Hostinger sells its Odoo VPS as a pre-installed, AI-managed server ready to run your business the moment checkout finishes. I put that promise through a real order, a full benchmark suite, and a live support test, including one setup error that took real troubleshooting to clear. Here is what actually happened once I got past the marketing page.
Tip: If the Odoo database creation step throws an error, clear your browser cookies before trying again, and size up from KVM 4 if your team will be running reports or bulk imports at the same time.
To score Hostinger’s Odoo VPS hosting, I applied HostAdvice’s rating methodology, the same standardized approach used across every review on the site, so scores stay consistent and grounded in real testing rather than marketing claims. Here is how it scored across each parameter.
| Parameter | Score | Why This Score |
| Prices | 8.6/10 | Solid 30-day guarantee, though VPS refunds carry a 180-day cooldown and no dedicated free trial exists. |
| Features | 9.1/10 | EPYC hardware, NVMe storage, and AI server management land on every tier, though Odoo-specific tooling stays thin. |
| Performance | 8.9/10 | Strong single-thread CPU and memory speed, but multi-thread scaling lagged under concurrent load. |
| Ease of Use | 9.2/10 | Fast, low-friction checkout, undercut by a real database setup error with no in-panel guidance. |
| Support | 9.3/10 | Kodee inspected the live server and gave an accurate, actionable fix, well above typical AI chat quality. |
| Overall | 9.0/10 | A capable Odoo host held back by one real setup snag and average benchmark scaling. |
Hostinger sells Odoo hosting as one of four KVM VPS tiers, KVM 1 through KVM 8, each scaling up CPU cores, RAM, NVMe disk space, and bandwidth together rather than letting you mix and match.
Odoo itself is not a separate purchase, it is a one-click application layered onto whichever VPS tier you pick during checkout, with the plan-level specs determining how much headroom your Odoo install actually gets.
| Plan Name | Space | CPU | RAM | OS | Price | |
|---|---|---|---|---|---|---|
| Hostinger Connector Business | 50 GB | 2 cores | 3 GB | MYR 15.31 | Details | |
| KVM 1 | 50 GB | 1 core | 4 GB | MYR 22.29 | Details | |
| KVM 2 | 100 GB | 2 cores | 8 GB | MYR 30.17 | Details | |
| Hostinger Connector Cloud Startup | 100 GB | 4 cores | 4 GB | MYR 32.27 | Details | |
| KVM 4 | 200 GB | 4 cores | 16 GB | MYR 44.59 | Details | |
| KVM 8 | 400 GB | 8 cores | 32 GB | MYR 89.21 | Details |
A few things worth knowing before you order:
For sizing, Hostinger’s own guidance suggests KVM 1 covers a team of around 10 light users, with KVM 4 recommended once a team passes 50.
It’s worth weighing that against what I found in testing. KVM 4 handled everyday Odoo use well, but multi-thread CPU scaling came in under 50 percent efficiency, so a team that size running concurrent reports or imports may want to size up rather than lean on the minimum recommendation.
Everything Odoo does, loading a sales order, running a report, letting five people edit records at once, comes down to what the server underneath it can actually deliver. Odoo itself is just an application sitting on Ubuntu, so the real test here is the VPS underneath it.
That means looking at how the CPU handles concurrent requests, how fast the disk reads and writes the PostgreSQL database Odoo runs on, how much memory headroom exists once the app and its background workers are running, and whether the network holds up under real load.
I ran a full benchmark suite against the server, covering CPU, memory, disk, network, and a sustained stress pass, to see what this specific plan actually delivers rather than what the spec sheet promises.
The instance I tested was the KVM 4 plan, the one Odoo landed on by default when I built out this VPS:
A quick word on where this plan sits before the numbers. Hostinger’s Odoo VPS lineup runs four tiers, KVM 1 through KVM 8, and KVM 4 sits second from the top, above the entry-level KVM 1 and KVM 2 plans and below the largest KVM 8 tier.
What follows reflects a mid-to-upper plan built for a business running Odoo with a real team behind it, not the cheapest option Hostinger sells and not the ceiling either.
