WEARABLE DEVICE DEVELOPMENT
Whether it is ECG, EMG, respiration, PPG, activity or another biosignal: they have no secret for us. We can help you measure and process it.
Wearable and Zephyr RTOS Specialists
Demystifying electronic development. Accelerate your wearable journey with our vision and modern tools
Our Services
PHYSICAL PROTOTYPES
We' will make your wearable comfortable and reliable. We have extensive expertise in smart textiles and plastics.
SIGNAL PROCESSING, ML AND AI
Get state-of-the-art results with custom algorithms mixing conventional and machine learning approaches.
EMBEDDED SYSTEMS
Developing your embedded software yourself? We will accelerate your journey by helping you set up efficient and modern workflows and offer you the latest advice using Zephyr RTOS.
“We believe building electronic and mechanical systems should not be hard: hardware should be as accessible as software. We offer more than just prototyping consulting services. Our services are tailored for innovative teams seeking true agility and independence. We don't just deliver out-of-the-box prototypes; we empower you with the tools, knowledge, and deep understanding to evolve your product long after our collaboration ends. With us, you're not just getting a solution – you're gaining the expertise to own and grow your idea, ensuring your vision thrives in the fast-paced world of wearable technology.”- Charles H. Gayot, Technical Lead
Move Forward & Reduce Risks
We understand the challenges of hardware projects. Our approach focuses on de-risking each step of the development process. We explain our design decisions thoroughly, ensuring you can confidently communicate with your stakeholders. Our prototyping and consulting services help you make informed decisions from the start.
Discuss your project with us
Rapid Prototyping & Low-Cost Development
Thanks to dramatically falling prices of PCB and PCBA, we can bring first prototypes to life quickly and cost-effectively. Our modern development stack, including Zephyr, VSCode (Codium), Node-RED, and Mosquitto, enables efficient and flexible prototyping.
Start your prototype journeyOur Competences
WEARABLE & EMBEDDED EXPERTISE
- Sensor integration and fusion
- Low-power design for extended battery life
- Ergonomic and user-friendly wearable solutions
- Biocompatible materials selection
- Signal processing algorithms
- Biocompatible materials selection
WEARABLE & EMBEDDED EXPERTISE
- Electronics schematics and PCB design
- 3D printing (FDM & SLA), textile and mechanical prototyping
- Iterative design methodologies
- CI/CD for embedded systems
- Cost-effective prototype development
ZEPHYR RTOS & SOFTWARE
- Efficient C/C++ programming
- Real-time application design
- Device drivers development
- Embedded machine learning
- Automated testing for embedded software
DATA & CONNECTIVITY
- Edge computing solutions
- IoT platform integration
- Data analysis and visualization
Our Tools
ELECTRONICS
- KiCad
- LTSpice
- PSpice
- 3D renders with Blender
EMBEDDED SYSTEMS
- nRF Connect SDK
- Renode
- Python & TensorFlow
- Arduino & MicroPython
- VS Code
- VS Codium
- Continue
MECHANICAL
- FreeCAD & Fusion 360
- SLA and FDM 3D Printers
- Cura
CLOUD
- Code Server (VSCode in the cloud)
- Mosquitto
- NodeRED
- Docker
- Git
- CI/CD
Our In-house Projects
StepUp Air
A chest-based wearable for sportspeople, measuring ECG, activity and accurately breathing parameters and estimating ventilation.
See more here.StepUp Health
A patch and a vest to empower patients suffering from severe chronic pulmonary disease. Relies on an Early Warning System to enable clinical staff to act early to prevent hospitalisations.
See more here.StepUp Horse
The world's most advanced wearable for race and professional horses. Designed to prevent injuries and increase performances. Includes a unique respiratory sensor and advances textile integrations. Easy to put on and use: no buttons.
See more here.Our Blog
Sharing is caring! We publish regularly on our blog technical updates about our projects and experiences. We believe in a world where developing electronics and embedded software is as simple as getting a python script running, and as part of our commitment to open source, we try to give back to the community as much as it gave us. Check out out blog here and our Github there.