Managed WordPress migration
Kinsta to Cloudways: Migration, Cost & Server Sizing Guide
Moving from Kinsta to Cloudways is not automatically an upgrade. The right decision depends on what you pay now, which services are bundled into that bill, how much server control you actually need, and whether the operational model at Cloudways matches the way you run WordPress. This guide is built around that decision rather than assuming every Kinsta customer should move.
Use the calculator below before touching DNS. It compares your real Kinsta monthly cost with a Cloudways DigitalOcean server, adds mailbox and backup costs separately, applies the currently configured Cloudways promotion only when it is active, and estimates an appropriate starting server size from sites, traffic and workload. The result is a planning estimate, not a promise of identical performance.
The migration itself should be treated as a controlled cutover. Keep the existing Kinsta site live, build and test the Cloudways copy, verify forms and transactions, preserve email and DNS records, lower DNS risk, and only cancel the old service after the new application has survived real traffic. That sequence matters more than chasing a theoretical zero-minute migration.
Interactive tool
Kinsta to Cloudways Switch Savings Calculator
Use your real current cost. The calculator estimates a Cloudways starting server from workload, then compares first-year and ongoing costs. It does not benchmark your site.
Quick answer
The safest Kinsta to Cloudways migration path
For a normal WordPress or WooCommerce site, the safest Kinsta to Cloudways path is to provision the target application first, migrate into a temporary Cloudways URL, test it thoroughly, then switch DNS. Cloudways currently supports free WordPress migration through its Migrator plugin and also documents managed migration options for WordPress and WooCommerce.
The financial decision is less obvious. Kinsta is premium managed WordPress hosting with isolated site containers, Cloudflare integration, edge caching, built-in APM, daily backups and MyKinsta management. Cloudways is a managed cloud platform with visible server resources, pay-as-you-go billing and optional services. Compare the whole stack, including email, backups, CDN choices and support needs, rather than comparing one promotional headline against another.
Kinsta vs Cloudways before you migrate
This table frames the practical differences that can affect a Kinsta to Cloudways decision. Exact features and prices can change, so use it as a migration checklist and verify any purchase-critical detail on the providers’ current pages.
| Decision area | Kinsta | Cloudways | What to verify |
|---|---|---|---|
| Operating model | Kinsta prices and manages WordPress at the site/platform layer, while Cloudways gives you a managed server whose RAM, CPU, disk and bandwidth are visible and can host multiple applications | Managed cloud server with application tools and optional add-ons | Decide whether you prefer a packaged host or explicit server resources. |
| Main strengths | isolated WordPress environments, Cloudflare CDN and edge caching, strong observability, daily backups, staging, security tooling and an established managed WordPress workflow | Server sizing, vertical scaling, multiple applications, staging, caching and cloud-provider choices | Compare the features you actively use, not every feature on a marketing page. |
| May be bundled, separate, or handled through another service depending on your setup | Mailbox hosting is separate; Cloudways offers optional email integrations | Confirm MX records, mailbox count and message migration before DNS changes. | |
| Migration | Source site remains live until you cancel it | WordPress Migrator or managed migration can copy the application | Test the copy before pointing the production domain. |
| Billing | Depends on your current plan, term, renewal and add-ons | Pay-as-you-go server pricing plus backups and optional services | Use your actual invoice and expected renewal, not only advertised entry pricing. |
| Server control | Varies by platform | Managed server controls without unrestricted root access | Audit any custom server packages, daemons or root-only configuration. |
Editable reference pricing
Cloudways DigitalOcean starting points
Use server resources as a starting point, then validate under real traffic.
- 1 GB RAM
- 1 vCPU
- 25 GB storage
- 1 TB transfer
- 2 GB RAM
- 1 vCPU
- 50 GB storage
- 2 TB transfer
- 4 GB RAM
- 2 vCPU
- 80 GB storage
- 4 TB transfer
- 8 GB RAM
- 4 vCPU
- 160 GB storage
- 5 TB transfer
Should you move from Kinsta to Cloudways?
A migration makes sense when the operating model solves a real problem. The strongest reasons are usually rising cost at renewal, a need for clearer CPU and RAM scaling, several WordPress applications that can share a larger server, or a desire to separate hosting from unrelated products. You want server-level resource choices, multiple applications on one server, broader infrastructure options or a cost model less tightly connected to site and usage allowances.
