Engineering Logic

SOFTWARE DOESN'T ALWAYS STOP AT THE SCREEN.

We design the electronics, embedded software and industrial control systems that connect digital products to real equipment.

Engineering Capability

Built beyond the software layer.

Embedded firmware, custom electronics and industrial control — designed as parts of the same system rather than separate disciplines.

Firmware + Edge
01 / Embedded
StatusRunning
Loop4ms
RP2350
GPIO
Ethernet
I2C / SPI
UART
STM32 ESP32 Embedded Linux Industrial gateways

Embedded firmware running on real-time hardware — designed for continuous operation at the edge.

Circuit + PCB
02 / Electronics
Schematic // Power
24V_INREG3V3
MCUAnalog_Out
PCB // Rev B
Prototype tested✓
Schematic design PCB design Fast-turn prototypes Analogue I/O

Actual electronic product development, not just dev boards — circuit → board → working prototype.

Industrial Control
03 / Control
Temp
PLC // RunActive
Mode autoAlarms 0
HMI
CODESYS Modbus RTU/TCP RS485 / Ethernet Telemetry

Sequencing, control logic and HMI development for mission-critical industrial processes.

One Connected Engineering Stack
Electronic Hardware+Embedded Firmware+Industrial Automation+User Interface
Example system Condition-Based Monitoring
→ → → → →
System operational
RP2350/STM32/ESP32/LINUX/CODESYS/MODBUS/RS485/MQTT/REDFISH

One system. Not eight disconnected projects.

From field hardware to the interface your users see, we engineer the layers as one connected system — reducing integration risk, supplier handoffs and technical gaps.

Connected_system // Architecture
Rev_04.2 — Prod_deployed
One engineering stack
01 Field
Physical_world
Temp24.6°C
Pressure2.4 bar
Fan72%
Valve46%
02 Electronics
PCB + I/O
Power OK
AIN_01RS485
24VDC // DIN
03 Embedded
Firmware
MCUOnline
FW 0.8.4
Loop4ms
I/O active
04 Control
PLC + Automation
PLCRun
Mode auto
Out72%
Alarms 0
05 Comms
Industrial_comms
ProtocolMQTT / REST
TransportETH / RS485
Modbus
06 Software
Application_logic
API200 OK
Business_logic
Proc active
07 Data
Store + History
DBConnected
09:32:41 write
Live values · History
08 Interface
User_interface
StatusOnline
Temp24.6°C
Fan72%

One system

Engineered end-to-end
Field ✓PCB ✓FW ✓PLC ✓ Comms ✓API ✓Data ✓HMI ✓ System status: operational
Traditional delivery
Supplier 01Handoff
Supplier 02Handoff
Supplier 03Handoff
Supplier 04Handoff

Fewer handoffs. Fewer integration gaps. One team that understands how the whole thing fits together.

Hardware design for digital natives.

We design electronics with the whole connected product in mind — from sensor interfaces and firmware to APIs, applications and dashboards.

Industrial
Connected engineering Physical ↔ Digital
Digital
01 Physical / Electrical
PCB_REV_03Power: OK
24VDC_IN●
3V3 REGstable
AIN_01246_RAW DIN_04HIGH
RS485ETH0-10V_OUT
02 Embedded
EmbeddedFW_0.8.4
MCU online✓
Loop 4msStable
ADC / DAC OKMCU
Comms active>>

TEMP_RAW = 246 TEMP = 24.6°C
03 Protocol
Modbus RTU // RS485
Unit08
Reg30005
Value246
CRCOK
30005 = 246 → air_temperature: 24.6
04 API / Software
API200 OK
GET /api/system
{
  "air_temperature": 24.6,
  "fan_command": 72,
  "valve_command": 46,
  "status": "running"
}
05 User interface
Cooling system
Live data
Optimal
Air temp24.6°C
Fan72%
Valve46%
UI command →FAN = 72%
Design the interfaces early. Electrical ↔ Firmware ↔ Network ↔ Software
01

BUILT FOR THE ENVIRONMENT

Designed around the electrical, environmental and operational demands of the real application.

24/7 OPERATION // FIELD READY
02

TESTED AS A SYSTEM

Electronics, firmware and communications validated together — not independently.

I/O // PROTOCOL // FAILURE MODES
03

DESIGNED TO CONNECT

Interfaces and protocols considered from the start, making integration into wider software systems simpler.

RS485 // ETHERNET // API

Hardware designed for what comes next.

From the first electrical signal to the final user interface.

Need your machines talking to your software?

We handle both sides of the integration, from the physical sensor to the cloud.

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