UpCloud is a Finnish cloud provider that competes on one thing above all others:
storage performance. Its MaxIOPS block storage has been the company’s differentiator since
launch, and it is the reason UpCloud appears on shortlists where a database is the
bottleneck. If you want to buy UpCloud account access, this page covers the
single configuration listed — a $500 credit balance at $30.
Overview: what UpCloud is
UpCloud sells virtual servers, block storage, managed databases, networking and load
balancing. The product surface is deliberately compact rather than sprawling, which puts
it in the same category as DigitalOcean, Linode and Hetzner rather than alongside the
hyperscalers.
Where it separates itself is I/O. Storage performance is frequently the constraint that
determines how a database-backed application actually feels, and it is the specification
most providers are quietest about. UpCloud built its positioning around publishing and
delivering high storage throughput, and for workloads where disk latency is the limiting
factor that focus is genuinely useful. The
UpCloud documentation
covers the platform in full.
Available UpCloud configuration
The table below is the complete list. Read it as the menu you choose from when you buy UpCloud account configurations on this page — each row is priced and specified independently, so nothing is bundled or assumed.
| Configuration | Price |
|---|---|
| $500 Credit | $30 |
$500 Credit — $30
An account carrying a $500 credit balance. Because UpCloud’s per-hour rates sit in the
same territory as other developer-focused providers, $500 funds a meaningful amount of
running time — enough to build something real, benchmark it properly against
whatever you are currently using, and reach a decision on evidence rather than on
marketing claims.
That is the natural use for this configuration: not a short look at a control panel,
but a genuine side-by-side test where storage performance can be measured under your own
workload.
Key features
The points below summarise what distinguishes these options for anyone about to buy UpCloud account configurations for the first time.
- A $500 credit balance at a $30 entry price.
- MaxIOPS storage, the platform’s high-performance block storage tier.
- Compact product range — servers, storage, networking, managed databases.
- European headquarters and data centres, alongside locations further afield.
- Full API, CLI and Terraform provider for automation.
UpCloud services
Cloud servers
Virtual machines with configurable CPU and memory, provisioned quickly and billed by
the hour. General purpose, high CPU and high memory plans exist, along with the ability to
build a custom configuration where the preset shapes do not fit.
MaxIOPS block storage
The platform’s headline product. Storage performance affects databases more than almost
any other component, because a database that must wait on disk cannot be rescued by adding
CPU. Where an application’s slowness traces back to I/O rather than to compute, this is the
specification that matters.
Managed databases
MySQL, PostgreSQL, Redis and OpenSearch offered as managed services with backups and
failover handled by the platform. Sitting these on high-performance storage is the
combination UpCloud is designed around.
Networking
Software-defined networking with private networks, floating IP addresses and managed
load balancers. Private networking keeps internal traffic off the public internet, which
should be the default for any database or internal service.
Object storage
S3-compatible object storage, meaning existing tooling and SDKs written against the S3
API work without modification.
Who should buy UpCloud account configurations
- Teams whose database is the bottleneck and who want to test whether storage performance is the cause.
- Developers evaluating UpCloud against DigitalOcean, Linode or Hetzner with a real workload.
- Applications with I/O-heavy access patterns — frequent small reads and writes rather than bulk sequential transfer.
- Organisations wanting European hosting with a compact, predictable platform.
Common use cases
Database-backed applications
The central case. An application whose responsiveness is governed by how quickly its
database can read and write benefits directly from faster storage, and the improvement is
usually more noticeable than an equivalent spend on CPU.
Benchmarking and platform evaluation
A $500 balance is well suited to running your own workload on UpCloud alongside your
current provider and comparing results. Synthetic benchmarks published by vendors are
rarely representative; your own application is.
Web application hosting
Standard multi-tier hosting — application servers, a database, a load balancer.
Nothing unusual, and predictable pricing makes it easy to reason about.
