Most comparisons between Cloudways and RunCloud present them as two competing hosting companies, which misses the actual relationship between them and DigitalOcean. Neither Cloudways nor RunCloud owns the physical servers your site runs on when you choose the DigitalOcean option. Both are management layers sitting on top of a DigitalOcean Droplet you are, in a real sense, renting either way. The comparison that matters is not which company is the better host, it is which management layer you want standing between you and that raw DigitalOcean server, and what you get, and give up, at each layer.
This article covers Cloudways vs RunCloud specifically for the scenario most site owners searching this phrase are actually in: you have decided DigitalOcean is your infrastructure provider, and you need to decide how to manage it. That means comparing the real cost difference once DigitalOcean’s own server price is factored in, who is actually responsible for support when something breaks, root access and how much control panel structure you keep versus give up, deployment and staging workflows, and which setup fits which skill level. If you have read a comparison that treats this as Cloudways versus RunCloud in isolation, without mentioning that both sit on the same underlying DigitalOcean Droplet, it left out the detail that actually drives the decision, and likely left you comparing two products as though they compete on the same axis when they actually solve different parts of the same underlying problem.
The markup you are not seeing in most comparisons
Cloudways does not let you bring your own DigitalOcean account with an existing Droplet. Instead, Cloudways provisions the DigitalOcean server on your behalf through its own infrastructure agreement, bundles a managed layer around it, control panel, caching stack, backups, security, and support, and charges you a single monthly price for the whole package. That price carries a substantial markup over what the same raw DigitalOcean Droplet would cost if you rented it directly from DigitalOcean. Multiple independent analyses put this markup in the range of 120 to 135 percent: a DigitalOcean Droplet that costs roughly $6 per month directly is priced at approximately $14 per month through Cloudways for a comparable configuration. The same pattern holds at larger server sizes too, and the percentage markup tends to stay roughly consistent rather than shrinking as you scale up, so the dollar gap between the two approaches actually widens on bigger servers rather than narrowing.
RunCloud works the opposite way. You create and pay for your own DigitalOcean account and Droplet directly at DigitalOcean’s own pricing, starting as low as $4 to $6 per month for an entry configuration, and RunCloud charges a separate subscription fee on top for the control panel and management layer, starting around $2 to $8 per month on entry tiers and climbing based on server count and feature access. The total cost of DigitalOcean plus RunCloud at the low end can land noticeably cheaper than Cloudways for a single small server, but the comparison is not quite apples to apples, because the two subscriptions cover different things and the support relationship behind each one is structured completely differently, which is the part most price-focused comparisons skip entirely.
To put concrete numbers against a typical small business scenario, a 2GB RAM DigitalOcean Droplet running directly costs roughly $18 per month, plus a RunCloud Professional-tier subscription in the range of $8 to $16 per month depending on the billing term, for a combined total somewhere between $26 and $34 per month. The comparable Cloudways plan at a similar resource allocation runs closer to $30 to $42 per month depending on the exact configuration and add-ons selected. The gap is real but narrower than the headline markup percentage suggests once you factor in a realistic RunCloud subscription tier rather than just its cheapest entry plan, which is often too limited in server count for anyone beyond a single hobby project.
Who actually answers when your server has a problem
This is the single most consequential difference between the two setups, and it rarely gets stated plainly in most side-by-side feature comparisons, which tend to focus on price and specs while treating support structure as an afterthought footnote rather than the central decision factor it actually is for most non-technical buyers. With Cloudways, when something goes wrong at the server level, whether it is a configuration issue, a performance problem, or an actual DigitalOcean infrastructure fault, you open one support ticket with Cloudways, and Cloudways is contractually the party responsible for resolving it, including escalating to DigitalOcean on your behalf if the root cause sits at the infrastructure layer. You never need a direct support relationship with DigitalOcean at all. Cloudways owns the entire support experience because it owns the provisioning relationship with DigitalOcean. Reviewers consistently describe Cloudways’ live chat support as fast to reach, typically under a minute to connect with a human agent, though several also note that response speed on the standard support tier can vary, and that upgrading to a faster premium support tier carries a meaningful additional cost.
With RunCloud, the support relationship is split in a way that catches new users off guard. RunCloud’s own support team, as they state clearly in their documentation and as several user reviews confirm, is scoped specifically to issues with the RunCloud panel itself: the dashboard, the deployment tools, the control panel functionality. If your actual DigitalOcean Droplet has a problem, whether that is a resource limit, a networking issue, or an outright infrastructure fault, that is a support ticket with DigitalOcean directly, using whichever DigitalOcean support tier you are subscribed to, which itself varies significantly in responsiveness depending on the plan. RunCloud support will tell you plainly that server-level infrastructure issues are outside their scope and direct you to your DigitalOcean account or your own developer.
