Architectural Principles
Our platform is built on proven architectural principles that ensure flexibility, maintainability, and long-term value. These principles guide every design decision, from individual components to system-wide architecture choices.
Core Principles
Modularity and flexibility
Components are independent, reusable modules that can be tested, updated, or replaced without affecting the whole system. Everything runs in containers, allowing deployment across cloud, on-premises, and local environments.
This modular approach means you can:
- Scale individual components based on your specific needs
- Update or replace parts without system-wide disruption
- Deploy in any environment that fits your requirements
- Integrate with existing systems without major changes
Independence from cloud and vendors
While we use ready-made components and services when appropriate, our solutions are always designed to avoid vendor lock-in or reliance on specific cloud infrastructure. We stay portable and in control of our own architecture.
This means:
- No dependency on specific cloud providers
- Data and applications remain portable
- You maintain control over your infrastructure choices
- Migration between environments is straightforward
Sustainable solutions
We select tools based on maturity, purpose-fit, and long-term maintainability, not trends. We aim for design that can scale both horizontally and vertically and last as the system grows.
Our approach:
- Choose proven, stable technologies over the latest trends
- Design for growth without requiring complete rewrites
- Use open protocols and formats for interoperability
- Focus on custom development only where it creates real value
Integrate early and work iteratively
We connect systems early in the process to avoid later surprises and integration friction. We don't hesitate to rethink and rebuild parts of the system when needed — progress over pride.
This means:
- Early integration testing reveals issues before they become problems
- Iterative development allows for course corrections
- Real-world testing drives better design decisions
- Continuous improvement is built into the process