Loading...
Engineering Systems
Embedded Systems
Embedded systems are the invisible intelligence inside modern equipment. We engineer reliable, efficient software for constrained hardware environments.
Discuss This Service
Service area
Embedded Systems designed for practical business use.
Software that runs close to the hardware, doing exactly what it needs to.
We develop embedded software for microcontrollers, sensors and connected devices used in industrial, commercial and research applications.
Problems this addresses
Unreliable device behaviour
Embedded software crashes, resets or behaves inconsistently in the field.
Integration complexity
Connecting hardware to digital dashboards and cloud systems requires multiple expertise areas.
Long development cycles
Hardware-software integration takes longer than expected without structured process.
What this service covers.
Who it is for
Businesses and organisations that need a practical solution around this service area.
What Nexino can build
A solution shaped around embedded systems, your workflow and your users.
What you receive
A clear scope, recommended approach, a working build and support options where needed.
What we need to start
Tell us what is not working, what you want to improve, who will use it and when you want to begin.
What's included.
Microcontroller programming
Firmware for common embedded platforms.
Sensor integration
Read and process data from physical sensors.
Communication protocols
UART, I2C, SPI, MQTT and similar interfaces.
Low-power design
Optimised for battery-operated devices.
OTA updates
Update device firmware remotely.
Cloud connectivity
Send device data to backend systems.
What you gain.
Reliability
Stable firmware that operates predictably in real conditions.
Integration
Devices that communicate with digital systems and dashboards.
Custom fit
Firmware written for your exact hardware and use case.
How we deliver it.
Step 1
Hardware review
Understand the target hardware and constraints.
Step 2
Architecture
Define the firmware structure and communication stack.
Step 3
Development
Write and test firmware in stages.
Step 4
Integration testing
Validate on real hardware in realistic conditions.
Step 5
Deployment
Flash devices and establish update procedures.
Common questions.
We work with common embedded platforms including Arduino, ESP32, STM32 and Raspberry Pi, as well as custom hardware where specifications are provided.
Tell us what you want to build or improve.
We will review your needs, recommend the next step and help shape the solution around your organisation.