Full-stack engineering for the space and industrial sectors. Electronics, firmware, communication systems, cybersecurity — we design, build and validate hardware ready for the most demanding environments.
We are a team of engineers with deep expertise in electronics, embedded software and communication systems. We work with clients from the first line of requirements through to serial production launch — with no third-party subcontractors in critical areas.
Our projects serve sectors demanding the highest reliability: space industry, industrial automation, and safety-critical systems with rigorous security requirements. Security by design is our standard, not an option.
Every project begins with a thorough requirements analysis. We define the architecture before writing the first line of code or drawing the first schematic.
Rapid prototype iterations allow early assumption validation — before the cost of change becomes high. Each version is documented and tested.
We deliver complete documentation: schematics, BOM, manufacturing files, test procedures and validation specifications ready for contract manufacturers.
Six specialisations forming a complete engineering ecosystem — from silicon to cloud.
Schematic design and PCB layout from multilayer boards to RF circuits. Rapid prototyping, testing and iteration through to production readiness.
Bare-metal and RTOS firmware (FreeRTOS, Zephyr), embedded Linux, Android embedded. Full cycle from BSP to application with hard real-time requirements.
Design and implementation of industrial protocols (CAN, Modbus, Profinet), RF systems, IoT and telemetry for space and industrial applications.
Advanced automated test systems — from fixture concept to test software. We reduce test time and eliminate human error in serial production.
Security by design in embedded systems. Secure bootloader, encryption, key management, OS hardening, threat analysis and penetration testing of IoT devices.
Intelligent BMS/SCADA systems, building automation, integration of HVAC, lighting and security subsystems. From PLC controllers to HMI operator interfaces.
We engineer for environments where failure is not an option.
Radiation-tolerant electronics, telemetry, SpaceWire/CAN protocols, ECSS-compliant software. Projects for nanosatellites, orbital platforms and ground systems.
Machine controllers, vision systems, edge computing, Profinet/EtherCAT protocols. Solutions for production and process automation requiring 24/7 operation.
Systems requiring safety certification, protection against cyberattacks, OT/IT network isolation, monitoring and embedded security auditing.
Comprehensive BMS systems, energy automation, IoT platform integration with existing infrastructure. Energy reduction and improved occupant comfort.
A structured, repeatable process ensuring quality at every stage of the project.
Requirements analysis, feasibility study, system architecture definition and preliminary risk assessment.
Detailed hardware and software design, schematics, firmware architecture, interface specifications.
EVT/DVT prototype build and bring-up, HW+SW integration, early-stage debugging.
Functional and environmental testing (temperature, vibration, EMC), compliance with industry standards.
Manufacturing documentation handover, NPI support, ATE deployment, transfer to contract manufacturer.
Projects from domains where precision and reliability are paramount.
Design and production of an FPGA-based TM/TC module for a 3U CubeSat. CCSDS protocol, radiation tolerance, mass <35g.
Automated electrical tester for PCBs with CAN communication. Test time reduced from 4 min to 45 s. Deployed in 3 EU factories.
Industrial gateway with OT/IT isolation, TLS 1.3, certified HSM and anomaly detection for critical infrastructure. IEC 62443 SL-2 compliant.
Describe your technical challenge — we'll assess the scope and propose an approach with no obligation.