Innovative - Sustainable - Open Source
(IP) Prototyping
Based on our broad expertise, we do cover the entire
application life-cycle from first definition until implementing the required Software stack:
- IP Prototyping
- Hardware meets Software
- System engineering
- One software covers the entire development flow
- short implementation time - reduced TAT
Linux, zephyr
There is more like applying basic tasks (BSP/Yocto) to your environment. Driver development, upstreaming, fit HW to your SW and vice versa...:
- Linux
- zephyr, RTOS and other embedded OS'
- Driver development, upstreaming, downstreaming
- BSP, Yocto, Red Hat, Debian and more
- knowledge transfer
HMI, Ux / Graphics / Audio / Video (streaming)
Embedded System - Kernel - User Space - Camera - Display - Data display - Audio recognition and transfer. Not easy, but with our expertise is your success in reach:
- Architecture with best fitting Hardware
- De- / Encoding approach
- Data visualisation / slint
- gstreamer, GMSL, QT/qml
- Hardware enabling - optimize your system
- Production ready - Future proof
Linux, zephyr
There is more like applying basic tasks (BSP/Yocto) to your environment. Driver development, upstreaming, fit HW to your SW and vice versa...
:
- Linux, zephyr, RTOS and other embedded OS'
- RUST
- driver development, upstreaming, downstreaming
- BSP, Yocto, Debian, Red Hat and more
Embedded Systems Architecture
Our embedded strategy and knowledge is founded on decades of semiconductor experience. We do start with coaching, apply optimization to your wishes, platform concepts - you name it!:
- Architecture support - Vendor selections (ARM, RISC-V, MIPS, STM, TI, RENESAS, NXP, Nordic, ...)
- Optimization Hardware + Software
- Proof of Concept
- (Analog) ASIC Development PM and Support
- FPGA architecture and design
- knowledge transfer
- AI from modelling (MatLab, Python,...) to realization on embedded platforms (e.g. NVIDIA)
Security concepts
The rising amount of network nodes and LUNs requires the strategic thinking about security concepts and their sustainable implementation right from scratch - or at least an optimization after implementation is done already:
- Hardening System, application + concept
- Zero trust, zero config
- onboarding, key handling, update (FW+HW)
- Platform concepts, IoT
- European CRA
Sustainability
Sustainable applications and systems are the key of all our futures - and do requiry the key differentiator to make the development and Go-To-Market succesful:
- Embedded Systems with OSS
- Future proof, update strategy, HW-family concept
- Mobility: EV, Charging, H2, OCPP
- Energy: Solar, Wind, ...