Some user reviews describe this split causing real friction in practice, not just in theory. One G2 reviewer described being told by a RunCloud support representative that the platform’s support scope is limited to RunCloud panel issues specifically, with the recommendation to consult a web app developer for anything beyond that, a response that reads as reasonable in isolation but can feel like being bounced between two vendors when a site is actually down and the root cause is not immediately obvious to a non-technical user. For a technically comfortable user this split is manageable and even preferable, since you retain a direct relationship with the infrastructure provider and are not paying a markup for a middleman support layer you may rarely need. For anyone who wants a single point of contact regardless of where a problem originates, this split is the main reason Cloudways exists as a product category at all, and it is worth weighing seriously before assuming the cheaper RunCloud-plus-DigitalOcean combination is automatically the better deal.
Root access, control panel structure, and how much you can actually touch
Cloudways deliberately does not provide root access to the underlying server. The entire product is built around a curated, visual control panel that replaces command-line server administration, and that curation is precisely what makes it approachable for non-technical users. The tradeoff is real: several reviewers, including long-term customers, specifically flag the lack of root access as a limitation once a site grows complex enough to need a custom server configuration, a non-standard software package, or a specific caching setup Cloudways does not offer out of the box. Tasks that would take five minutes with direct server access instead require a support ticket and a wait for Cloudways to either perform the change or explain why it is not possible within their managed structure.
One long-term Cloudways customer describes hitting exactly this wall after years of otherwise smooth operation: a stretch where post saves in WordPress were taking over a minute, with server CPU pegged at 100 percent, and a strong suspicion that an overly aggressive firewall rule or security scan on Cloudways’ side was the cause, but no way to confirm or fix it directly because that layer of the stack sits behind Cloudways’ managed abstraction and is simply not visible to the customer. This is the practical cost of the no-root-access tradeoff: when the platform’s own managed layer is the thing causing a problem, you are dependent on Cloudways’ own support and engineering team to diagnose it, with no ability to investigate the issue yourself even if you have the technical skill to do so.
RunCloud takes the opposite position by design. Since you own the DigitalOcean Droplet directly, you retain full root access to the server at all times, and RunCloud’s panel sits alongside that access rather than replacing it. This means you can drop into SSH and make any change a raw Linux server allows, install a package RunCloud’s interface does not natively support, or fine-tune a configuration file directly, all while still using RunCloud’s dashboard for the day-to-day tasks it does handle well: site deployment, SSL management, and basic server monitoring. This flexibility is exactly why RunCloud is positioned toward developers and technically comfortable agencies rather than complete beginners, since the same root access that gives you freedom also gives you the ability to break something Cloudways’ more locked-down structure would have prevented by design.
The practical upshot for a small agency deciding between the two setups comes down to an honest assessment of who is actually going to touch the server. If nobody on the team is comfortable in a terminal and the plan is to rely entirely on the hosting provider’s dashboard for every task, RunCloud’s preserved root access is a feature that will simply never get used, and Cloudways’ more guided, all-in-one interface is the better fit regardless of the cost difference. If the team includes even one person comfortable with basic Linux administration, RunCloud’s model opens up cost savings and configuration options that stay permanently out of reach on Cloudways, and that gap tends to widen as the agency’s hosting needs get more specific over time.
Server stack options and what each platform assumes about your workload
Cloudways ships a fixed, pre-optimized technical stack: Nginx plus Apache plus Varnish plus PHP-FPM, tuned by Cloudways and not meaningfully adjustable by the customer. For WordPress and most standard PHP applications, this stack performs well out of the box without any manual tuning, and Cloudways layers additional WordPress-specific tools like Object Cache Pro on top for customers who need better handling of dynamic, database-heavy pages. Independent testing backs this up: one review measured a 99 percent GTmetrix score with a 119 millisecond time to first byte on a Cloudways-hosted site, a genuinely strong result achieved without any manual server tuning on the customer’s part, and a number that holds up well against far more expensive premium hosting alternatives that require considerably more setup effort to reach. If your workload fits comfortably within what this stack is built for, you get strong performance with essentially zero configuration effort. If you specifically want a pure Nginx setup, a LiteSpeed-based stack, or a different combination entirely, that option does not exist within Cloudways, and reaching for it means you were probably always a better fit for a direct VPS setup in the first place.