Development and staging environments
Short-lived environments that mirror production. Hourly billing means an environment
that exists for two days costs two days.
Self-hosted tooling
Internal services, monitoring, artefact storage. Predictable cost suits infrastructure
that simply needs to exist.
Making the credit go further
A fixed balance rewards a little planning.
Destroy what you are not using. Servers bill while they exist, not only
while they are busy. A stopped server still holds allocated storage. For evaluation work,
building and destroying environments is cheaper than leaving them running between
sessions.
Size for the test, not for production. Benchmarking storage
performance does not require a large instance; it requires representative access patterns.
Over-provisioning during evaluation consumes balance without improving the quality of the
answer.
Watch storage and bandwidth separately. Block storage bills on
allocated capacity whether or not it is full, and outbound transfer bills beyond the
included allowance. Both are easy to overlook when attention is on the server plan.
Automate teardown. Using Terraform or the API to create and destroy
environments makes it practical to run tests without leaving infrastructure behind by
accident, which is where most wasted balance goes.
Technical considerations
Locations
UpCloud operates across Europe, North America, Asia-Pacific and Australia. Choose based
on user latency and any data-residency requirement, and choose deliberately — moving
a server between locations means rebuilding it rather than migrating it.
Backups
Backups and snapshots are available but should be configured explicitly rather than
assumed. Establish a backup position before putting real data anywhere, and test a restore
at least once so it is a plan rather than an assumption.
Security baseline
Use SSH keys and disable password authentication — a public IP address attracts
automated login attempts within minutes. Create a non-root user with sudo. Keep the
operating system patched. Put databases on private networking rather than public
addresses. None of this is platform-specific and all of it prevents the majority of
avoidable incidents.
Automation
The API covers the full resource surface, with a CLI and Terraform provider available.
For evaluation work in particular, scripting the environment means you can rebuild it
identically rather than reconstructing it from memory.
Getting started
- Add SSH keys and disable password authentication before anything else.
- Create a private network and place servers inside it.
- Configure firewall rules permitting only the ports you actually serve.
- If you are here for storage performance, benchmark with your own workload rather than a synthetic tool.
- Set up monitoring, particularly on disk utilisation.
- Script environment creation so teardown and rebuild are trivial.
Storage performance and why it decides application speed
Because MaxIOPS is UpCloud’s central claim, it is worth explaining what storage
performance actually governs — the topic is poorly understood and it determines
whether this platform is worth evaluating at all.
IOPS, throughput and latency are three different things
IOPS counts operations per second and matters for workloads doing many
small reads and writes — which is exactly what a transactional database does.
Throughput measures bytes per second and matters for bulk sequential work
such as backups or large file transfers. Latency is how long a single
operation takes, and it is usually what users actually perceive.
A system can have impressive throughput and still feel slow if latency is poor, because
a database query that waits on twenty sequential reads is bounded by latency rather than
by bandwidth. This is why headline throughput numbers frequently fail to predict how an
application behaves.
How to tell whether storage is your bottleneck
The diagnostic is straightforward. On a Linux host, look at I/O wait — the
proportion of time the CPU spends idle waiting for disk. If that figure is consistently
high while CPU utilisation is low, the processor is waiting on storage and more compute
will not help. If CPU is saturated and I/O wait is negligible, the opposite is true and
faster disks will change nothing.
Databases also expose their own indicators: slow query logs, buffer pool hit ratios and
checkpoint behaviour all point at whether the working set fits in memory or is being
served from disk. A working set that no longer fits in RAM is the most common reason an
application that was fast last year is slow this year.
Benchmarking honestly
Synthetic tools produce numbers that are easy to compare and frequently unrepresentative,
because they generate access patterns your application does not. The evaluation worth
running is your own workload — restore a production-sized database, replay realistic
queries, and measure response times. That is precisely what a $500 credit balance is large
enough to fund, and it produces an answer that a benchmark table cannot.
