postmark/Mailgun for delivery — and we'll help you wire it up.
LiteSpeed, object caching for cart, dedicated workers, 30-day backups. We'll help you migrate. 30-day money-back guarantee.