Sensor development
Sensing element design, signal conditioning, calibration and bench characterisation. This is where the physical principle we investigate in research becomes a reliable, repeatable measurement.
Internal capability
The engineering behind our products
We design, prototype and build our products in-house: the circuit, the board, the enclosure, the firmware, the app and the cloud. This page describes each of those stages and which products it goes into.
They serve our own portfolio, not on-demand development. With other organisations we work through joint R&D, open innovation and technology transfer — the three formats at the end of this page.
Laser-etched circuit boards
We produce our products' PCBs in-house through laser etching, which shortens the cycle between a design revision and a board under test, and keeps quality control inside the company.
3D printing and scanning
Rapid prototyping of enclosures and parts with complex geometry, plus reverse engineering by millimetre-accurate scanning to fit equipment that is already installed.
Firmware, IoT and cloud
Embedded firmware, telemetry, backend and apps are all developed by us. Each product reaches the user with its own management platform, not as an isolated sensor.
Where it is applied
Smart Fish Finder, Smart Flow Hall, Smart AI Dosage
Industrial and building automation
Integrating our devices into real processes — control loops in water treatment plants and home systems designed for accessibility and autonomy.
Biochemical and preclinical assays
Screening of new drug candidates, cytotoxicity evaluation, in vitro/in vivo activity and mechanism-of-action studies, focused on neglected diseases.
How we collaborate
Research partnership, not contract work
We work with utilities, industry and universities in three formats, all aimed at advancing and validating our own technologies.
Open innovation with operators
We develop alongside the people who run the process. That was the case in Compesa's Digital Waters programme, which took our AI dosing system to the Presidente Castelo Branco plant (3,000 L/s), and in the ongoing pilot at Sanepar, in Maringá, Brazil.
Cooperative R&D with universities
MSc and PhD candidates carry out their research inside the company through CNPq's MAI/DAI and RHAE programmes, producing knowledge applied directly to our product lines.
Enabling-technology projects
Our research fronts are supported by FINEP, including the Enabling Technologies line (2023) and the Innovative Women programme, which awarded our intelligent coagulant dosing project.
Bring our technology into your operation
Talk to our technical team about pilots, deploying our products, and joint R&D partnerships.
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