VPS Supabase
VPS Supabase: Complete Backend-as-a-Service Hosting
Self-host the full Supabase stack, including Postgres, Auth, Realtime, and Storage, on an OVHcloud VPS. This approach gives you full control over configuration, data location, and scaling behaviour, while relying on dedicated compute, storage, and network resources. Deployment is typically handled using Docker.
Explore OVHcloud VPS Solutions for Supabase
Supabase can be deployed on a KVM-based infrastructure designed to support database-driven and real-time workloads. OVHcloud VPS plans include NVMe SSD storage, unlimited public traffic, and built-in Anti-DDoS protection.
You select a VPS plan with resource allocations aligned to your expected workload, as Supabase performance and throughput scale according to available CPU, RAM, storage, and network capacity.
Key Benefits of Hosting Supabase on a VPS
Unlimited API Requests
When you self-host Supabase on an , there are no API request limits enforced by a managed Supabase SaaS pricing model. Requests are not metered per feature or throttled by subscription tiers.
API throughput is instead constrained by the physical resources of the VPS, including compute capacity, memory, disk I/O, and available bandwidth. This model is suitable for applications with sustained or variable request volumes, particularly those using Supabase Realtime, where usage scales with active connections rather than predefined quotas.
Full Postgres Database Control
Running Supabase on a VPS provides full administrative control over PostgreSQL. With root access, you can tune database parameters, optimise indexes, manage replication, and apply security policies that match your application’s operational and compliance requirements.
This flexibility is important for production workloads where database behaviour must be adapted to real usage patterns rather than fixed managed-service defaults.
No Vendor Lock-in
Supabase is open source, and deploying it on a standard KVM-based ensures architectural portability. Your data, configuration, and services remain fully under your control, allowing you to migrate, scale, or redesign your backend without dependency on proprietary managed platforms.
Typical Supabase Use Cases on a VPS
Self-hosting Supabase on a is particularly relevant for application-driven scenarios where backend behaviour, scaling strategy, and data control must align with real usage patterns.
Production SaaS backends
Supabase is commonly used as the primary backend for SaaS products, providing authentication, APIs, and database access. A VPS allows teams to operate without SaaS-imposed request tiers while sizing infrastructure according to actual user load.
Real-time applications and dashboards
Applications such as collaborative tools, live dashboards, or monitoring interfaces rely on Supabase Realtime for subscriptions and event broadcasting. Hosting on a VPS enables predictable real-time performance based on available bandwidth and compute resources.
Data-sensitive or compliance-driven projects
For workloads involving personal or regulated data, a VPS provides control over database configuration, backup strategy, and geographic deployment, supporting data sovereignty requirements.
HCustom backend and DevOps-oriented architectures
When Supabase is integrated into a broader or microservices stack, a VPS enables tighter coupling with CI/CD pipelines, background jobs, and monitoring tools, without the constraints of managed backend platforms.
Why Choose OVHcloud for Supabase?
Dedicated Resources for Stability
OVHcloud instances use KVM virtualisation to allocate dedicated CPU, RAM, and NVMe SSD storage. This ensures consistent Supabase behaviour under load, as resources are not shared dynamically with other tenants.
High Bandwidth for Real-time Apps
Supabase Realtime relies on continuous network communication. OVHcloud VPS plans include guaranteed public bandwidth and unlimited traffic, protected by , supporting stable real-time workloads within the limits of the selected VPS plan.
Scalable KVM Architecture
KVM virtualisation provides strong isolation and flexibility, allowing you to adjust VPS resources as application demand grows. This supports long-term scalability without changing deployment architecture.
How to Self-Host Supabase using Docker
Supabase is distributed as a set of containers, which can be deployed on an using standard Docker tooling and the supabase-cli.
This approach allows you to deploy the full stack, including PostgreSQL, Auth, Realtime, Storage, and Supabase Studio, while retaining control over configuration, updates, and resource allocation.
Frequently Asked Questions
Can I self-host Supabase?
Yes. Supabase is open source and provides official tooling for self-hosting the full stack using . All plans support this deployment model.
What are the server requirements for Supabase?
Supabase runs multiple services concurrently, including PostgreSQL and Realtime components. Resource requirements depend on workload size and concurrency.
A common baseline for small to medium production environments includes:
- CPU: 4 vCores or more
- RAM: 8 GB or more
- Storage: 80 GB or more NVMe SSD storage
Is self-hosted Supabase free?
The Supabase software is free and open source. However, running it requires server infrastructure, such as an , which incurs subscription costs.
How do I handle backups and disaster recovery?
Backup management is your responsibility when self-hosting. OVHcloud VPS plans include standard automatic backups, with optional premium backup services for extended retention.
Can I run Supabase in different regions?
Yes. instances are available across multiple geographic regions, allowing you to deploy Supabase close to your users to reduce latency.