Magento Servers Configured For Speed, Migrated Without Downtime

We size and provision the server, then configure the full stack for Magento: Nginx, PHP-FPM worker pools, Varnish full-page caching, Redis for cache and sessions, Elasticsearch or OpenSearch, 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.

No. The new environment is built and fully verified in parallel while your current server keeps selling. Data moves in an initial bulk sync plus a final delta pass during a short freeze window, and DNS cuts over only after checkout, payments, emails, cron jobs and integrations are tested on the new stack. The old server stays warm as a rollback path until the new one has proven itself under real traffic.

Most projects run one to three weeks from the infrastructure audit to the DNS cutover, depending on catalog size, the number of integrations and how much configuration the new stack needs. The customer-facing cutover window itself is minutes, because all the heavy data movement happens ahead of it while the old store keeps running.

Yes. Configuration-only engagements are common. We audit the environment you already have, tune PHP-FPM, Varnish, Redis, Elasticsearch and the database, and tell you honestly whether the hardware or the host is the real limit. Migration is a recommendation we make only when the current environment genuinely cannot deliver what the store needs.

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 instead of a plan chart. As a rough reference, Magento 2 needs meaningful memory for PHP, Elasticsearch and MySQL 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 the same time.

We are provider-neutral and work on major clouds like 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.

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, Redis handles cache and sessions with memory limits that leave room for PHP, and Elasticsearch or OpenSearch gets heap sizing and an index strategy that matches your catalog. Each layer is verified against the others, because a wrong setting in one shows up as a mystery slowdown in another.

The cutover plan is built so no order falls through the gap. DNS TTL is lowered in advance, 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. After the switch, we verify order flow end to end on the new server and monitor both environments while DNS propagates.

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, and we will tell you honestly when an upgrade or replatforming makes more sense than continued investment.

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 shared Redis, and define scaling rules around your real traffic patterns. For stores with predictable peaks, capacity is warmed ahead of campaigns instead of reacting after customers already hit a slow store.

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 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.

Monitoring covers uptime, server resources, PHP-FPM, MySQL, 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 any future team change.