The single-thread number is strong, which lines up with the EPYC 9354P underneath it, a current-generation chip built for exactly this kind of shared VPS workload. Where I want to flag something is the multi-thread result.
Going from one thread to four only doubled throughput instead of roughly quadrupling it, which works out to about 50 percent scaling efficiency. That is on the low side for four cores on modern EPYC hardware, and it points to contention with other tenants sharing the same physical host rather than a weakness in the chip itself.
For Odoo, this matters more during concurrent report generation or bulk data imports than everyday single-user screens, since those are the moments that actually try to use all four cores at once.
The thread fairness number is the good news here. A standard deviation of 24 against an average of over 8,000 events per thread works out to roughly 0.3 percent variance, so whatever CPU time was available got split evenly across cores rather than one thread starving while another did most of the work.
Both numbers land solidly within the range current-generation EPYC platforms tend to deliver on this test.
For an application like Odoo, where multiple worker processes and a PostgreSQL cache are all competing for RAM at once, this is the kind of headroom that keeps things responsive as user count grows rather than becoming the bottleneck first.
Sequential read came in about 40 percent ahead of sequential write, a gap worth knowing about if your workload involves writing large files or backups to disk repeatedly, though it is a smaller gap than I have seen on some other NVMe-backed cloud storage.
The random 4K result is the one that matters most for Odoo day to day, since PostgreSQL reads and writes in small, scattered chunks rather than large sequential files.
Just over 11,000 IOPS in both directions, evenly split between read and write, is a solid result for database-style access patterns, and the balance between read and write performance here is better than the sequential test would suggest.
Both runs landed against the same Hostinger test server in Manchester and came back within about 5 Mbps of each other on both download and upload, with latency barely moving between runs.
That kind of consistency, combined with zero packet loss on both attempts, is what you want to see rather than a single fast result that turns out to be a fluke.
I ran CPU, memory, and disk stressors for 180 seconds each to see how the server holds up under sustained load rather than a quick burst.
The raw log came back with a few of the summary lines printed under the wrong header, a known quirk when several stress-ng jobs run back to back and their output flushes slightly out of order, so I matched each result to its actual stressor type rather than trusting the label above it. Two full stress passes ran, and here is what each stressor showed across both:
Every single pass reported zero failed stressors and zero untrustworthy metrics, which is the number that actually matters here. The memory results were nearly identical between passes, which is what stable, predictable performance looks like. CPU and disk throughput varied more between the two runs, a reminder that a shared VPS will have some give depending on what else the host is doing at that moment, though nothing here suggests instability.
This KVM 4 plan handles Odoo’s underlying workload well, with strong single-thread CPU speed, solid memory bandwidth, and random disk IOPS that suit PostgreSQL’s access pattern better than the sequential numbers alone would suggest.
The one real caution is multi-thread CPU scaling, which came in around 50 percent efficiency across four cores, worth knowing if you plan to run Odoo with a larger team doing concurrent report runs or bulk imports. Nothing in the stress test pointed to instability, and network performance was fast and consistent across both runs.
It is worth remembering these numbers describe one tier out of four, not Odoo hosting at Hostinger as a whole. KVM 4 sits in the middle of the lineup, so a smaller team running light, single-user workloads could see similar responsiveness on KVM 1 or KVM 2 at a lower cost, while a larger team pushing concurrent reports, imports, or a bigger user count would want to weigh KVM 8 for the extra cores before the CPU contention seen here becomes a daily bottleneck rather than an occasional one.
I tested Hostinger’s Odoo VPS product from checkout through opening a working Odoo instance for the first time. That covered picking a plan and server location, creating an account, paying, and then working through the app installation itself once inside hPanel, Hostinger’s account and server management platform.
What follows is what that process was actually like, including a database error that took real troubleshooting to clear.
I started on the plan page, which lists four VPS tiers, KVM 1 through KVM 8, priced by CPU core count, RAM, and disk space, with KVM 2 marked as the most popular pick.
I chose KVM 4 for the extra headroom an Odoo install with several users would need, and moved straight into the cart.
