AI & security
For connected products sold in the European Union, cybersecurity is now a legal requirement. The cybersecurity requirements for radio equipment have applied since August 2025; the Cyber Resilience Act's reporting obligations began in September 2026, and all of its obligations apply from December 2027. We design security not as a feature added later, but as part of the board, the software and the process.
We map out the product's assets, attack surface and risks, and tie each risk to a design decision or a test.
We build secure elements, hardware-backed key storage and protection of debug ports into the board design.
We set up signed firmware, a secure boot chain and field-update infrastructure with rollback.
We generate the software bill of materials (SBOM), track vulnerabilities in its components and set up the reporting process.
We map the requirements of the CRA, RED (EN 18031) and IEC 62443 to your product, and prepare the technical file for conformity assessment.
We verify the design through fuzz testing, static analysis and coordinated penetration testing.
Applied as the project requires.
Security isn’t won with patches after a product reaches the market; it is won at the first architectural decision. That is why we write the threat model alongside the requirements and put the security tests into the verification plan.
We do compliance work on the product itself, not on paper. Every requirement is answered by a design decision, a test or a process step.
Electronics, embedded software and mechanics designed for harsh environments, long product life and rigorous documentation.
Control boards, embedded software and operator interfaces that run on the production line for years without interruption.
Vehicle electronics, embedded software and test systems, built with functional safety and cybersecurity in mind.
From sensor to cloud, from box to app. We design connected products end to end.
We think about the product as a whole before we divide it into parts. Requirements, architecture and interfaces come together in the same picture.
From schematic to a board ready for production. Power, signal integrity and testability are part of the design from day one.
Software that lets hardware speak. From microcontrollers to embedded Linux; secure, and updatable in the field.
Software that talks to the device, the field and the user. Web, mobile, desktop and cloud.
AI & security
AI assistants that work with your organisation's documents and systems, show their sources and deliver measurable results.
Models that process image, audio and sensor data on the device itself, not in the cloud. We design the board, the software and the model together.
We analyse legacy systems with AI-assisted tools, safeguard them with tests and move them, step by step, to a modern architecture.
Describe it in a few sentences and we'll find the right starting point together.