Board bring-up, BSPs, and drivers
Boot flows, peripheral initialization, low-level drivers, hardware abstraction, and early board diagnostics.
Embedded firmware
Firmware that makes
hardware dependable.
From first boot through field updates, we build embedded software that is testable, diagnosable, maintainable, and ready for the realities of production hardware.
Interface
Bring up
Build
Validate
Core capabilities
Embedded software from silicon to system behavior.
We work at the hardware boundary and keep the complete device lifecycle in view.
RTOS and system performance
Task architecture, scheduling, concurrency, memory, timing, low-power behavior, and performance characterization.
Connectivity and protocols
Reliable wired and wireless interfaces, protocol implementation, interoperability, and fault handling.
Device lifecycle and quality
Secure boot and update patterns, diagnostics, automated testing, traceability, and release discipline.
How we work
Make device behavior explicit and testable.
Hardware and firmware evolve together, with interface decisions and validation evidence kept visible.
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01
Define interfaces
Map device states, hardware interfaces, timing, failure behavior, update needs, and test strategy.
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02
Bring up
Establish boot, clocks, memory, debug access, core peripherals, and a known-good hardware baseline.
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03
Build
Implement features in testable layers with diagnostics, fault handling, and continuous integration.
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04
Validate and release
Exercise real hardware, timing, power, recovery, and update paths before controlled release.
Lifecycle thinking
Field behavior belongs in the design from day one.
Devices need clear failure modes, useful diagnostics, and a safe path to change after shipment—not just code that runs on the bench.
- Deterministic where timing matters
- Diagnosable in real environments
- Updateable through a defined path
- Testable at meaningful boundaries
Release trace
Boot integrityVerified
Timing budgetMeasured
Power statesCharacterized
Field telemetryActionable
What you receive
Firmware, tests, and a controlled release path.
We leave a maintainable codebase and the build, interface, verification, and release context needed to support it.
01Source code and reproducible build pipeline
02BSP, drivers, and interface documentation
03Automated and hardware-in-loop test results
04Release, diagnostics, and update plan
Technology in context
The right level of abstraction for the device.
We choose runtimes, interfaces, and tools around timing, memory, power, safety, and team constraints.
Runtime
- Bare-metal systems
- FreeRTOS, Zephyr, and ThreadX
- Bootloaders and update systems
Interfaces
- SPI, I2C, UART, and CAN
- BLE, Wi-Fi, and cellular
- Custom and industry protocols
Tooling
- GCC, IAR, and Keil toolchains
- JTAG and SWD debug
- CI and hardware-in-loop testing
Selected tools and platforms
Representative technologies we work with, selected according to project fit.
Arm
NXP
STMicroelectronics
Texas Instruments
Raspberry Pi
Build for the field