RunCloud gives you a meaningful choice here that Cloudways does not: you can deploy your DigitalOcean server with either a standard Nginx-based stack or an OpenLiteSpeed stack, and the choice has a real, practical cost implication for WordPress sites specifically. Running the OpenLiteSpeed stack unlocks compatibility with the LSCWP caching plugin and the QUIC.cloud CDN service, both free, which several long-term RunCloud users specifically cite as a way to avoid paying for a premium caching plugin like WP Rocket or FlyingPress that they would otherwise need on a standard Nginx stack. This is a genuine cost and performance lever available through RunCloud that simply is not on the table with Cloudways’ fixed stack, and it is one of the more concrete reasons a technically comfortable WordPress agency might choose RunCloud specifically over Cloudways rather than just accepting Cloudways’ one-size-fits-most configuration.
The OpenLiteSpeed decision is worth weighing carefully rather than treated as an automatic win, though, since it does introduce its own tradeoff. LSCWP and QUIC.cloud are excellent, well-maintained tools, but they are a smaller ecosystem than the plugins and services built around the far more common Nginx and Apache stacks that most WordPress hosting, tutorials, and third-party plugin compatibility notes assume by default. A less common stack occasionally means slightly more troubleshooting friction when a plugin’s documentation assumes a standard Nginx setup rather than OpenLiteSpeed specifically, a minor but real cost against the caching plugin savings the stack otherwise delivers. For most standard WordPress sites this friction is rare enough not to matter, but it is worth knowing about before committing an entire agency’s hosting stack to it.
Related comparisons on this site:
1. DigitalOcean vs AWS Lightsail comparison
2. Cloudways vs Kinsta: WordPress hosting compared
3. Cloudways vs SiteGround: cloud hosting compared
4. SpinupWP vs Cloudways: WordPress VPS compared
5. RoseHosting vs Scala Hosting: managed VPS compared
Pricing tiers in practice: what each plan actually limits
Cloudways’ entry Flexible plans start around $14 per month on a small DigitalOcean-backed server and scale primarily by increasing server resources, RAM, CPU, and storage, rather than by artificially limiting the number of sites or applications you can run on a given server. Higher Autonomous plans, aimed at high-traffic WordPress and WooCommerce sites needing genuine autoscaling, start around $100 per month and move into custom pricing territory for larger operations. The practical limiting factor on a Cloudways plan is almost always server capacity, not an arbitrary feature gate, which makes cost planning relatively straightforward: estimate your traffic and resource needs, and the corresponding server size tells you the monthly cost.
RunCloud’s pricing tiers work differently, and the limiting factor is more often the panel’s own feature gates than raw server capacity. The Basic or Essentials tier restricts you to a single connected server, which several reviewers report becoming a real operational problem the moment they need to add a second server or migrate an existing site to new infrastructure, since some support interactions have reportedly given inconsistent answers about what the Basic plan actually permits during a migration. One G2 reviewer described being told by one support representative that switching servers on the Basic plan was simply not possible, while a different representative had earlier suggested a temporary trial-plan workaround, an inconsistency that added friction to what should have been a routine infrastructure change. Higher Professional, Business, and Enterprise tiers unlock unlimited servers, team collaboration features, and API access, with meaningfully higher monthly costs at each step.
It is also worth flagging a specific complaint that recurs across RunCloud reviews: several of the platform’s more useful features sit specifically behind the top Enterprise tier rather than being available at the mid-range Business level, including details as granular as a folder size readout in the file manager. For an agency managing one or two servers, paying for the full Enterprise tier just to access a handful of convenience features that arguably belong at a lower tier does not make financial sense, and reviewers explicitly note this as a point of frustration rather than a minor quibble. For an agency planning to manage more than one or two client servers from day one, budgeting for at least the Professional tier from the start avoids the mid-project upgrade friction several users report hitting on the entry tier, but it is worth reviewing RunCloud’s current feature-to-tier mapping directly before committing, since which specific capability sits at which tier has shifted over past pricing revisions.
Migration, staging, and day-to-day workflow differences
Both platforms handle the basics of WordPress and PHP application deployment competently: one-click installs, Git-based deployment for developers who want it, and staging environments for testing changes before pushing to production. Cloudways’ migration process for moving an existing site onto its platform is handled with meaningful hand-holding, including free migration assistance from the Cloudways team for customers moving from another host, which reduces the technical burden on a non-technical site owner significantly. For a small business owner or a solo blogger moving off a shared hosting plan for the first time, this white-glove migration is often the deciding factor over RunCloud, regardless of the price difference, simply because the alternative of a self-managed migration onto a raw DigitalOcean Droplet feels intimidating without hands-on help.
