uThing's

From “Quick & Dirty” to Precision Instruments: The uThing Story

The idea for uThing didn’t start in a sterile lab; it started on the dusty floors of manufacturing plants. Years ago, leading an 8-engineer hardware team at relayr.io (a pioneer in industrial IoT), we were tasked with the impossible: bringing “dumb” machines into the cloud on impossibly tight timelines. We were retrofitting everything from bottle manufacturing lines and textile machinery to medical pill packaging systems.

The Problem: The Integrator’s Dilemma

In those high-pressure environments, we faced a constant dilemma. We had two bad choices:

1. The Industrial Route: We could buy rugged sensors (like IFM or Balluff). They were reliable, but integrating them required procuring IO-Link masters, configuring PLCs, and fighting with Modbus registers or 4-20mA current loops. It took weeks we didn’t have.
2. The Hobbyist Route: We could grab I2C breakout boards and wire them to a dev board. This was fast (“quick and dirty”), but it was a nightmare for reliability. We dealt with noise, grounding issues, and the fear that a prototype would fail the moment we walked away.

We realized that our biggest bottleneck wasn’t budget—it was speed. We needed the data integrity of an industrial sensor with the agility of a USB stick.

Our Solution: Bridging the Gap

That frustration sparked the concept of uThing. We realized there was a massive gap between the “20-year factory sensor” and the “weekend maker board.” Engineers at companies like Cisco, Datto, and top universities didn’t need another raw sensor requiring hours of driver development. They needed a Professional Instrument that could deliver calibrated data immediately.

The Engineering: Built for the Agile Engineer

We built uThing to be the tool we wished we had during those retrofit projects:

• Zero Integration Effort: We removed the need for proprietary drivers. By using the standard USB CDC-ACM class, uThing devices work instantly on Linux, Windows, and Android.
• Metrological Confidence: We solved the “prototype risk” by integrating galvanic isolation and onboard sensor fusion directly into the dongle. When you plug in a uThing::VOC or uThing::iPH, you aren’t getting raw noise; you are getting processed, temperature-compensated, scientific data.
• Data, Not Drivers: Instead of parsing binary registers, uThing outputs clean JSON and CSV natively. You can go from unboxing to streaming data into a dashboard or database in minutes.

Crafted in Berlin

Today, uThing sensors are engineered and crafted at our manufactory on Lichtemberg, Berlin. We combine the rigor of good engineering with the speed of the modern tech stack. We are proud to supply the missing link for digital transformation—helping engineers at major enterprises bypass procurement headaches and start solving problems today.

Precision Sensing. Zero Integration Effort.

Find more about uThing™ here.