From the Board to the Operator Screen, One Responsibility

We scale software architecture from the ground up, fully aligned to the thermal and physical constraints of the hardware it runs on.

Boot time, memory footprint and thermal budget are outputs of the architecture. We design them against the board's own constraints and report the result in BOM cost and time to market.

In mission-critical scenarios, we build control loops with zero tolerance for timing variation, timing guaranteed at the OS level.

A timing claim is measured on the bench. On our EtherCAT line, with one slave, 64 bytes and a 10 kHz cycle: 19.2 µs mean transfer, slave sync error ≤1 µs, 0% packet loss. The setup and the method are published with the number.

From hardware-level encryption and secure boot, through to OS isolation, we build structures that minimize cyber vulnerabilities.

We operate with project-specific air-gapped Gitea repositories, hardware-based encryption and DevSecOps processes that take the ISO 27001 control set as their reference.

Every kernel module and driver we develop is based on real-world data tested under demanding environmental conditions and long industrial lifecycle requirements.

The performance data we publish is taken on real hardware under repeatable conditions. The setup it was measured on and the method used sit next to the number.

We back design projections with metrics, clearly reporting memory usage, CPU load and ISR latency profiles via measurable parameters.

Memory usage, CPU load and latency profiles are delivered in the project report together with the raw data. We do not present anything as a measurement unless it is one.