RunCloud’s deployment tools are built with a more developer-centric workflow in mind, including atomic deployments that swap in a new version of a site without downtime, and integrations with Git providers and Slack for teams that already have a development workflow they want the hosting layer to plug into rather than replace. Atomic deployment specifically deserves a brief explanation for anyone unfamiliar with the term: rather than overwriting files in place while a deployment is in progress, which risks a visitor hitting the site mid-update and seeing a broken mix of old and new files, an atomic deployment builds the new version completely in a separate location first, then switches the live site to point at the new version in a single instantaneous step. This approach, common in more mature developer tooling but less often found in simpler hosting control panels, is a genuine technical advantage for a team pushing frequent updates to a production site.
For an agency or development team with an existing CI/CD process, RunCloud’s tooling fits into that process more naturally than Cloudways’ more self-contained, all-in-one approach, which is built to be the whole workflow rather than one piece slotted into a larger existing one. Teams already using GitHub Actions, GitLab CI, or a similar pipeline to test and build their application before deployment will find RunCloud’s Git integration and webhook support easier to wire into that existing process, since RunCloud was designed from the outset as infrastructure a developer configures rather than a finished product a non-technical user simply logs into and uses. Cloudways can be made to work with an external CI pipeline too, through its own API and Git deployment features, but the platform’s overall design assumes you are using its dashboard as the primary interface rather than treating it as one node in a larger, externally orchestrated workflow.
Backup handling also differs in a way worth planning around before choosing either platform. Cloudways includes automated backups as part of its bundled managed service, with backup frequency and retention varying by plan tier, and restoring from a backup is handled through the same unified dashboard as everything else. RunCloud’s backup system underwent a notable revision in recent years, moving from a separately billed add-on to a system bundled into the paid subscription tiers, now covering backups to RunCloud’s own storage as well as external destinations like Google Drive, Dropbox, and other third-party storage providers. For a team that already has an external backup strategy in place, RunCloud’s flexibility to route backups to storage you already control and pay for separately can work out cheaper than relying entirely on a hosting provider’s built-in backup allocation, though it does require configuring that external destination yourself rather than it working automatically out of the box the way Cloudways’ bundled backups do.
Who should actually choose which setup
If you want a single vendor responsible for everything, from the DigitalOcean server itself to the caching stack to the support ticket when something breaks, and you would rather pay a markup than ever need to open a DigitalOcean support ticket yourself, Cloudways is the more sensible choice, particularly for agencies managing client sites where a single, predictable monthly invoice and a single point of accountability matters more than shaving the last dollar off server cost. This is especially true for an agency serving clients in regulated or reputation-sensitive fields, where being able to tell a client “our host handles all of that” carries real value beyond the raw dollar cost, since it removes an entire category of technical risk the agency would otherwise need to own directly, and avoids the awkward conversation of explaining a server-level outage to a client who has no context for what a DigitalOcean Droplet even is.
If you are comfortable owning your own DigitalOcean account, want root access preserved, and would rather pay DigitalOcean’s own price for the server plus a smaller RunCloud subscription for the management layer on top, and you do not mind that a genuine infrastructure fault means opening a ticket with DigitalOcean rather than a single unified support desk, RunCloud is the more cost-effective and flexible choice, especially for a developer or technical agency that wants the OpenLiteSpeed stack option or a workflow that plugs into an existing Git-based deployment process. The math tends to favor RunCloud more clearly as server count grows, since the panel subscription cost is spread across more infrastructure while Cloudways’ per-server markup applies to every additional server independently.
Neither setup is wrong. The decision comes down to whether you are buying a fully bundled service or building your own stack from parts you understand and are willing to support yourself when one of those parts breaks. An agency that has never had to open a DigitalOcean support ticket, troubleshoot a server-level firewall rule, or read a Linux error log is generally better served accepting Cloudways’ markup in exchange for never needing to acquire those skills, since the cost of that markup is small compared to the cost of hours lost troubleshooting something the team has no experience diagnosing. An agency with even modest in-house technical capability, or one willing to build it, will likely find that capability pays for itself within a few months once server count grows past one or two properties, at which point RunCloud’s lower per-server overhead starts to meaningfully outweigh Cloudways’ more expensive but simpler bundled convenience, and the savings compound with every additional server added to the portfolio afterward.
Sources and references consulted: DigitalOcean pricing, gtmetrix.com, web.dev, trustpilot.com, g2.com, digitalocean.com.
