Embedded Systems Design
We write firmware for microcontrollers and embedded processors — bootloaders, drivers, RTOS-based applications, and the low-level code that runs on your hardware.
Most of our work targets ARM Cortex-M, ESP32, and RISC-V platforms in C, C++, and Rust. We handle bare-metal projects and RTOS-based ones, with a focus on reliability and maintainability for products that need to keep running in the field.
Get in TouchCapabilities
The kind of work we typically take on. Most projects pull in some mix of these.
Peripheral Drivers
Drivers for SPI, I²C, UART, CAN, USB, and Ethernet. Written from scratch or adapted from vendor HALs.
RTOS Integration
FreeRTOS, Zephyr, and ThreadX. Task design, IPC, and configuration tuned for the specific workload.
Bootloaders & OTA
Signed firmware updates, dual-bank flash, and rollback handling. Either built from scratch or based on existing frameworks.
Real-Time Control
Tight timing for motor control, sensor sampling, and signal processing. Hardware timers, DMA, and interrupt-driven pipelines.
Diagnostics & Logging
Event logging, watchdog handling, and post-mortem dumps so problems in the field can be diagnosed.
Low-Power Design
Sleep modes, wake sources, and clock gating for battery-powered devices that need long deployment lifetimes.
Tools & platforms
Common platforms and tools we work with.
Common use cases
Industrial Controllers
Devices with real-time IO, fieldbus support (Modbus, CAN, EtherCAT), and safety-aware control logic.
Sensor Nodes
Battery-powered devices that sample, transmit, and sleep. Long deployment lifetimes from coin cells or AA batteries.
Motor Control
BLDC, stepper, and servo firmware. Field-oriented control, current loops, and trajectory planning.
Lab & Medical Instruments
Firmware for measurement and diagnostic equipment, including documentation patterns suitable for regulated environments.
Have a firmware project?
Tell us about it. We'll review and reply within one business day.