There are also good reasons not to move. You value kinsta’s isolated per-site model, built-in observability and hands-off wordpress platform more than the potential flexibility or cost structure of a shared managed cloud server. A platform change creates work, changes support boundaries and can introduce new add-on costs. If the existing environment is stable and inexpensive for the workload, staying put can be the economically rational decision even when Cloudways offers more infrastructure flexibility.
The calculator gives this decision a numerical starting point, but money is only one axis. Support quality, staff familiarity, staging workflow, email administration, security processes and deployment habits can be worth more than a small monthly saving. Use cost as a filter, then evaluate the operational changes your team will live with after the promotion ends.
What changes when leaving Kinsta
The largest change is usually not WordPress itself. WordPress files and the database are portable; the surrounding hosting behavior is what changes. On Kinsta, you may rely on isolated WordPress environments, Cloudflare CDN and edge caching, strong observability, daily backups, staging, security tooling and an established managed WordPress workflow. After the move, some of those capabilities are provided differently, become optional, or require a separate service.
Map every dependency before migration. For this source, pay particular attention to Kinsta redirects, Cloudflare and edge-cache behavior, APM-dependent troubleshooting habits, staging environments, DNS, backup expectations and any external email service already attached to the domain. Put each item into one of three buckets: moves with WordPress, remains with the current provider, or must be rebuilt on Cloudways or another service. That simple inventory prevents the common mistake of migrating the site while accidentally breaking mail, scheduled jobs or DNS-dependent services.
Kinsta does not include mailbox hosting, so your existing Google Workspace, Microsoft 365 or other email service usually remains separate and should not need to move with WordPress. Treat the source account as a bundle of services rather than assuming it contains only hosting. Domain registration, DNS, mailboxes, SMTP, transactional email, CDN rules and backups can all have independent lifecycles. The production cutover is safe only when you know which system owns each function after the move.
How to choose the right Cloudways server size
Do not map a hosting plan name directly to a Cloudways RAM number. Two sites with the same monthly visits can create very different loads because logged-in traffic, WooCommerce carts, LMS sessions, search, imports, cron jobs and uncached PHP requests consume more CPU and memory than a mostly cached brochure site. Start with workload characteristics, then use traffic as a secondary signal.
For lightweight WordPress sites, a small server can be enough, but production sites need headroom for traffic bursts, backups, cache warm-up and admin activity. The calculator deliberately pushes ecommerce, membership, LMS and heavily dynamic workloads upward. It is safer to begin with modest spare capacity than to size only for the quietest hour of an average day.
Cloudways lets you vertically scale many server types, but scaling behavior differs by infrastructure provider and may not always be reversible in the same way. Treat the suggested size as a starting configuration. After migration, watch CPU, RAM, disk, PHP workers, database behavior and response time under real traffic before deciding that the initial tier is permanently correct.
Calculate the real first-year cost, not the headline price
Start with the cost that actually leaves your account for Kinsta. Convert prepaid or annual charges into a monthly equivalent, then add paid backups, email, security, CDN, support or other products that would disappear if you cancel the hosting. For a renewal-sensitive provider, use the renewal figure you expect to pay, not a deeply discounted acquisition rate that you cannot repeat.
For Cloudways, include the server, off-site backup storage, mailbox hosting if you need it, and any optional services you plan to activate. The calculator keeps these categories separate because a percentage hosting promotion should not be assumed to discount unrelated add-ons. It also displays an ongoing annual cost after the promotion so the first-year number does not hide the steady-state economics.
A migration is financially attractive when the ongoing cost fits the value you receive, not merely when month one is cheaper. If Cloudways is more expensive, ask whether the premium buys enough operational time, server capacity, staging convenience or scaling flexibility to justify it. If Cloudways is cheaper, still verify that you have not omitted a service currently bundled into your source plan.
Prepare Kinsta before starting the migration
Create a fresh backup even if the source platform already maintains automatic backups. Export or record the DNS zone, list active plugins and themes, capture the PHP version, document cron jobs, note redirects, and take screenshots of important hosting settings. This is not busywork. It gives you a known-good reference if the migrated site behaves differently and you need to compare environments.
