A comparison of approaches
Managed Hosting vs Self-Managed vs PaaS: How to Choose
We compare the real options for running your infrastructure honestly, including when the right answer is not managed hosting at all.
Talk through your setupWhat you are actually deciding
The decision is not which option is cheapest on a monthly invoice. It is who carries the operational load when something in the stack breaks at an inconvenient hour, and whether that person or team has the attention to actually carry it. A perfectly capable in-house engineer with no time left over is functionally the same as nobody being on call.
The factor most teams weigh wrong is control. Every option on this page offers some form of control, and the instinct is to maximise it. The more useful question is how much of that control you or your team will actually exercise, given everything else competing for the same hours. Workload count, traffic pattern, and who already has the platform skill in the building decide this well before any product on the market does.
Side by side
Self-managed, managed hosting, PaaS, and a cloud provider's own services
| Dimension | Self-managed infrastructure | Managed hosting | Platform-as-a-service | Cloud provider's own services |
|---|---|---|---|---|
| Cost shape | Salaried headcount | Fixed or tiered monthly | Variable, usage-based | Variable, per service |
| Speed to start | Slowest, builds from zero | Fast, onboarding-led | Fastest, push and run | Fast, within one console |
| Control retained | Full, down to the kernel | Full over the application | Limited, behind an abstraction | Full within that provider |
| Risk if it goes wrong | Falls entirely on your team | Shared with an accountable vendor | Limited by the platform's own model | Bounded to that provider's footprint |
| Who it fits | Teams with in-house platform skill | Multiple workloads, no dedicated owner | Early-stage, small unpredictable traffic | One workload, one provider already |
| Who it does not fit | Teams without spare operational hours | A single low-traffic workload | Large, steady, or low-level-sensitive loads | Workloads spanning more than one environment |
Self-managed infrastructure
Your own team provisions, patches, monitors, and repairs the servers directly, whether that means a fleet of virtual machines, bare-metal hardware, or a self-hosted container orchestrator such as Kubernetes among other options. Nobody stands between your engineers and the machine.
Who this fits
A team that already includes someone platform-capable, running a workload complex or large enough to justify permanent internal ownership, or operating under a compliance regime that requires scrutiny down to the operating system layer that a third party cannot provide.
Where this fails
It fails quietly, not loudly. Engagements we have been brought in to help after a self-managed setup outgrew its team tend to show the same pattern: the one person who understood the servers moved on, the runbooks were in their head rather than written down, and operations work kept losing out to feature deadlines every time the two competed for the same hours, because a server that has not failed yet always loses that argument.
Managed hosting
A provider, DrieVerse included, takes responsibility for the server layer itself: setup, hardening, patching, monitoring, backups, and being reachable when it breaks, while you keep control of the application and the data running on top of it.
Who this fits
A team running more than one workload that wants a single accountable vendor for the operational layer, without hiring a platform engineer to do work that does not need to be full-time. It suits teams that want predictable patch and monitoring cadence more than they want to own every knob on the machine.
Where this fails
It fails a team that already runs its own infrastructure well. Paying a third party to manage servers your own people already operate competently is redundant cost, not risk reduction, and we say that to prospective clients when it is true rather than finding a reason they need us anyway. It also fails a single, small, low-traffic workload where the operational overhead a managed arrangement removes barely exists yet.
A platform-as-a-service provider
You push code and a platform handles provisioning, scaling, and runtime patching behind an abstraction you never see. Nobody on either side is managing an individual server, because the concept of an individual server is deliberately hidden from you.
Who this fits
An early-stage product with small, unpredictable traffic, wanting to ship without hiring for operations at all. The operational overhead a managed arrangement removes does not exist yet at that scale, which makes a platform-as-a-service provider usually cheaper and faster to launch on than any managed arrangement, DrieVerse's included.
Where this fails
The cost shape that made it cheap at low volume tends to become the most expensive shape once traffic is large and steady, because you are paying for convenience on every request rather than for a fixed footprint. It also caps how far you can reach into the runtime: a workload with unusual low-level or data-residency requirements can hit the edge of what the platform's abstraction allows and have no way past it.
