Embedded consulting + firmware engineering

Experienced help where firmware and hardware start talking to each other.

Firmware, Embedded Linux, RTOS, board bring-up, legacy systems, diagnostics, production tests and low-level debugging backed by more than 30 years of embedded work.

Acecode electronics lab and embedded hardware work

Deep embedded engineering experience

Acecode's embedded expertise is grounded in more than 30 years of practical experience across firmware, embedded electronics, Embedded Linux, Linux BSP work, bootloaders, RTOS, production systems and difficult product maintenance situations.

This is most useful when the project already has momentum but one layer is stuck: the board does not boot reliably, an update path is not controlled, production testing misses the real fault, legacy product logic has disappeared from documentation or the issue lives between software and hardware.

Typical work

  • Embedded Linux BSP, bootloader, root filesystem and driver work.
  • RTOS and bare-metal firmware.
  • C, C++, firmware debugging and low-level HW/SW integration.
  • BLE, MQTT, CAN, RS485, I2C, SPI, UART and Modbus integration.
  • Board bring-up, production test design and device diagnostics.
  • Legacy device modernization when documentation is incomplete.

Suitable engagements

  • A few days of technical investigation to identify root cause and decision options.
  • Scoped implementation help for boot, driver, diagnostics or test issues.
  • Senior second opinion before a major architecture or modernization decision.
  • Support when the internal team needs a fast direction, not a long consulting bench.

Why this belongs on the same site

The same low-level engineering background is what makes firmware and hardware security assessment credible. A good device security review needs to understand how products are actually built, tested, updated, repaired and supported over time.

Senior embedded help when the product has to move forward.

Bring-up

New or difficult boards, boot chain, drivers and measurement-driven debugging.

Legacy

Understanding old products, documenting risks and planning sensible modernization.

SW/HW boundary

Problems that are not clearly software or hardware, but live between the two.