top of page

Sensors that run for years and speak only when it matters

From the sensor front-end to the cloud link, we design complete low-power products, or the parts your team can’t build in-house.

FAP1.jpeg

Questions we often hear

“We need a sensor in a field, silo or meter cabinet that nobody will visit for years.”

“We have a software team and an idea, but no hardware team.”

“The prototype works on the bench and fails in the field.”

What we do

-

Complete product design: sensor, microcontroller, radio, power, firmware, mechanics and cloud connection.

-

Ultra-low-power design: microamp sleep currents, duty cycling and an energy budget per year of operation.

-

Resonant inductive sensing at microamp currents, for example flow detection in water meters.

-

Robust designs for harsh places: temperature, humidity, dust, vibration.

-

Biosensing and environmental monitoring, for example agricultural stockpiles with a tracking platform.

-

Biomedical sensor platforms with compact wireless charging.

-

From prototype to series: design for manufacturing, production test and documentation.

Technologies

Low-power microcontrollers
Inductive sensing
LoRaWAN
Wireless M-Bus
NB-IoT and LTE-M
Bluetooth LE
NFC
Real-time clocks and deep sleep
Edge processing

What you get

-

Working prototypes

-

Schematics and PCB layout

-

Firmware source code

-

Test reports

-

Production files

-

Documentation your team can maintain

The human side

A good sensor is calm. It measures continuously, decides locally and asks for a person only when a person’s decision is needed. No dashboards to stare at, no alert fatigue.

Working on something like this?

Other areas

​

Wireless connectivity

​

RF & antenna design

bottom of page