A $5 VPS can run a lightweight self-hosted error tracker, but only if you choose the software and database for that small resource envelope and accept that the monitor and the application it watches share one failure domain. The monthly price says little about what you get. RAM, CPU, disk, and the workload you put on the box determine whether it works.
What a $5 VPS usually gives you
Budget VPS plans are advertised by price, but the specifications behind that price are what matter for a monitoring service that must stay up while your application misbehaves. A 2026 guide from urgentry, a tracker vendor, updated May 10, 2026, lists the following example configurations. These are the guide’s examples, not current offers, and provider pricing changes often.
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| Example plan (per the guide) | Stated monthly price | RAM / vCPU / disk |
|---|---|---|
| Entry plan | $5–6 | 1 GB / 1 vCPU / 25 GB SSD |
| Larger plan | €4.51 | 2 GB / 2 vCPU / 40 GB |
The gap between these rows is the point. A 2 GB machine at a similar price leaves considerably more room for a database, a web process, and background workers than a 1 GB machine. Before you deploy anything, check the current plan in the provider’s control panel for RAM, vCPU, disk type and size, region, and any network or storage limits.
What GlitchTip’s installation requirements say
GlitchTip, an open-source error tracker, publishes its installation requirements in its official documentation. The figures below were accessed in 2026. They are documented deployment baselines, not a guarantee that a particular server will handle a particular load.
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| Component | Documented value | What it means on a small VPS |
|---|---|---|
| PostgreSQL | 14 or later (required) | You cannot skip the database. Install a supported version before anything else. |
| Valkey or Redis | Optional | It can be disabled, which removes one resident process from a tight machine. |
| RAM, carefully configured all-in-one setup | 256 MB minimum | The floor for a deliberately tuned single-process layout, not a production target. |
| RAM, recommended | 512 MB | The figure to plan around on a $5-class host, and it still leaves little room for other services. |
| Disk | Varies with workload; no fixed figure stated | Measure growth over a week of real traffic rather than trusting a number. |
Two practical consequences follow. First, a 1 GB plan has enough headroom for GlitchTip’s recommended baseline alongside PostgreSQL, but not much more. Second, if your application also runs on the same box, the 512 MB recommendation does not include the application’s own memory use.
Plan the data before you plan the server
Storage and memory use track event volume and how long you keep data, so set those numbers before you enable every ingestion feature. GlitchTip’s settings documentation gives a 90-day default for master retention and provides separate retention variables for events, logs, transactions, uptime checks, files, and releases. Each category can be tuned independently.
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- Logs and transactions: Enable only the ones you will read. Each adds rows that PostgreSQL must store and index.
- Uptime checks: Low volume per check, but they accumulate steadily over months.
- Source maps and release files: Often overlooked. They can dominate storage for front-end projects with many releases.
GlitchTip also supports local or S3-compatible cold storage for older data. Cold storage reduces the live database footprint, but it is an archive. It is not a tested recovery plan, a distinction covered in the backup section below.
Hosted or self-hosted on a budget
GlitchTip documents both a hosted service and installation on a server you control. On a $5 VPS you are choosing the second path, so the trade-off is specific:
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- Hard drives and memory upgrades included separately NOT installed, installation required.
- What you gain: control over where error payloads live, no per-event billing, and full control over retention settings.
- What you take on: upgrades, security patches, TLS and access control, backups, restore testing, and the availability of a monitor that runs on the same host as the thing it watches.
- What hosted removes: most of the operational work, at the cost of a recurring bill that may exceed the VPS price once your event volume grows.
If nobody on the team wants to be paged for a full disk at 3 a.m., the cheaper option may be the more expensive one in operator time.
Reading the lightweight-tracker benchmark claims
The urgentry guide reports that its Tiny deployment lane used about 52 MB resident memory at 400 events per second. That figure comes from the vendor’s own test, and the guide does not establish the hardware, payload size, or database configuration behind it. Treat it as evidence that a lean tracker can be small, not as a prediction for GlitchTip or any other product. Your own numbers will depend on payload size, the number of distinct issues, and how often clients retry.
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The risks of one host
The same guide flags several practical risks for small single-host setups: untested backups, disks filling up, query contention when heavy queries run concurrently, and ingest spikes during an incident, which is exactly when the monitor is most needed. These are the vendor’s observations, not independently reproduced tests, but each is familiar to anyone who has run a small database.
Running PostgreSQL on the same $5 box as the tracker is workable for a low-volume project. The risk is coupling: a runaway query or a full disk takes down both your error visibility and any service that shares the machine. If the monitor must survive an outage of the application it watches, put it on a separate host, even a second cheap one.
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Setup checklist for a small deployment
- Confirm the current plan’s RAM, vCPU, disk, and region in the provider’s control panel, and write down any storage or bandwidth caps.
- Install PostgreSQL 14 or later on the host.
- Decide whether you need Valkey or Redis. If you do not need its features, leave it disabled to save memory.
- Set retention variables for each data category before you point production traffic at the tracker.
- Configure off-host backups, then restore a copy to a separate machine and confirm the application starts. Do this before you trust the setup.
- Put the admin interface behind TLS and restrict access. Do not expose database ports publicly.
- Send a test error and a test uptime failure, and confirm that the alert arrives where you expect. GlitchTip documents these product functions, but alert delivery depends on your own configuration and mail or chat provider.
- Watch memory use, disk growth, and PostgreSQL slow queries for a week of real traffic before deciding the box is adequate.
Backups: what cold storage does and does not solve
The guide recommends continuous backup for a small single-host setup. GlitchTip documents local and S3 cold storage. These serve different purposes. Cold storage moves old events out of the live database to save space, and a backup lets you rebuild the service after a failure. A backup you have never restored is an assumption. Schedule a restore test on a schedule you will actually keep, and record how long it takes.
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When to move off a $5 VPS
Move the tracker to a larger host, or split the database out, when any of these become routine rather than occasional:
- Disk usage grows faster than your retention settings can absorb.
- Incidents produce ingest spikes that slow the interface or drop events.
- Heavy queries from dashboards or reports run concurrently with ingestion.
- Your team needs the monitor to be available during an outage of the application it watches.
The guide’s numeric thresholds are vendor claims. Use them as starting points, and set your own thresholds from observed memory, disk, and latency.
A $5 VPS is a reasonable home for a low-volume, self-hosted error tracker when you size the stack to its documented minimums, cap retention before the disk fills, back up to a separate location, and test the restore. It is a poor home for a monitor that must stay up when the host is struggling. Those two conditions decide the answer more than the monthly price does.
Pricing and plan specifications in the example guide were current as of its May 10, 2026 update and should be rechecked at the provider before purchase.
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