Put AI to work on real embedded jobs

MCU development, refactoring legacy firmware, requirements engineering, Rockchip BSP β€” we use a human-review / AI-write workflow so you get the plan right, the code correct, and it running on the board.

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AI does not make the call for you.It takes the repetitive work: register config, driver skeletons, test cases, interface docs. You keep the judgment on architecture, timing and safety β€” we just move faster, without shifting the engineer's responsibility onto a model.

Four embedded jobs, done with AI

From a single MCU to a full Rockchip BSP β€” the parts of your schedule under the most pressure

MCU STM32
MCU development

From blinky to production, AI lays the skeleton

STM32, GD32, ESP32, CH32 and similar. We feed the datasheet and reference manual into the workflow to generate peripheral init, RTOS task splitting, and low-power / interrupt handling skeletons. You do the architecture review and hardware bring-up.

  • Peripheral drivers: UART / SPI / I2C / CAN / ADC init and examples
  • RTOS task splitting and message-queue design
  • Register-level debugging tips and a known-issues checklist
  • Mass-production flashing and bootloader plan
Ask about MCU
main.c 2000+ lines
Refactoring

Tidy up the legacy firmware

Bare-metal polling, globals everywhere, a 2000-line main.c β€” we have seen this many times. AI does static structure analysis, draws the call graph and dependencies, then splits by module, adds unit tests and extracts interfaces, turning the spaghetti into a maintainable architecture step by step.

  • Structure and dependency analysis with module-boundary suggestions
  • Function-level refactoring and interface abstraction, behavior preserved
  • Auto-generated unit tests and coverage suggestions
  • Comments on critical paths and architecture docs
Talk refactoring
Requirements

Turn vague asks into acceptance-ready specs

Clients often say "build a networked controller" but skip the protocol, the latency, and what happens on disconnect. We use the workflow to break the verbal ask into features, state machines, interface contracts and acceptance criteria β€” fewer round trips.

  • Clarification checklist covering edge and failure cases
  • Feature breakdown with priority ranking
  • State machines and interface contracts (with error codes)
  • Acceptance criteria and test-case drafts
Shape the spec
RK3506 industrial board - Tronlong
Rockchip BSP

Rockchip BSP, AI speeds up locating and filling

U-Boot, Linux kernel, device tree and build system for RK3506 / RK3568 / RK3576. AI helps us find similar patches faster, complete device-tree nodes, and generate build scripts β€” you keep control of timing, stability and production consistency.

  • U-Boot porting and device-tree customization
  • Linux driver adaptation (display / network / storage / peripherals)
  • Buildroot / Yocto system build
  • Mass-production flashing and OTA upgrade plan
Ask about Rockchip BSP ← See Rockchip solutions

A four-step workflow

You are in the loop at every step; AI only speeds up where it helps

01

Clarify

You describe the use case and constraints; we return a clarification list and pin down the vague parts.

02

Design

AI drafts architecture choice, module split and risks; you make the final call.

03

Build together

You review logic and safety; AI writes skeletons and boilerplate, iterated by milestone.

04

Verify & ship

Validate on the real board, with design and wiring docs delivered alongside.

Have embedded work but no spare hands?

Win the schedule back. Send us a short description of your need and we will tell you which part AI can speed up first.

πŸ“ž Contact advisor: +86-186-7511-9761