SCIENFOSS

Complex hardware. Engineered into reality.

We develop electronics, embedded software and precision mechatronics. From feasibility and early prototypes to validated, production-ready hardware for global markets.

A single accountable engineering partner

The toughest problems cross disciplines. Our scope can be narrow. Our thinking isn't.

We combine multidisciplinary engineering with in-house labs and manufacturing know-how to make sure what we develop performs in the product — not just on the bench.

Challenges we solve

We bridge the gaps that keep hardware from reaching the market.

01

Expertise & capacity

You need engineering expertise or capacity you don't have in-house.

You may be missing a specialist, lab resources or simply the capacity for another project.

02

Technical uncertainty

Finding what actually works.

Architecture decisions, unstable prototypes or unclear engineering problems.

03

Prototype to product

A working prototype is only the beginning.

Reliability, EMC, safety, certification and testability still stand between prototype and product.

04

Scaling into production

Building one is different from building hundreds.

NPI, sourcing, production testing and repeatable manufacturing turn engineering into a scalable product.

What we do

Electronics and embedded at the core. Product engineering around them.

Every product is a system. We develop its hardware, software and physical behaviour together, with validation and production considered from the start.

SCIENFOSS circuit board connected to a J-Link debugger during embedded development
01

Electronics & hardware

Analog, digital, power electronics and RF. From architecture and schematics to complex multilayer PCBs and hardware integration.

02

Embedded software

Bare-metal, RTOS and Embedded Linux. Control algorithms, signal and data processing, edge AI, connectivity and device security.

03

Mechatronics, motion & sensing

Electric drives, precision motion, sensing and perception. Control, feedback and electromechanical integration for systems interacting with the physical world.

Supporting the product

Beyond our core disciplines, we provide or coordinate the specialist engineering, compliance and manufacturing capabilities needed to deliver the complete product — in-house and through trusted partners.

Validation & EMC · Certification support · Industrial design & mechanics · DFM & DFT · NPI · Production testing · Manufacturing

Explore all capabilities

Selected work

Engineering in practice.

Examples of projects we’ve helped develop

Multi-board electronics and motor assembly for the automated biometric stand

Biometrics

Automated Biometric Stand

Electronics · Firmware

Automated height-adjustment stand for a biometric device. Advanced 2D ToF array and thermal imaging fusion estimates eye position while improving robustness across changing environments. A precision servo system provides highly sensitive contact detection for safe motion, complemented by custom USB-C PD charging, docking and Ethernet distribution.

  • Sensor Fusion
  • Motion Control
  • OTA Updates
Open wireless wheelchair controller showing its custom purple circuit boards

MedTech

Wireless Wheelchair Control Panel

Electronics · Firmware

Wireless BLE control panel for electric wheelchair drive systems, combining a joystick with a round 2.8″ LCD. Built-in Li-ion battery pack with USB-C PD fast charging.

  • BLE
  • USB-C PD
  • Embedded GUI
Hubless wheelchair wheel with integrated suspension and drive mechanism

MedTech

Hubless Electric Wheelchair Drive

Electronics · Firmware · Mechatronics

Hubless electric wheelchair drive integrating suspension, electric height adjustment, motor drive and control electronics directly inside the wheel assembly. Powered by a custom 2.2 kWh battery pack.

  • Motor Drives
  • Motion Control
  • Battery System
Ultrasonic hair extension device with its touchscreen and handpiece on the workbench

Professional Devices

Ultrasonic Hair Extension Device

Electronics · Firmware

Professional ultrasonic device for hair extension bonding, combining a dedicated ultrasonic power stage with a 7″ touchscreen user interface.

  • Ultrasonic Driver
  • Embedded GUI
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Labs + production

Engineering made real.

We prototype, measure, validate and manufacture real hardware in-house — keeping development close to the lab and production floor.

See more
SCIENFOSS laboratory workbench with oscilloscopes, power supplies and measurement instruments

Labs

From engineering questions to measured answers.

Series of assembled SCIENFOSS circuit boards organized in production racks

Production

From pilot builds to repeatable production.

Product development path

From requirements to repeatable production.

A physical product moves through distinct stages — from proving feasibility and defining its architecture to validation, industrialization and production.

  1. 01

    DEFINITION

    Feasibility & requirements

  2. 02

    ARCHITECTURE

    System concept & technology choices

  3. 03

    DEVELOPMENT

    Hardware, software & mechanical design

  4. 04

    PROTOTYPE

    Build & system integration

  5. 05

    VALIDATION

    Testing, compliance & certification

  6. 06

    PRODUCTION

    NPI, pilot & series production

How we work

Each iteration turns assumptions into measurements — and measurements into better engineering decisions.

Start wherever you are.

We can take responsibility for the complete development path or join your team for a selected scope.

Go deeper

Have a demanding product or engineering challenge?

Let’s turn uncertainty into an engineering plan.

A complete device, a critical subsystem, an unfinished prototype or a problem your team is stuck on — let’s look at it together.

contact@scienfoss.com