Architecture & feasibility
You have a concept and need a well-founded second opinion before committing budget.
- Feasibility analyses for FPGA/SoC concepts
- Architecture and design reviews
- Support with safety and V&V strategy
Services
Services across the entire development chain.
Commission them individually as work packages or as one integrated service – from system model to a ready-to-deploy computing system.
01
FPGA-based system development
Custom FPGA hardware tailored to the performance and reliability requirements of your application – from hardware description and dedicated accelerator logic to integration into your system architecture.
- FPGA design and architecture
- Hardware description in VHDL and Verilog
- Custom hardware accelerators
- Integration of FPGA components into new and existing systems
Interfaces
- UART (full/half duplex)
- CAN
- Ethernet
- SPI
- PCIe
- AXI4 / AXI-Stream
02
Embedded software development
Low-level software tuned closely to your target platform – including middleware connecting higher system layers and integration of AI-based components.
- Low-level software and drivers
- C-based embedded software
- Middleware development
- Integration of AI-based software components
Standards
- DO-178C
- DO-331
- ARINC 653
03
Hardware/software co-design
In embedded systems, hardware and software are inseparable. We treat both levels as one system to be optimised together and align architecture decisions early.
- Hardware architecture
- FPGA logic
- Software architecture
- Communication interfaces
04
Model-based systems engineering
Modern model-based methods keep requirements, architecture and verification consistent, traceable and changeable throughout development – the basis for evidence towards customers and certification authorities.
- Requirements management
- System model as the authoritative source of truth
- Architecture development
- Configuration and change management
- Export of artefacts
- System integration, verification and validation
Methods & standards
- SysML v1
- SysML v2
- ARP4754B
- DO-297
05
Ready-to-integrate computing systems
Beyond individual work packages, we take full development responsibility for complete computing systems. You get a validated solution from a single source instead of coordinating individual services yourself.
- Requirements analysis and system architecture
- Implementation of hardware, logic and software
- Integration on the target platform
- Verification and validation
- Standards-compliant documentation as part of the delivery
Collaboration
Three ways to work with us.
Depending on how much responsibility you want to hand over – from a well-founded second opinion to a finished subsystem.
Clearly scoped packages
We take on a defined package – such as FPGA design, embedded software or system modelling – and deliver a quality-assured result.
- Independent, accountable delivery
- Defined, documented results
- Aligned with your processes and tools
Complete subsystems
You don't buy hours, you buy a finished development result – such as computing components, FPGA accelerators, embedded controllers or safety components.
- Responsibility from requirements to V&V
- One point of contact for the entire subsystem
- Standards-compliant documentation included
Industries
Where reliability is not negotiable.
Aerospace
Flight control and mission computers, avionics platforms and sensor systems.
Defence
Embedded and FPGA expertise for safety-critical systems.
Medical technology
Demanding regulatory requirements – a natural fit for the way we work.
Research
Prototypes and collaborations with research institutions.
Automotive
FPGA, SoC and MBSE expertise from aviation for safety-relevant vehicle electronics.
Contact
Planning a safety-critical system?
Tell us about your project – whether it's a feasibility question, a clearly scoped work package or a complete subsystem. In a first conversation we'll work out how we can best support you.