From there, the cart page put everything I needed on one screen instead of spreading it across several steps:
I picked United Kingdom, which came back as the best match for me at 145ms latency, with Germany and Lithuania close behind.
Then, scrolling into the marketplace list, I noticed Odoo was already selected, sitting among options like Docker and Traefik, Dify, and Hermes Agent.
This is worth calling out for anyone comparing Odoo hosting products, since Odoo is not a separate Hostinger product with its own signup path. It is one entry in a general VPS application catalog, installed on top of a plain Ubuntu server. That distinction shapes what “managed” means here, since Hostinger’s part ends at getting Odoo onto the box.
Next, I clicked continue, which asked me to register or log in. I already had a Hostinger account, so I logged straight in, but the registration form for a first-time signup only asks for:
After that, I landed on a billing address form, followed by a payment screen offering:
All of that sat on one page rather than sending me through a separate redirect. I submitted payment, got a confirmation email within seconds, and was dropped straight into hPanel with the new server already listed as running. There was no separate provisioning wait screen to sit through.
What stood out here is how fast the whole thing moved and how little friction sat between picking a plan and having a live server.
What the flow does not do is signal that Odoo needs a setup step of its own once the server is up. Seeing Odoo appear as a pre-checked application in the same list as a dozen other one-click installs sets an expectation that it will be ready the moment the server boots, and that turned out not to be quite true.
Once payment cleared, hPanel opened on its home screen. It is Hostinger’s central account panel, covering domains, email, the website builder, and VPS management from one place rather than a tool built only for server owners.
The home screen greeted me by name with an AI prompt bar at the top, a row of shortcut buttons for common tasks, a to-do checklist flagging anything left unfinished on the account, and a running list of every website and server tied to it further down the page.
Next, I scrolled to the VPS table, where my new server was already listed as Running, with its hostname, IP address, plan, and expiration date visible at a glance.
A Manage button sat next to it, and that button turned out to be the only door into the server itself, so I clicked it to move on.
What I liked about landing here first is that hPanel does not bury the server behind several menus.
The VPS shows up on the account home page the moment payment clears, and the path from that listing to server-level controls is one click, not a hunt through a sidebar.
Clicking Manage opened the VPS Overview page, and this is where Odoo actually lives. Right at the top sat an app card reading “Odoo, Built on Ubuntu 24.04” with a single Manage App button next to it, confirming Odoo was installed automatically during provisioning rather than something I had to set up from a blank server.
Scrolling past the app card, the same page laid out the server itself:
Digging a little further, I found a few tools tucked one level down under Settings that are easy to miss on a first pass:
Then I checked Security, where a malware scanner was already active on this instance by default. It had run a scan seven minutes before I got there, and the results were:
None of this lives inside the Odoo app card itself, it manages the server underneath it, which matters for anyone planning to store customer data in Odoo.
Having firewall resets, a malware scanner, and backup controls sitting one click from the Odoo app card, rather than buried in a separate security product, is a real point in Hostinger’s favor for a business tool people intend to keep running for years.
With the server side covered, I went back to the app card and clicked the one Manage App button, which is the entire interface Hostinger gives you into Odoo.
That took me straight to Odoo’s own database setup screen, not anything built by Hostinger, complete with a warning that the database manager was unprotected and an auto-generated master password sitting in the field.
I filled in a database name, admin email, password, phone number, language, and country, left demo data unchecked, and clicked Create database. That returned an error: “Database creation error: ‘NoneType’ object has no attribute ‘uid’.”
I did not want to just retry blindly, so before touching the form again, I went looking into where an error like that actually comes from. What turned up pointed to a session or cookie conflict, most often a leftover cookie from an earlier Odoo database interfering with the request during creation, rather than anything wrong with the server itself.
Knowing that, I tried again in a fresh browser window and hit the exact same error a second time, which ruled out a one-off glitch. So I cleared every cookie in the browser and ran the setup a third time. That attempt worked, and I landed inside a working Odoo installation with 54 apps ready to activate, from Sales and CRM through Manufacturing and Helpdesk.