When faster storage will not help
Being clear about this saves money. If the workload is CPU-bound, if the dataset fits
comfortably in memory, or if the bottleneck is an external API rather than local disk, then
storage performance is not the constraint and paying for it buys nothing. Diagnose before
migrating.
Important considerations
The configuration describes a credit balance. It does not state server
sizes, locations, storage allocations or quotas. Confirm anything your project depends on
before ordering, via the contact page.
Credit is consumption, not capacity. A balance funds usage; it does not
by itself determine what performance you receive, which depends on the plans you choose.
Provider terms apply. UpCloud publishes its
terms and conditions,
which govern use of any account.
The price is per configuration, exactly as listed.
Frequently asked questions
Which configuration should I choose?
Match the configuration to the workload rather than to the price. Most people who buy UpCloud account configurations start from the smallest option that covers their current need and move up once real usage is measured, which avoids paying for headroom that never gets used. The comparison sections above set out the trade-offs; the FAQ page covers ordering questions.
Is it safe to buy UpCloud account configurations listed here?
Every configuration on this page states its specification and price exactly as supplied, and nothing is implied beyond what is written. Anything your project depends on that is not named should be confirmed on the contact page before you buy UpCloud account configurations.
What can I do with $500 in credit?
Run a realistic multi-server environment for a meaningful period, benchmark it against
your current provider, and reach an evidence-based decision. It is sized for genuine
evaluation rather than a brief look around.
What is MaxIOPS and does it matter for me?
It is UpCloud’s high-performance block storage. It matters when disk I/O is your
bottleneck — typically database-backed applications with frequent small reads and
writes. If your workload is CPU-bound, it will make little difference.
How does UpCloud compare with DigitalOcean, Linode or Hetzner?
All four occupy similar territory: compact product ranges, predictable pricing,
developer-oriented. UpCloud emphasises storage performance; Hetzner emphasises price;
DigitalOcean and Linode emphasise ecosystem and documentation. Compare
DigitalOcean,
Linode and
Hetzner directly.
Does credit expire?
Expiry is governed by UpCloud’s own terms rather than by anything stated in this
configuration. Check the current terms for the definitive position.
Can I run Kubernetes?
UpCloud offers managed Kubernetes, and self-managed clusters on cloud servers are
equally possible.
Is UpCloud suitable for production?
Yes for a wide range of workloads. As with any compact platform, it stops being the
right answer when you need a broad managed-service catalogue or specific accelerator
hardware — at which point see Cloud
Accounts.
How do I order?
Add the configuration to the cart and complete checkout through the configured
cryptocurrency gateway.
Where to buy UpCloud account configurations
Everything needed to buy UpCloud account configurations is on this page — the single option, the price of each, and the specification each one carries.
Every configuration described above can be ordered directly from this page. Select the one you need in the selector at the top, add it to the cart and complete checkout — there is one configuration listed, $30.00. Checkout collects only a name and an email address, and payment runs through the cryptocurrency gateway configured on this site.
If you are unsure which option fits, describe the workload on the contact page before ordering rather than after — it is usually possible to narrow the list quickly. Common questions are collected on the FAQ page.
What you get when you buy UpCloud account
Every listing on this page is a specific, named configuration rather than an open-ended arrangement. When you buy UpCloud account here you are choosing one of the configuration described above, at the stated price $30.00, with the specification exactly as written.
- The exact configuration named in the selector, with no substitutions.
- The price shown, with no added fees at checkout.
- A checkout that asks only for a name and an email address.
- Direct contact before ordering if you are unsure which option fits.
If you are comparing providers rather than configurations, the Cloud Accounts and Cloud Infrastructure categories list the alternatives side by side. If you already know what you need, you can buy UpCloud account configurations directly from the selector at the top of this page.
Related products
Compare with Hetzner,
DigitalOcean,
Linode,
OVHcloud and
Atlantic in the
Cloud Infrastructure category.
Questions are answered on the FAQ page.
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