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Company

Put our engineering team behind your own product.

If you are short of capacity in hardware, embedded software or backend, we take the project on — with the same processes we use on our own products.

When It Makes Sense

Who is this for?

People usually come to us in one of three situations.

01

Building a team isn't worth it

Hiring a hardware engineer, a firmware developer and a backend team for a single product is expensive and slow. For project-based needs, outsourcing gets you there faster.

02

You have a team, but a bottleneck

If your in-house team is tied to the current product and the new project keeps waiting, we open a parallel track.

03

A specific expertise is missing

When a narrow field like cellular communication, RF layout or machine vision is needed, we take that part.

Scope

What we take on

We can take the whole project, or only the layer you need.

  • Hardware design

    Electronics design from concept to production-ready files.

    • Schematic capture and multilayer PCB layout
    • Power management and EMC-aware placement
    • Component selection and cost optimisation
    • Manufacturing files and assembly documentation
  • Embedded software

    Firmware that runs on the microcontroller and updates in the field.

    • C development on Cortex-M class MCUs
    • Drivers and communication stacks (UART, SPI, I2C, CAN, MQTT)
    • Cellular modem and GNSS integration
    • Over-the-air update infrastructure
  • Backend and interfaces

    The server side that receives device data, plus management panels.

    • Data ingestion and message queue infrastructure
    • REST/MQTT API design
    • Admin panels and reporting interfaces
    • Server setup and monitoring
  • Machine vision

    Visual inspection that integrates into the production line.

    • Defect detection and measurement applications
    • Camera and lighting selection
    • On-line installation and calibration
    • Integration with existing automation
How We Work

From idea to series production.

The five steps we follow on every project.

01

Analyse

We map the requirement, the field conditions and the regulatory constraints together.

02

Design

Schematic, mechanical layout and software architecture are drawn up.

03

Prototype

First boards are produced and tested under real field conditions.

04

Production

The validated design goes to series production, with every unit tested before shipping.

05

Support

Monitoring, firmware updates and technical support continue after installation.

The output is yours.

Schematics, PCB source files, firmware source code and documentation are handed over at the end of the project. You are not obliged to do the next revision with us — though most do.

Get in touch.

Tell us what you need and we'll work out together which product — or which custom solution — fits.