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Electronic Design

Firmware Development

Mechanical and Industrial Design

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Our team consists of experienced professionals with a deep understanding of embedded system design.

Get in touch

Our team consists of experienced professionals with a deep understanding of embedded system design.

Firmware Development

Firmware development provides the intelligence that enables electronic systems to operate reliably and respond predictably to real-world inputs. Sitting directly between hardware and software, well-designed firmware ensures devices behave as intended while meeting performance, timing, and reliability requirements.

We develop firmware that is structured, reliable, and scalable, supporting products from early prototypes through to deployed, production systems.

Below are some of the firmware development services we offer to support robust and maintainable embedded systems.

Firmware Writing

We write clean, well-structured firmware tailored to your hardware, application requirements, and performance constraints. Our approach prioritises reliability, readability, and long-term maintainability.

Bare-metal and RTOS-based firmware development.

Low-level driver development and hardware abstraction layers.

Real-time control, state machines, and timing-critical applications.

Clear code structure, documentation, and handover support.

Firmware Writing

Bare-metal and RTOS-based firmware development.

Low-level driver development and hardware abstraction layers.

Real-time control, state machines, and timing-critical applications.

Clear code structure, documentation, and handover support.

Firmware Writing

Bare-metal and RTOS-based firmware development.

Low-level driver development and hardware abstraction layers.

Real-time control, state machines, and timing-critical applications.

Clear code structure, documentation, and handover support.

Compiling

We configure and manage build systems that are reliable, reproducible, and suited to both development and production workflows. Our focus is on ensuring firmware builds are efficient, traceable, and easy to maintain.

Toolchain selection and compiler configuration.

Build system setup for scalable firmware projects.

Optimisation for performance, memory usage, and power consumption.

Version-controlled builds and release management support.

Compiling

Toolchain selection and compiler configuration.

Build system setup for scalable firmware projects.

Optimisation for performance, memory usage, and power consumption.

Version-controlled builds and release management support.

Compiling

Toolchain selection and compiler configuration.

Build system setup for scalable firmware projects.

Optimisation for performance, memory usage, and power consumption.

Version-controlled builds and release management support.

Testing & Debugging

We identify issues early through structured testing and systematic debugging, reducing development risk and improving overall system stability.

On-target debugging using JTAG, SWD, and serial interfaces.

Unit testing and integration testing of firmware modules.

Timing, performance, and memory-usage analysis.

Fault diagnosis and root-cause analysis.

Testing & Debugging

We identify issues early through structured testing and systematic debugging, reducing development risk and improving overall system stability.

On-target debugging using JTAG, SWD, and serial interfaces.

Unit testing and integration testing of firmware modules.

Timing, performance, and memory-usage analysis.

Fault diagnosis and root-cause analysis.

Testing & Debugging

We identify issues early through structured testing and systematic debugging, reducing development risk and improving overall system stability.

On-target debugging using JTAG, SWD, and serial interfaces.

Unit testing and integration testing of firmware modules.

Timing, performance, and memory-usage analysis.

Fault diagnosis and root-cause analysis.

Emulation

We use emulation and simulation techniques to accelerate development and testing, enabling faster iteration and earlier validation of firmware behaviour.

Hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing.

Firmware simulation for early-stage development.

Emulated peripherals and interfaces for rapid iteration.

Support for regression testing and continuous integration workflows.

Emulation

We use emulation and simulation techniques to accelerate development and testing, enabling faster iteration and earlier validation of firmware behaviour.

Hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing.

Firmware simulation for early-stage development.

Emulated peripherals and interfaces for rapid iteration.

Support for regression testing and continuous integration workflows.

Emulation

We use emulation and simulation techniques to accelerate development and testing, enabling faster iteration and earlier validation of firmware behaviour.

Hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing.

Firmware simulation for early-stage development.

Emulated peripherals and interfaces for rapid iteration.

Support for regression testing and continuous integration workflows.

Our firmware development services cover the full lifecycle, from low-level hardware interaction through to testing, validation, and long-term maintainability. Whether you are building new firmware from the ground up or refining an existing codebase, we can support development at any stage. To discuss your firmware requirements, or how firmware integrates with our broader hardware and software capabilities, we invite you to book a free discovery call with our team.

Frequently Asked Question

What exactly is firmware, and why does it matter for my product?

Firmware is the software that lives directly on your device and controls how the hardware behaves. It is what makes buttons respond, sensors read correctly, and systems run reliably. Good firmware is often invisible to users, but if it is poorly designed, problems show up very quickly.

Can firmware be changed or updated after the product is built?

How do you make sure firmware is stable and not full of bugs?

Do I need to choose a specific microcontroller or platform before starting?

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Do you have questions about our services?

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TOUCH

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