Optimise the performance of your databases on dedicated servers.
Deploy your databases on bare metal servers with exclusive resources and full root access.
You benefit from stable performance, without interference, to ensure fast and predictable response times, even under heavy load.

Consistent performance for your critical databases.
Databases are at the heart of your applications. They must absorb requests without slowing down, while remaining available at all times.
By isolating your database on a dedicated server, you avoid neighbour effects, maintain consistent performance, and can scale your resources independently of your application.
You adapt your infrastructure to your usage, without constraints.
High performance at a controlled cost.
An optimised price-performance ratio.
Access high-performing servers at a competitive price. Our mastery of infrastructure guarantees consistent performance, without extra cost.
Predictable costs.
Essential services are included: unlimited bandwidth, DDoS protection, IP addresses, and external storage. You keep control over your budget, without surprises.
A flexible environment
Install the system and the database engine of your choice. You configure your environment according to your technical and business constraints.
An infrastructure suitable for all your projects
Host multiple databases or environments on the same server or isolate them on a virtualisation and containerisation infrastructure for greater flexibility. Easily manage your resources according to the evolution of your applications.
An infrastructure optimised according to your workloads.
Choose the configuration suited to your type of database:
- High-performance NVMe for low-latency OLTP transactions.
- Multi-core CPU for intensive analytical processing.
The private network connects your nodes to ensure replication, clustering, and high availability, thus contributing to the establishment of a reliable, high-performing, and scalable architecture.
multi-environment database infrastructure
Build a secure and scalable architecture for your critical applications.
Isolate your databases on a private network, inaccessible from the Internet. For data subject to strict regulatory requirements, enhance isolation with a confidential computing server ensuring the encryption of data in processing.
Your application servers communicate with your databases via this secure network, while a bastion server centralises administrator access.
This architecture is particularly suitable for:
- e-commerce platforms
- ERPs
- SaaS applications
Add a dedicated Redis cache on a server to speed up response times, and set up a replication cluster to ensure service continuity in case of failure, and rely on a dedicated backup and recovery solution to secure your critical data.
Available options and services:
- Load Balancer (optional)
- Unlimited traffic.
- advanced configurations in memory and storage

Your questions answered
Bare metal or DBaaS: what is the difference?
Bare metal or DBaaS: what is the difference?
DBaaS simplifies management but limits control.
With bare metal, you retain full access to configuration, maintain control over data location, and benefit from fixed costs.
It is a solution suited to advanced needs and large volumes.
How to migrate a database without interruption?
How to migrate a database without interruption?
Replicate your database on the new server, then gradually switch the connections.
This approach allows for a nearly seamless migration for users.
Can an active-active cluster be deployed?
Can an active-active cluster be deployed?
Yes. You can distribute reads and writes across multiple nodes to avoid any single point of failure.
The private network ensures real-time synchronisation.
How to monitor performance?
How to monitor performance?
Use tools like Prometheus and Grafana to monitor:
- the queries
- the disk performance
- the connections
You can quickly identify the bottlenecks.
Which disks to choose for a transactional database?
Which disks to choose for a transactional database?
NVMe disks are recommended for intensive workloads.
They offer very low latencies and performance that far exceeds that of traditional SSDs.