Turning a microcontroller and a set of requirements into working, production-ready firmware and hardware integration.
Embedded systems development covers microcontroller selection (ARM Cortex-M, ESP32, AVR and similar platforms), board bring-up, peripheral driver development, and the work of getting firmware from a blinking LED to a reliable build you can ship. It's the layer where hardware and software meet, and where most of the risk in an electronics project actually lives.
We treat this as the foundational service underneath much of our other work, Firmware Development, PCB Design and IoT Development engagements are frequently built on top of the microcontroller selection and bring-up decisions made here.
Where embedded projects most often go wrong, and what we check for.
We weigh compute, power, peripherals, connectivity and long-term availability before a part number is locked in.
Timing, power and edge-case handling reviewed so behavior on the bench matches behavior in the real environment.
We structure code, build systems and configuration so a proof-of-concept can grow into a maintainable production build.
Source, build instructions and bring-up notes are delivered as part of the project, not as an afterthought.
Evaluating compute, power, peripheral and connectivity requirements to pick a platform that fits the product, not just the prototype.
Getting a new board running, clocks, power rails, communication buses and peripheral drivers brought up and verified in turn.
Turning working firmware into a reliable, maintainable build with proper error handling, watchdogs and update paths.
We map your requirements to a microcontroller and peripheral set before any code is written.
Clocks, power rails, buses and peripherals brought up and verified on the target board.
Application logic integrated with drivers and exercised against real-world conditions.
Source, build system and bring-up documentation delivered, ready for you to build on.
Complete, version-controlled firmware source with a reproducible build system.
A record of how the board was brought up, along with documentation for every peripheral driver we wrote.
Yes. If a platform is already selected, we work within that choice; if it isn't, platform selection is the first step of our process.
Yes, we review the existing codebase, document what we find, and continue development from there or propose a restructure if needed.
Yes, ongoing support and maintenance can be arranged separately once the initial firmware is delivered.
Tell us about your platform and requirements, and we'll scope the bring-up and firmware work.
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