That error is the one real snag in an otherwise smooth process, and it lands at the worst possible point, right where a new user expects Odoo to just open after one click. The fix was not difficult once I understood what was causing it, but nothing in Hostinger’s interface hinted at a cookie conflict or offered a way around it.
Someone without the instinct to search the exact error message could get stuck at that screen with no obvious next move, and with only one button connecting hPanel to Odoo, there is nowhere else in the interface to look for help.
Getting from plan selection to a paid, running server with Odoo installed took only a few minutes, and hPanel organizes the server-level tools, root access, firewall resets, malware scanning, backups, more clearly than I expected from a panel that also handles domains, email, and a website builder in the same account.
Where it falls short is at the one step that matters most for this specific product, turning a pre-installed Odoo listing into a working database. The error I ran into is a known Odoo issue tied to session handling rather than anything exotic, but Hostinger’s own flow gives no warning about it and no path to a fix, leaving that entirely on the user to work out.
Kodee, Hostinger’s AI assistant, is the main support channel here, sitting behind an Ask AI button available from inside hPanel and the public knowledge base alike.
A human escalation option exists if Kodee cannot resolve something, but in my testing Kodee handled a real infrastructure question well enough that reaching for a person never came up.
I tested Kodee directly with a live back-and-forth on a technical Odoo networking question, then went through Hostinger’s self-serve knowledge base to see how much of that same ground it covers on its own.
I opened the chat from inside the VPS Overview page and asked a question with real stakes attached to it, whether HTTPS on a custom domain requires setting up my own reverse proxy in front of the pre-installed Odoo instance, or whether Hostinger handles that automatically, and whether doing it myself would conflict with the firewall or malware scanner already running on the server.
I sent that at 10:40. Before answering, Kodee said it would check the VPS itself for an existing proxy, listening ports, and firewall state, and the reply that followed backed that up:
That last point is what pushed this past a generic answer. Nothing about my question mentioned the malware scanner’s limits, yet Kodee volunteered that distinction on its own, and it matched exactly what the scanner page in the Server Management section shows, an active file scanner with no mention of database-level coverage.
Given that it had already found the server sitting exposed, I pushed further at 10:42 and asked for the exact commands to lock it down without losing SSH access, get Nginx and Let’s Encrypt running, and what, if anything, would actually catch database-injected content since a file scan cannot. Kodee answered at 10:43 with a full sequence:
It called out the lockout risk directly, warning not to run ufw enable before the SSH rule is in place, and it did not touch the VPS itself, it gave me the commands and stopped there rather than executing changes on an account it had already shown it could inspect. On the database question, it was honest instead of reassuring.
The installed scanner does not inspect PostgreSQL records, and catching injected content there means watching admin account activity, auditing changes, and keeping tested backups, not something the scanner does for me.
What stood out most through both exchanges was that Kodee was working from the actual state of my server rather than a generic Odoo-on-Ubuntu answer. It named the real IP, the real port status, and the real installed packages before giving advice, and it separated what it had confirmed from what it recommended I still do myself. I have tested plenty of live chat support that reads from a script; this read from my account.
Hostinger runs its knowledge base as a separate support site, titled “Advice and answers from the Customer Success Team,” with a search bar and a category filter dropdown sitting right at the top.
Below that, the whole thing is organized into large category tiles rather than a single flat list, each one showing an article count so you can gauge how deep a topic goes before clicking in.
That structure makes sense for a host running this many products, though it also means Odoo content is not its own category, it lives scattered inside VPS rather than getting a section of its own.
Rather than browse category by category, I went straight to the search bar and typed “odoo.” That returned four results:
I opened the main one, “How to use the Odoo VPS template at Hostinger,” to check how much ground it actually covers and how accurate it is. It walks through three stages.
Accessing Odoo covers hitting the server’s IP on port 8069 and filling out the database creation wizard, Configuring your system covers company details under Settings, and Customizing Odoo points to the app catalog for installing modules like CRM and Accounting. Screenshots match the actual interface, and the steps are accurate as far as they go.
