Cloud hosting is the easy go-to choice for most Odoo projects. Yet, businesses with specific requirements still rely on on-premise hosting to function properly.
Taking hosting in-house gives you ultimate control, but it also comes with great technical responsibility.
Setting it up correctly is critical, and a poor configuration will quickly lead to performance and security risks on top of major operational headaches.
We break down when you should choose to host Odoo on-premises, the technical setup to run it, and what to do if managing the servers isn't for you.
Why choose Odoo on-premise hosting & what to look out for
Companies that decide to host Odoo on-premise usually pin it down to four main drivers:
Control
Performance
Compliance
Cost.
First, Odoo on-premise hosting gives you total control over your development and deployment process.
You can avoid platform limits and run automated GitLab CI/CD pipelines with push-to-deploy and spin up as many isolated staging instances as your team needs for testing.
Second, it allows for much higher performance with heavy workloads.
On-premise hosted businesses can scale hardware freely, running up to 16 workers or more across multiple physical machines. It also lets you offload business intelligence queries to PostgreSQL replicas so live users do not experience slowdowns.
Third, it provides full data sovereignty for companies in highly regulated industries that need to meet strict compliance requirements.
Lastly, it keeps hosting costs predictable as your database and file stores grow. You pay for what you implement, and the maintenance costs that come with it.
On-premise hosting also makes complex software integrations much easier. It allows your technical team to install custom system dependencies and connect Odoo directly to local hardware, legacy databases and other systems.
Odoo on-premise hosting guarantees that large data syncs run smoothly without cloud timeouts, API rate limits, latency issues or firewall barriers.
However, the trade-off to hosting Odoo on-premise is complete technical responsibility. Your internal IT team has to:
Manage the infrastructure, including containerisation with Docker, routing and SSL offloading via Traefik or Nginx
Monitor through external tools like Grafana and Sentry
Handle disaster recovery yourself because standard Odoo backups are too slow for large databases
Set up custom tools like WAL-G for point-in-time recovery, Restic for file store backups to S3, and physical disk snapshots.
Because of this overhead, Odoo on-premise hosting is best suited for:
Mid-market to enterprise companies in industries like manufacturing, healthcare, defence, finance, etc. that must host locally for legal reasons
Businesses that have a heavily customised Odoo database that can be too heavy for the cloud, and an in-house IT and DevOps team to support it
Organisations with complex software integrations that require direct local network connectivity or uncapped API access.
Odoo on-premise hosting infrastructure configuration guide
If you have decided that hosting Odoo on-premise is the right move, your setup needs to be bulletproof.
Your IT team needs to build out three core areas:
server infrastructure,
backup recovery,
and your development pipeline.
We broke down what you need to host Odoo on-premises and what each component does in practice.
1. Server infrastructure
Your infrastructure is the physical or virtual hardware running Odoo. Setting this up properly ensures the system stays fast and doesn't crash when multiple people use it.
Database server (PostgreSQL with a replica)
What it means PostgreSQL is the engine that stores all your Odoo data. A "replica" is a live twin copy of your database. | Why you need it Running heavy reporting or Business Intelligence (BI) queries on your main database slows Odoo down for everyday users. By sending reporting tasks to the replica, your sales, inventory, and accounting teams can work without lag. |
Application server & workers
What it means This is the main server running Odoo itself. "Workers" are dedicated background processes assigned to handle user actions, such as printing an invoice or loading a page. | Why you need it Setting up a server with 15+ workers (either on a single machine or spread across multiple) allows dozens of employees to perform heavy tasks simultaneously without the system freezing up. |
Reverse proxy & SSL offloading (with Traefik or Nginx)
What it means A reverse proxy acts as the digital front door to your server, managing web traffic and handling security (SSL encryption). | Why you need it It keeps your Odoo server secure, manages web addresses cleanly, and offloads heavy encryption work so the main Odoo app doesn't have to process it. |
Isolated staging environments
What it means Four separate, smaller copies of Odoo (for Development, User Testing, and two for experimentation) that run completely detached from your live system. | Why you need it It gives developers a safe playground to test custom code, updates, and new features. Because they have their own databases, an error or crash in testing will never break your live production system. |
Logging & monitoring (with Grafana & Sentry)
What it means Tools that continuously track server health, memory usage, and application errors. | Why you need it Odoo on-premise hosting means no cloud provider is watching your system, which is not an option if you want to keep your system secure. These tools alert your IT team before a server runs out of disk space or crashes. |
2. Backup & data recovery
Standard Odoo (and Odoo.sh) backups work by zipping your entire database into one file. On large, customised databases, this process is way too slow, hogs server resources, and frequently fails. To protect your business, you need a dedicated enterprise backup stack.
