Serious tooling for serious engineers.
Firmware teams
Ship drivers, HAL, and RTOS code that knows your toolchain and silicon.
Embedded engineers
Compress bring-up, bootloaders, and OTA from months to days.
Safety & cert leads
Cert-ready artifacts for DO-178C, ISO 26262, and IEC 62304 — traceable by default.
System integrators
Stitch multi-vendor subsystems together with bus protocols and HIL built in.
motor_ctrl.c — root access · seb
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// tasks/motor_ctrl.c
#include <FreeRTOS.h>
#include "pwm.h"
static TaskHandle_t motor_hdl;
void motor_task(void *arg) {
pwm_init(PWM_CH1, 20000);
for (;;) {
uint16_t duty = get_setpoint();
pwm_set_duty(PWM_CH1, duty);
vTaskDelay(pdMS_TO_TICKS(1));
}
}
int motor_start(void) {
return xTaskCreate(
motor_task, "motor", 512,
NULL, 3, &motor_hdl);
}
// Agents04 · active
Driver · GEN
Running
HIL · Test
Queued
MISRA · Audit
Passed
Cert · Export
Synced
ModelRA-1 · FT
TargetSTM32H7 · FreeRTOS
ToolchainGCC ARM 13.2
Program hardware systems 10× faster.
How it works.
01CONTEXT
Hardware-aware reasoning
Ingests datasheets, reference manuals, linker scripts, and vendor HAL to produce code that matches your target — not a hallucinated MCU.
02GENERATION
Drivers, RTOS, bring-up
Peripheral init, interrupt handlers, DMA chains, RTOS tasks — produced with register-level correctness and bounded latency in mind.
03VERIFICATION
Tests & traceability
Unit tests, HIL stubs, and requirement traceability exports that line up with how your compliance team already works.