DevOps & Infrastructure_

Good infrastructure is invisible. When it's working properly, nobody thinks about it — services stay up, deployments go smoothly, and the team can focus on building rather than firefighting. When it isn't working, everything suffers: slow systems, fragile deployments, runaway cloud bills, and the constant low-level anxiety of not quite knowing what your production environment is doing.

We help businesses get their infrastructure into a state they can trust — and keep it there.

We manage and maintain AWS environments - EC2 instances, RDS databases, load balancers, VPCs, security groups, and the networking layers that connect them. If your cloud setup has grown organically over the years and nobody's entirely sure who owns what anymore, we can audit it, bring it under control, and put proper discipline around how it's managed and changed going forward.

If your workloads are running on AWS but your customers, data, and legal obligations are European, that tension is worth resolving. We help businesses migrate from AWS to European-hosted providers - including Hetzner and OVHcloud - where you get real control over where your data sits, cleaner GDPR compliance, and in most cases, substantially lower monthly costs. We handle the planning, the migration, and the cutover with minimal disruption to your operations.

Data sovereignty isn't a nice-to-have for us. It's a design principle we build around from the start.

We manage Linux servers for businesses that need them to stay up, stay secure, and behave predictably. That means hardening configurations from the ground up, keeping systems properly patched and monitored, building alerting that tells you about a problem before your users do, and maintaining the kind of documentation that means the answer to "why is this configured this way" is never "nobody remembers." We're experienced across Debian, Ubuntu, and RHEL-based systems, on bare metal and virtualised infrastructure alike.

Odoo.sh is a reasonable way to get started. It's also a managed SaaS product with managed SaaS pricing, managed SaaS constraints, and a ceiling that becomes visible as your usage grows - limits on database size, worker counts, and the kind of low-level control that mature Odoo deployments eventually need.

The case for running your own infrastructure tends to get stronger over time: lower costs, full control over your environment, the freedom to deploy exactly what you need, and no intermediary between you and your own data. We migrate businesses off Odoo.sh onto properly configured on-premise or private cloud servers, and we do it in a way that's clean, documented, and operationally sound from day one.

For businesses already running Odoo on-premise, we improve the infrastructure and workflows around it. That means proper CI/CD pipelines, automated deployments, and environment separation that actually holds - production, staging, and local development environments that mirror each other closely enough to catch problems before they reach users. We set up monitoring, log aggregation, and alerting so you have genuine visibility into what your system is doing and why.

Good DevOps practice around Odoo doesn't get talked about much, but it's often the difference between a system your team trusts and one they quietly work around.

Odoo runs on PostgreSQL, and PostgreSQL is almost always where performance problems are hiding. Slow queries, missing or bloated indexes, table fragmentation from years of accumulated data, connection pool exhaustion under load - these degrade gradually enough that teams often don't notice until the problem is serious. We tune at the database level, not just the application layer, because that's where the real gains are. We've done this across a range of environments, from modest single-server setups to high-volume systems where query latency genuinely matters.

We don't recommend infrastructure changes for the sake of it. We look carefully at what you have, understand what's actually causing pain - or is likely to - and make changes that are defensible, documented, and built to last.

Boring infrastructure that works is the goal. Not impressive architecture diagrams that fail at 2am.