Next, audit source-specific dependencies. On Kinsta, that means reviewing Kinsta redirects, Cloudflare and edge-cache behavior, APM-dependent troubleshooting habits, staging environments, DNS, backup expectations and any external email service already attached to the domain. Remove abandoned staging copies and obsolete plugins only if you are confident they are not needed, because migration day is a poor time to combine a hosting move with an aggressive application cleanup. Change one risk domain at a time.
For WooCommerce, membership and other frequently changing sites, plan how you will handle data written after the initial copy. A long gap between migration and DNS cutover can leave new orders, comments, accounts or form entries behind on the old database. Schedule the final synchronization during a low-activity window or use a migration process designed for dynamic sites.
Run the WordPress migration without rushing DNS
Provision the target Cloudways application and choose a data-center region close to the majority of users. Install or use the documented Cloudways migration method from the source WordPress dashboard. The source domain should continue serving production traffic while the copy is created. Avoid pointing DNS merely because the transfer reports success.
Open the migrated application through its temporary URL or a local hosts-file override and compare it against production. Check the home page, important landing pages, WordPress admin, login flows, search, forms, checkout, payment callbacks, account pages, media, redirects, scheduled tasks and any external APIs. Clear caches before concluding that a difference is an application bug.
If the site is large or highly dynamic, use a written acceptance checklist and record who signs off. A migration can be technically complete while still failing the business test because an analytics script, webhook, payment method or email flow was missed. The goal is not to prove that WordPress loads; it is to prove that the site can perform its real production jobs.
Handle email and DNS as separate systems
Email is one of the most common sources of migration mistakes. Kinsta does not include mailbox hosting, so your existing Google Workspace, Microsoft 365 or other email service usually remains separate and should not need to move with WordPress. Before changing nameservers or A records, record every MX, SPF, DKIM, DMARC and verification record. Decide whether the current mailbox provider remains in place or whether mail is moving to a new service.
A WordPress migration does not require nameserver changes. You can often leave DNS where it is and update only the records that direct web traffic to Cloudways. That reduces the blast radius because email and unrelated subdomains continue using the same DNS provider. If you do change nameservers, recreate the entire DNS zone first and compare it record by record.
Lowering DNS TTL in advance can help a planned cutover converge faster, but it does not eliminate caching everywhere. Keep the source site available during the transition and avoid making irreversible account changes immediately after the first successful page load. Verify traffic, SSL, email and important integrations from multiple networks before declaring the old host disposable.
Test performance and caching after the cutover
Do not compare performance using one uncached speed test before and after the move. Kinsta and Cloudways can use different page caches, object caches, CDN paths and PHP behavior. Warm the cache, test several pages, include logged-in or dynamic transactions where relevant, and compare server response time as well as front-end metrics.
Remove or reconfigure caching plugins that duplicate the new stack. Confirm that object caching is functioning if your workload benefits from it, and check exclusions for carts, checkout, account pages or other personalized routes. A faster server cannot compensate for conflicting cache layers or a plugin that sends every request through expensive uncached PHP.
Monitor for at least several normal traffic cycles. Look for CPU saturation, memory pressure, slow database queries, PHP errors, queue backlogs and unexpected disk growth. If the site was previously hidden behind a platform-level CDN or edge cache, the origin may see a different request pattern after migration. Size from observed production behavior, not from assumptions made during staging.
When staying on Kinsta is the better choice
Cloudways should lose this comparison when you value Kinsta’s isolated per-site model, built-in observability and hands-off WordPress platform more than the potential flexibility or cost structure of a shared managed cloud server. Migration content is useful only if it helps a reader avoid a bad move as well as complete a good one. If the source host already meets performance, support and cost requirements, changing platforms can create work without creating measurable business value.
Kinsta may also be the better fit when staff already understand its support and deployment model and the cost of retraining exceeds the expected hosting savings. A familiar platform reduces operational mistakes. That advantage is especially real for small teams that touch hosting only occasionally and do not want another server-sizing decision in their maintenance routine.
Revisit the decision when a constraint becomes measurable: renewal cost, CPU throttling, site limits, visit allowances, storage pressure, scaling difficulty, support needs or a new application portfolio. A migration triggered by a concrete constraint is easier to evaluate than a move based on general claims that one host is faster or more professional than another.