Where the article stops short is exactly where the real friction lives. It does not mention the database creation error I ran into during setup, and it does not touch custom domains, HTTPS, or the reverse proxy question at all, despite “How to point a domain to Odoo at Hostinger” sitting right next to it in the search results as a separate, unopened article.
Anyone hitting the networking questions I asked Kodee would need to either find that second article or go straight to AI support, since the primary guide does not connect the two.
Kodee is the strongest part of Hostinger’s support experience for this product, not the knowledge base. It answered a question that needed real infrastructure knowledge, checked the live state of my server instead of guessing, gave a command sequence that protected my SSH access, and was upfront about what its own malware scanner cannot see.
That is a higher bar than most human ticket agents clear, and it cleared it in under three minutes across two exchanges. The knowledge base covers the basics of getting Odoo running well enough, but it thins out fast once a reader needs anything past initial setup, which puts more weight on Kodee than a first-time user might expect walking in.
Yes, with a clear caveat. Hostinger gets the fundamentals right. Odoo shows up pre-installed the moment your server is live, the underlying hardware benchmarks well on memory and disk, and Kodee turned in the best AI support exchange I have tested on any host, reading my server’s actual state before giving advice. That combination makes the day-to-day experience feel solid.
Where it falls short is the one step that matters most for a product built around a single app, turning that pre-installed Odoo listing into a working database. The error I hit was not rare or exotic, but nothing in Hostinger’s own flow warned me about it or explained the fix, and the knowledge base does not cover it either. Anyone comfortable troubleshooting a stack trace, or willing to lean on Kodee, will get past it without much trouble.
Hostinger’s Odoo VPS is a strong pick for a small or mid-sized business that wants Odoo running quickly without managing a bare server from scratch, especially given how far the AI support goes toward closing documentation gaps. It is a weaker fit for anyone who wants a fully managed, zero-troubleshooting appliance, since the setup still has a rough edge that a non-technical buyer could get stuck on.
| Plan Name | Space | Bandwidth | Price | |
|---|---|---|---|---|
| Free Trial | Unlimited | Unlimited | MYR 0.00 | Details |
| Premium Website Builder | 20 GB | Unlimited | MYR 10.26 | Details |
| Business Website Builder | 50 GB | Unlimited | MYR 13.00 | Details |
| Hostinger Horizons: Explorer 30 messages/mo | Unlimited | Unlimited | MYR 25.40 | Details |
| Hostinger Horizons: Starter (70 messages/mo) | Unlimited | Unlimited | MYR 50.84 | Details |
| Hostinger Horizons: Hobbyist (200 messages/mo) | Unlimited | Unlimited | MYR 145.35 | Details |
| Hostinger Horizons: Hustler (400 messages/mo) | Unlimited | Unlimited | MYR 290.73 | Details |
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Yes, for most small and mid-sized teams. Odoo comes pre-installed on Ubuntu the moment the server is provisioned, the underlying hardware performs well on memory and disk, and Hostinger’s Kodee AI assistant gives strong technical support if you run into setup issues. The main catch is a database creation error that can appear on first setup, with no guidance for it inside hPanel.
Yes. Odoo is offered as a one-click application during VPS checkout and installs automatically on Ubuntu during provisioning. You still need to complete Odoo’s own database setup wizard once the server is live, which is a separate step from the VPS itself going live.
No dedicated free trial exists for Odoo VPS plans. Hostinger backs every VPS tier with a 30-day money-back guarantee instead, though refunds on VPS plans are limited to once every 180 days.
Yes, within 30 days of purchase, as long as you have not already refunded a different VPS plan in the past 180 days. Upgrades to an existing VPS plan and payments made through cryptocurrency are excluded from refunds entirely.
The main difference is setup time. A generic VPS from AWS or DigitalOcean requires installing Odoo, Postgres, and a web server from scratch, while Hostinger’s template handles that automatically and adds a built-in firewall, malware scanner, and AI assistant on top. The tradeoff is less low-level control than a fully custom build, which experienced Odoo administrators may prefer to configure themselves.
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