Automated firmware development

Synchronaze

From circuit design to production-ready firmware

Bring your schematic or netlist, describe your goals, and get firmware at BSP, hardware bring-up & diagnostics, bootloader, and application-logic levels — without starting from a blank IDE.

Get startedSee how it works
synchronaze — firmware workspace

generated / main.c

BSP ready
#include "tmc2209_m1.h"
#include "tmc2209_boot.h"

int main(void) {
  m1_init(&cfg);
  if (tmc2209_boot_configure() != OK)
    m1_emergency_disable();
  m1_enable();
  m1_move_steps(200);
  return 0;
}

Schematic in goals firmware out

Service

Firmware delivered in layers

Upload circuit design artifacts and project goals. Synchronaze returns structured firmware you can flash, review, and extend.

Board Support Package

Pin maps, clocks, HAL stubs, and peripheral bring-up matched to your schematic nets and MCU.

Hardware Bring-Up & Diagnostics

Safe enable sequences, self-tests, and fault paths so first power-on is controlled and observable.

Bootloader

Update and recovery scaffolding aligned with your memory map and programming interface.

Application Logic

Goal-driven control loops and device drivers — from stepper enable timing to sensor pipelines.

How it works

Design in. Firmware out.

A focused pipeline from your circuit artifacts to layered embedded software — built for hobbyists, students, and startups.

01

Bring your circuit design

Provide a schematic, netlist, or design package. Synchronaze maps nets, MCUs, and peripherals into a machine-readable project context.

  • Schematic / netlist ingest
  • MCU and driver identification
  • Pin and power-domain extraction
02

Describe what the board must do

State bring-up priorities, safety constraints, and application behavior. Goals steer which firmware layers get generated first.

  • BSP and diagnostic targets
  • Enable / safety sequencing rules
  • Application feature requests
03

Automated firmware synthesis

Agents and toolchains produce structured C/C++ with board-specific headers, tests, and boot paths ready for review.

  • Layered BSP → app output
  • Simulation-informed current/timing checks
  • Readable, reviewable source trees
04

Download and iterate

Pull artifacts into your repo or IDE, flash, and refine. Start a new job anytime as the design or goals change.

  • Project history and status
  • Tiered firmware packages
  • Support when you get stuck