Rust Embedded Development
Memory-safe firmware without a garbage collector
Proven foundations for modern web products
Catch bugs at compile time, not in the field
Rust delivers the performance of C with strong memory and thread-safety guarantees — critical for embedded systems where a null pointer dereference can mean a bricked device or a safety incident. I write no_std firmware using RTIC, embedded-hal, and probe-based debugging across ARM Cortex-M and RISC-V targets.
Capabilities
no_std Bare-Metal Firmware
Firmware that runs without an operating system or standard library — full control of the hardware with Rust's safety guarantees.
RTIC Real-Time Concurrency
Build deterministic, interrupt-driven applications using the RTIC framework — tasks, priorities, and resources verified at compile time.
embedded-hal Driver Development
Reusable, hardware-agnostic drivers following the embedded-hal traits — portable across any MCU that implements the traits.
ARM & RISC-V Cross-Compilation
Cross-compile and debug for Cortex-M (STM32, nRF, RP2040), RISC-V (ESP32-C3, GD32V), and custom targets with probe-based debugging.
Toolchain & Ecosystem
cargo RTIC embedded-hal probe-rs defmt cortex-m risc-v PAC / HAL Ready to Transform Your Business with AI?
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