Technology Division

Engineered down to
the microvolt.

Circuits, firmware, and data systems built end to end — measured, not estimated.

Verified Results

What we've already shipped

Every figure below comes from a board on a bench, not a datasheet.

238KParameters · Single Model
5 KBOn-Device Footprint
<1 µVInput-Referred Noise
24-bitADC Resolution
<4 msReal-Time Latency
Hardware Wing

We build the physical device

Circuits, PCBs, firmware, and enclosures in-house. No hand-offs at bring-up.

Biopotential Acquisition

EMG, EEG, ECG and EGG front-ends with sub-microvolt noise floors and defibrillator-grade isolation.

ADS1298/129924-bit ADC4 kV Isolation

PLC & Automation

Delta DVP and Siemens S7 platforms programmed to IEC 61131-3, with documented state machines.

Ladder DiagramStructured TextIEC 61131-3

Robotics & Motion

ROS 2 Humble with Xenomai real-time patches where control loops cannot tolerate jitter.

ROS 2DynamixelTwinCAT 3

Custom RF & Wireless

Antenna geometry, matching networks, and protocol stacks written from first principles.

BLE 5.3434 MHzUART · SPI · I²C
pH P
In Development

Ingestible capsule electronics

A swallowable module carrying pressure, pH, temperature and imaging sensors inside a biocompatible shell smaller than a standard capsule tablet.

Maximum dimensions11 × 26 mm
RF telemetry434 MHz + BLE
Battery endurance72 hr · zinc-air
Sensing payloadpH · Pressure · Temp
ShellBiocompatible · sealed
Board to Bench

Four stages. One team.

01

Schematic → Layout

KiCad, 2–4 layers with controlled impedance. Every component choice documented.

02

Firmware Bring-up

C on STM32 and nRF52840, with FreeRTOS or Zephyr where scheduling demands it.

03

Enclosure & Test

Fusion 360 to FDM or SLA print, then waveform capture and bench verification.

04

Full Handover

KiCad project, BOM, and firmware repository. You own all of it — no lock-in.

Signal Quality

From electrode to clean data

Guard traces, isolated power planes, and shielded analogue grounds are non-negotiable on every biopotential board we lay out.

1 kHz SamplingCMRR > 120 dB4 kV Isolation
EMG 20–500 Hz
EEG 0.5–70 Hz · 8-ch
ECG 3 / 12-lead
EGG 0.05–0.25 Hz
Software Wing

And the software that runs it

Connectivity, pipelines, dashboards and signal intelligence — co-designed with the hardware, never bolted on after.

Backend & APIs

FastAPI or Django for data-heavy services, Node.js where real-time throughput matters more.

FastAPINode.jsPostgreSQLDocker

Frontend & Mobile

Clinician dashboards and patient apps with device pairing and live waveform display.

ReactNext.jsReact Native

Real-time Pipelines

MQTT ingestion into TimescaleDB, engineered so multi-channel recordings never drop a sample.

MQTTTimescaleDBKafka

System Integration

EMR and LIMS connectivity with immutable audit trails wherever regulation requires them.

FHIR R4HL7 v221 CFR Part 11
Signal & Data Science

Raw signal becomes a decision

Signal Processing

Filtering, artefact removal and feature extraction across ECG, EEG, EMG and EGG.

Edge ML Inference

Trained in PyTorch, quantised to TFLite or ONNX, running in 5 KB on Cortex-M.

PK/PD Modelling

Population pharmacokinetic modelling in NONMEM and Monolix for trial analysis.

Device Connectivity

Firmware and host application specified together from the first day of a project.

Tools We Use

What we actually work with

Hardware — MCUs

ARM Cortex-M

STM32 F4 / L4nRF52840ESP32-S3CMSIS-DSPFreeRTOS

PCB & Mechanical

KiCad & Fusion 360

KiCad 7/8Fusion 360JLCPCBFDM / SLA

Applications

Python, React, Node

FastAPINext.jsReact NativeDocker / K8sAWS

Signal & AI

PyTorch & SciPy

PyTorchTFLite / ONNXSciPyNONMEMMLflow
How We Work

No surprises, by design

01

Scoping Call

One call with an engineer, not a salesperson. We say plainly if it isn't a fit.

02

Written Proposal

Architecture, timeline and milestones. Fixed price wherever scope is clear.

03

Build Cycles

Fortnightly checkpoints with bring-up video and working demos, not status slides.

04

Handover

Source, schematics, firmware and documentation transferred in full at close.

Typical Timelines

Custom PCB — 2 to 4 layers4–10 wks
Embedded firmware with app8–20 wks
Capsule electronics module16–28 wks
Robotics prototype12–24 wks

Standards We Build To

Electrical safetyIEC 60601-1
PLC programmingIEC 61131-3
Pharmaceutical software21 CFR Part 11
Quality managementISO 13485
Engage Us

Have a technical problem
that fits?

Tell us what you're building, what already exists, and what's blocked. We reply within one business day.