Our agency will build rust embedded firmware for esp32 stm32 and iot hardware

Rust gives you C-level performance with compile-time memory safety. No garbage collector, no runtime overhead. The compiler catches buffer overflows, race conditions, and use-after-free before code touches hardware — the bug classes responsible for most embedded field failures.

Yes. Rust's C FFI lets us add new modules in Rust that integrate directly with your existing C codebase. No forced rewrite. We migrate incrementally — one peripheral, one driver, one subsystem at a time

STM32 (Cortex-M0/M3/M4/M7), ESP32 (Xtensa and RISC-V), Nordic nRF (BLE SoCs), RP2040, and custom ARM/RISC-V targets. We work with your target silicon — not a simulator.

We design firmware with deterministic execution paths — interrupt priorities, DMA transfers, lock-free data structures. For hard real-time requirements, we integrate with RTOS (FreeRTOS, Zephyr) and validate timing with logic analyzers and hardware profiling.

If a HAL crate doesn't exist for your MCU, we write one. Rust's SVD-to-PAC toolchain generates register-level access code from your chip's datasheet. We've built custom HALs for targets without ecosystem support.

Yes. BLE, WiFi, LoRa, MQTT, Zigbee, and CAN bus. We architect communication layers that coexist with real-time control loops — proper interrupt priorities, power management, and OTA update systems that don't brick devices.

Yes. We sign NDAs before any technical discussion begins, on request.

You do. IP, source code, firmware binaries, and hardware documentation are fully assigned to you on completion — no vendor lock-in.

Yes. Signed contracts with fixed scope per phase. US company (Wyoming) — you're contracting with a registered entity, not an individual.