Written by the engineers who designed the hardware — not handed off after the board is laid out.
When the same engineers designed the schematic, they already know where the interrupt latency problem is going to be. Firmware and hardware are written in parallel, against the same schematic, with the debug probe on the actual board.
We do not hand over Gerbers and disappear. Bring-up, debug and firmware development happen on the same bench.
See PCB design capabilitiesLow-level drivers, peripheral control, startup code, memory maps and register-level programming on ARM Cortex-M, RISC-V and DSP cores.
FreeRTOS, Zephyr and other real-time kernels. Task scheduling, IPC, mutexes and memory management.
HAL, pin mux, clock tree configuration, power sequencing and peripheral initialisation.
Secure boot, OTA firmware update, field reflash and fallback/recovery mechanisms.
UART, SPI, I²C, CAN, RS-485, Modbus, Ethernet, USB (CDC, HID, MSC) and proprietary protocols.
Wi-Fi, BLE, LoRa, NB-IoT and LTE-M module bring-up, AT command handling and network stack integration.
We also develop host-side tools — PC and embedded configuration utilities and diagnostic interfaces — so your team can interact with the hardware in production and in the field.
We will scope the firmware deliverables and timeline.
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