Offsite backup location (S3-compatible storage)
What it means Storing backup files on a secure, external cloud target (like AWS S3 or MinIO) rather than on the server itself. | Why you need it If your physical server hardware burns out or fails entirely, your backups remain safe and accessible elsewhere. |
Database point-in-time recovery (WAL-G for PostgreSQL)
What it means A tool that continuously records database changes as they happen. | Why you need it Standard daily backups only let you restore to "yesterday at midnight," meaning you lose an entire day's worth of orders and work. WAL-G enables Point-in-Time Recovery (PITR), letting you roll back your database to the exact minute before a crash occurred. |
Filestore backups (Restic)
What it means A backup tool dedicated specifically to your "filestore", which is the folder where Odoo keeps PDF attachments, images, and documents. | Why you need it Databases grow fast, but attachment folders grow even faster. As large databases expand, they also become slower, and storage costs only get higher. Restic only backs up files that have changed (incremental backups), saving massive amounts of storage space and making restores much faster. |
System snapshots (VM/disk snapshots):
What it means Taking periodic, full-system snapshots of your entire virtual machine disk. | Why you need it If a major operating system update corrupts the server, a snapshot lets you restore the entire machine to a working state in minutes. |
3. CI/CD & development process
When hosting on-premises, your internal team is responsible for deploying new features and code updates smoothly.
Automated pipelines (GitLab CI/CD & push-to-deploy)
What it means An automated pipeline that automatically tests, checks, and publishes code updates whenever a developer submits them. | Why you need it Manual code updates introduce human error. Automated testing catches bugs early, and a strict "push-to-deploy" setup makes pushing new features to Odoo fast, safe, and repeatable. |
System containerisation (Docker)
What it means Packaging Odoo, its software requirements, and its settings inside a self-contained digital "box" (a container). | Why you need it Containerisation guarantees that Odoo runs identically whether it is on a developer's laptop, a staging server, or your live production system. This eliminates "it worked on my machine" bugs and makes updating Odoo versions painless. |
Access management
What it means Granting your technical team access to your code repository (GitLab/GitHub) and Odoo instances. | Why you need it It guarantees that internal and external developers and internal developers can collaborate smoothly via strict GitLab repository access, with tight control over who can push code to Staging and Production. |
And if Odoo on-premise hosting is too overwhelming?
If managing Docker containers, WAL-G backups, and server maintenance feels like too much technical overhead and risk for your team, you do not have to do it alone.
Depending on your budget and technical needs, you can opt for a managed setup instead:
Odoo.sh: Odoo's official cloud platform. Great for standard setups with light customisation, though costs scale up quickly as database size and worker needs expand
Other cloud providers: Managed hosting on AWS, Hetzner, or third-party Odoo hosting partners
Shoovels by much. Consulting: Our Odoo hosting platform, built by our experts and fully EU-based. It gives you the security of on-premise hosting, but fully managed end-to-end by our team. It’s built on a self-service platform, offering the support of a managed platform and the independence and control of on-prem without vendor lock-in. In Shoovels, you can get:
automated daily backups
built-in point-in-time recovery with downloadable snapshots
live deployment status tracking
instant rollbacks in case of failure
and more.
Not sure which setup fits your business best?
Read our full side-by-side breakdown of Odoo Online, Odoo.sh, on-premise, and third-party hosting.
Let’s discuss your options for Odoo hosting
Our team of experts can help you assess and implement the best Odoo hosting solution, tailored to your business needs