Post-migration checks before cancelling the old host
Wait until the Cloudways copy has handled live traffic and at least one full set of scheduled jobs. Verify analytics, Search Console ownership, sitemap access, payment webhooks, form delivery, transactional email, backups, SSL renewal, redirects and cron. Compare important URLs with the old site and make sure no noindex, maintenance or password-protection setting followed the staging environment into production.
Confirm that backups exist on the new platform and that you know how to restore them. Export one final source backup to storage you control. If the old provider also hosts the domain or email, cancelling only the hosting product may require a different process than closing the entire account. Read the cancellation screen carefully rather than assuming every attached service will remain active.
Finally, document the new ownership map: registrar, DNS provider, web host, mailbox provider, SMTP service, CDN, backup location and billing contacts. A successful migration is not complete until another responsible person could understand where these systems now live. That documentation turns a one-time move into a maintainable hosting setup.
Cutover checklist
Kinsta to Cloudways migration checklist
- Export a fresh Kinsta backup and record current PHP, plugins, themes and redirects.
- Export or screenshot the complete DNS zone, including MX, SPF, DKIM and DMARC records.
- List domain, email, SMTP, CDN, backup and security services that do not move with WordPress.
- Provision the Cloudways target application and choose the intended server region and size.
- Migrate into the temporary Cloudways application without changing production DNS.
- Test pages, WordPress admin, forms, search, checkout, logins, webhooks and scheduled jobs.
- Reconcile new orders or other database writes if the source remained active during testing.
- Configure SSL, caching, object cache, CDN choices and any required application exclusions.
- Change only the DNS records required for the web cutover and watch traffic during propagation.
- Verify backups, email, analytics and production behavior before cancelling the source hosting.
Use Cloudzat’s other Cloudways decision tools
Methodology and primary sources
Cloudzat bases current Cloudways promotion, migration process, billing and server-plan references on official provider documentation. Competitor features are summarized from the source provider’s own current documentation where available. Last verification: August 26, 2026.
Frequently asked questions
Is it worth moving from Kinsta to Cloudways?
It can be if you want server-level resource choices, multiple applications on one server, broader infrastructure options or a cost model less tightly connected to site and usage allowances. It may not be worthwhile when you value Kinsta’s isolated per-site model, built-in observability and hands-off WordPress platform more than the potential flexibility or cost structure of a shared managed cloud server. Compare ongoing cost and operational fit after the temporary Cloudways promotion, not only the first invoice.
Will Cloudways migrate my Kinsta WordPress site for free?
Cloudways documents a free WordPress Migrator plugin and managed migration options for WordPress and WooCommerce. Promotion-specific migration terms can change, so confirm the current offer and eligibility in Cloudways before scheduling a production move.
Does migrating WordPress also migrate my email?
No. Website migration and mailbox migration are separate. Kinsta does not include mailbox hosting, so your existing Google Workspace, Microsoft 365 or other email service usually remains separate and should not need to move with WordPress. Preserve MX, SPF, DKIM and DMARC records unless you intentionally change email providers.
Which Cloudways plan should I choose?
Choose from workload, not just monthly visits. Dynamic ecommerce, logged-in users, LMS activity, imports and concurrent PHP requests require more resources than mostly cached content. Use the calculator as a starting point, then validate the recommendation with production monitoring after migration.
Should I change nameservers during the migration?
Not necessarily. Keeping DNS at the existing provider and changing only the website records can reduce risk because email and other services remain untouched. Change nameservers only when you have a reason and have recreated the complete DNS zone first.
How long should I keep the old host after switching DNS?
Keep it long enough to verify real traffic, background jobs, forms, transactions, email, analytics and SSL on the new platform. There is no universal number of hours that replaces functional testing. Avoid cancelling the source immediately after the first successful browser check.
Can I move back if Cloudways is not a good fit?
Yes if you preserve a clean source or independent backup and avoid cancelling too early. A reversible migration plan keeps the old environment intact during testing, stores a final backup outside both hosts, and documents DNS so you can direct traffic back while troubleshooting.
Cloudzat may earn a commission if you sign up for Cloudways through links on this page. This does not change your price. Hosting prices, promotions, migration eligibility, email rates, server resources and platform features can change, so confirm purchase-critical details before cancelling your existing host.