ESP32 microcontroller connected to a temperature and humidity sensor, a motion sensor, and an external antenna, with neatly arranged wiring on a dark background
What doing it right takes

It's not about connecting sensors. It's about not losing trust along the way.

Reliable capture

Sensors and field devices integrated with standard protocols, no proprietary black boxes no one can audit later.

Traceability from the source

Every captured data point carries lineage: which sensor it came from, when, and at what quality — the basis for auditing everything built on top of it.

Resilient connectivity

Transmission architectures that assume network failures and handle them, instead of silently losing field data.

Our approach

IoT isn't the project. It's the project's first stage.

At BIT we treat IoT as what it actually is within the full flow: the point where the physical world becomes data. If that capture isn't reliable or traceable, everything downstream — integration, analytics, automated decisions — inherits that problem without anyone noticing until it fails. That's why we design the capture layer with the same auditor's standard we apply to the rest of the pipeline — so that by the time data reaches the Data stage, its origin is already defensible.

See the full flow

Do you have sensors or field systems you're not sure you can trust today?