A cloud provider's own managed services
Many cloud providers sell their own managed database, managed compute, and managed container offerings directly, sitting on the infrastructure you already run in that account, with no third-party layer in between.
Who this fits
A single, well-understood workload already fully committed to one cloud provider, where adding a further management layer on top would mean paying twice for the same job and dealing with a second support relationship for no added coverage.
Where this fails
It fails once workloads span more than one environment, because each provider's managed layer only covers its own footprint and the seams between environments end up owned by nobody. It also assumes your team has the specific expertise to interpret that provider's own alerts, which "the provider manages the server" does not by itself supply.
When to choose which approach
These are conditional, not a ranking. Two of the six point away from managed hosting entirely, and a third points to an option that is neither managed hosting nor fully self-managed.
Choose self-managed if you already run one well
A team that already runs a capable platform group fluent in the infrastructure it operates should stay self-managed. Paying anyone, DrieVerse included, to manage infrastructure your own team already runs well is redundant cost, not risk reduction.
Choose a platform-as-a-service if you are early and small
An early-stage product with small, unpredictable traffic is usually cheaper and faster on a platform-as-a-service than on any managed arrangement. The operational overhead a managed service removes does not exist yet at that scale.
Choose your cloud provider's own layer if you are committed already
A single, well-understood workload already committed to one cloud provider may be fully served by that provider's own managed database and compute services, without a third layer of management on top of it.
Choose managed hosting if nobody owns the operational layer
A team running more than one workload, with no one whose job includes operating them day to day, is the case managed hosting earns its cost: a single accountable party for the layer that would otherwise be everyone's problem and therefore nobody's.
Choose managed hosting over self-managed if hiring is the constraint
If the local hiring market for platform engineers is thin or slow, and the workload is already too large for a platform-as-a-service, managed hosting closes that gap immediately instead of waiting on a hire that may take months to land.
Choose neither yet if you have not settled where it lives
If the application's architecture, data residency needs, or even its long-term traffic shape are still unsettled, fix those decisions first. Committing to a hosting approach before the workload is understood usually means redoing the choice within a year.
How we scope a hosting decision
We start with an audit of what is running today, not a sales conversation: how many workloads, what traffic pattern each one sees, what skill already exists in-house, and what compliance or data-residency constraints apply. That audit is what tells us, and you, which of the four approaches above actually fits, and it sometimes points away from managed hosting entirely. We say so when it does.
What changes the cost shape is headcount versus a managed retainer versus a platform's usage-based billing, not a single number we could quote before that audit happens. A single application server and a replicated, multi-region setup are not comparable, and pricing either one from a rate card rather than a scoping conversation would be a guess dressed up as a quote.
Where this decision routes next
Once you know which approach fits, the deliverable detail behind it lives on its own page.
Managed hosting, self-managed, and PaaS FAQs
Managed hosting gives you a provider-operated server you can still reach and configure. A platform-as-a-service removes the server from view entirely: you deploy code and the platform decides how it runs, which trades some control for less operational work on your side.
The shapes differ more than the totals: self-managed is salaried headcount, managed hosting is typically a fixed or tiered monthly arrangement, and a platform-as-a-service is usage-based. We quote after a short assessment of your actual workload rather than from a price list.
Usually yes. We audit the current environment, rebuild it alongside the existing one, rehearse the cutover, and move during a low-traffic window with the old setup kept as a fallback. The application code rarely needs to change for a hosting move alone.
It can, at the runtime layer: your code often needs to conform to how the platform expects it to run. Managed hosting keeps the underlying server closer to a standard shape, which generally makes a later move, including away from us, more straightforward.
You do, under all four. With managed hosting the environment can sit inside your own accounts with us holding managed access, or we can hold the supplier relationship if you prefer. Either way, ownership and the arrangement are documented up front.
Revisit it when workload count changes, when traffic moves from unpredictable to steady, or when the person who understood the setup leaves. Those are the events that change which approach fits, not a fixed calendar interval.
Still deciding?
Talk through your situation before you commit to an approach
Tell us what you run today and where it is headed. We will tell you honestly which of these fits, including if it is not managed hosting.
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