Magento Servers Configured For Speed, Migrated Without Downtime

We size and provision the server, then configure the full stack for Magento: the web server, PHP-FPM worker pools, Varnish full-page caching, the cache and session backend, search, and MySQL or MariaDB tuning. The engagement also covers SSL and security hardening, monitoring, automated backups and written documentation of every configuration decision, so the setup is never a black box. Documentation is the deliverable people undervalue until they need it, because an undocumented server is one where nobody dares change anything, which is how a stack quietly ossifies.

By your traffic pattern and how much it varies, not by store size. Steady, predictable traffic runs well and cheaply on a properly sized VPS or dedicated box, and there is no reason to pay for elasticity you never use. Sharp, unpredictable peaks around campaigns or seasonal sales are where cloud autoscaling earns its cost, because the alternative is paying all year for capacity you need across a few days. Dedicated hardware still wins on sustained heavy load for the money. We look at twelve months of your traffic first, since the ratio of peak to average decides this more than anything else.

Short and rehearsed, because everything expensive happens before it. In the days beforehand the new environment is built, bulk data is synced and every function is tested. On the day we put the store into maintenance mode, run a final delta sync of orders and customers created since the bulk copy, switch DNS, then work through a verification checklist covering checkout, payment, email, cron and each integration. The customer facing part is usually minutes. We schedule it at your quietest hour, keep the old server warm as a rollback path, and stay on the checklist rather than declaring success once the homepage loads.

By measuring where the time actually goes rather than inferring it from symptoms, because slow feels identical either way. Profiling a request shows the split between application execution, database queries, cache misses and time spent waiting on external services. A store spending most of its time in a handful of unindexed queries will not be rescued by more CPU, and one hitting swap or running out of PHP workers will not be fixed by refactoring code. Both are common and the remedies are completely different. We measure first and give you the split honestly, including when the answer is that your hosting is fine.

It depends on catalog size, traffic pattern, extension load and how much admin work runs during the day, which is why we size from an audit rather than a plan chart. As a rough reference, Magento 2 needs meaningful memory for PHP, search and the database to coexist, so very small VPS plans struggle. Just as often we find stores on oversized plans, where right-sizing plus proper tuning improves speed and lowers the bill at once. Peak behavior matters more than averages, since a server sized for a normal Tuesday fails on the day that pays for it.

We are provider-neutral and work on major clouds including AWS, Google Cloud, Azure and DigitalOcean, as well as dedicated and bare-metal servers from regional providers. The infrastructure runs in your own account, in your name, and we document it, so you always own your servers and can change vendors or partners without being locked in. That ownership model is worth insisting on with any supplier, because infrastructure held inside an agency's account turns an ordinary change of partner into a migration project you never planned for.

Yes, and we tune them as one system rather than three separate installs. Varnish is configured as the full-page cache with warming for key pages, the cache and session store gets memory limits that leave room for PHP, and search gets heap sizing and an index strategy matching your catalog. Each layer is verified against the others, because a wrong setting in one appears as a mystery slowdown in another. Note the stack has moved on: Magento Open Source 2.4.9 supports OpenSearch and Valkey, with Elasticsearch dropped and Redis replaced.

The cutover plan is built so no order falls through the gap. DNS TTL is lowered in advance so the switch propagates in minutes rather than hours, a short content freeze is scheduled for the lowest-traffic window, and the final delta sync captures the last orders, customers and changes before traffic moves. Afterward we verify order flow end to end on the new server and watch both environments while DNS propagates, because some visitors and some payment provider callbacks will still be reaching the old address for a while.

Yes. Magento 1 stores can be moved to modern, hardened infrastructure using the same parallel-build and staged-sync approach, which often improves speed and security on its own. Since Magento 1 no longer receives official patches, we pair the migration with server-level hardening such as a web application firewall and tighter access controls. We will also tell you honestly when an upgrade or replatform makes more sense, because hardening the infrastructure reduces exposure at the edge but cannot fix a vulnerability inside the application itself.

Yes, for stores whose peaks are much larger than their everyday baseline. We put a load balancer in front of horizontal web nodes, keep sessions and cache consistent through a shared backend, and define scaling rules around your real traffic patterns. For stores with predictable peaks, capacity is warmed ahead of campaigns rather than reacting once customers have already hit a slow store. Autoscaling is genuinely not for everyone, since it adds architectural complexity, and a store with steady traffic is usually better served by one correctly sized server.

Hardening covers modern TLS configuration, firewall and WAF rules, SSH key-only access with password logins disabled, an isolated admin path, correct file permissions and a patching routine for the operating system and the whole stack. Backups are automated, stored off the server and restore-tested. Everything is documented so you can show a payment provider or auditor exactly what controls are in place. Operating system patching is the part that slips most often, because attention goes to the application while the underlying packages quietly age.

Monitoring covers uptime, server resources, PHP-FPM, the database, cache health, cron jobs and application errors, with alerts routed to an engineer rather than an unwatched inbox. Backups run automatically to storage separate from the server, with retention agreed in writing and restores rehearsed rather than assumed. You get documentation of both so the setup survives a future team change. Cron monitoring deserves its own mention, since Magento depends on it for indexing, emails and queues, and a stopped cron degrades a store gradually without ever triggering a downtime alert.