Hire Freelance
Embedded Rust Developers

Built safety-critical automotive firmware using C, RTOS scheduling, real-time state machines, and ISO 26262/MISRA C practices on resource-constrained microcontrollers. Also develops Rust services with Axum, Tokio, SQLx, custom error types, and asynchronous concurrency from API design through persistence.

• BLE GATT and custom wireless protocol implementations
• CAN, UART, SPI, and I2C device communication
• LittleFS and Dhara flash translation layers
• Wear-leveling drivers for raw NAND and NOR flash

Architected embedded systems with a focus on Linux-based platforms using Yocto. Developed real-time applications in Rust for resource-constrained environments.

• Created custom Linux kernel modules
• Implemented C++ solutions for hardware interfacing
• Automated build processes with Bash scripting

Develops embedded Rust firmware and backend middleware across bare-metal MSP430, STM32, ESP32, and RP2350 platforms. Implements async Embassy and no_std systems for industrial metering, cellular connectivity, LoRa telemetry, vending controls, displays, and BLE peripherals.

• SX1262 LoRa range-testing hardware
• PPP and CMUX cellular modem support
• LVGL display interfaces
• Bootloader and OTA update mechanisms

Built a Rust complex-event-processing engine that composes reusable processing blocks into Kafka-consuming and Kafka-producing deployments. The system uses Tokio tasks, NATS stage transport, embedded Python execution, and dependency-aware input routing to reproduce production-grade stream-processing architecture.

• Implemented bidirectional PyO3 type marshalling across the FFI boundary
• Managed Python GIL boundaries for in-process block execution
• Developed Linux filesystem drivers and embedded firmware
• Built distributed event-driven backends in Scala, Java, and Go

Works close to the Linux platform through embedded systems, Buildroot, kernel development, and network-protocol implementation. Telecommunications work includes hands-on engineering for 4G LTE and 5G NR systems, alongside embedded microcontroller and signal-processing projects.

• Linux kernel customization
• Buildroot image engineering
• LTE and NR protocol stacks
• Embedded computer vision

Builds distributed workflow, data, and scientific-computing infrastructure across Rust, Go, Python, and systems-level C/C++. Designed job scheduling with PostgreSQL state management and worker dispatch, and contributed to published DeepVariant evaluation research alongside genomics pipeline engineering.

• Implemented FPGA RTL with SystemVerilog and Yosys
• Developed STM32 bare-metal peripherals over I2C and UART
• Built cloud ETL pipelines with Parquet and BigQuery
• Operated Kubernetes workloads across GKE and ECS

Refactored embedded GNSS software from Python to Rust around a hardware-abstraction microservice and ZeroMQ broker. Built a single-threaded Tokio data path for Bluetooth, Radino, and CAN interfaces, using exclusive handle ownership and latest-wins channels to control latency and staleness.

• Yocto-based embedded OS deployment automation
• Trait-based correction-feed and output-sink contracts
• ZMQ Pub/Sub and Push/Pull abstractions
• Independent GNSS read and correction-write tasks

Developed robust backend services using Rust for cloud-native applications. Integrated Nix-based deployment pipelines, ensuring reproducible builds and environments. Contributed to open-source projects focused on improving developer tooling in Rust.

• Created a TypeScript-to-Rust FFI for seamless integration
• Automated CI/CD workflows with GitHub Actions
• Enhanced API performance with custom caching strategies

Architects real-time connected-device platforms and distributed compute systems in Go and Rust. An IoT backend handles approximately 350,000 concurrent devices and peaks near 300,000 messages per second, while a separate Rust platform combines Tokio, NATS, Raft, PostgreSQL, and WebAssembly.

• Designed versioned binary device protocols
• Implemented multi-level sharding for hot paths
• Built custom columnar time-series storage
• Performed zero-downtime PostgreSQL migrations

Architected electronic trading systems for FX and digital assets, including exchange connectivity, FPGA market-data adapters, trade capture, portfolio management, and risk controls. Also developed online machine-learning systems under extreme latency constraints and transactional platforms requiring extensive auditability and correctness.

• Embedded Rust for performance-sensitive devices
• OTC pricing and streaming infrastructure
• PostgreSQL trade-booking database design
• Mechanical-sympathy low-latency architecture

Leads hardware and firmware platforms spanning holographic AR/VR, neural implants, industrial devices, and high-end x64 systems. Technical work includes graphene-based implant electronics, ASIC-facing development, clean-room fabrication, ACF/COF assembly, DDR4 platforms, and design-for-manufacture in medical applications.

• High-speed electronics architecture
• Power electronics and circuit design
• Design-for-test implementation
• FMEA-driven product risk analysis

Developed firmware for IoT devices utilizing STM32 microcontrollers, integrating sensors and wireless communication protocols. Contributed to the design of low-power embedded systems, optimizing performance with C and Rust.

• Implemented real-time data acquisition systems.
• Optimized memory usage in constrained environments.
• Improved device communication using custom protocol stacks.

Built Rust firmware and driver software for embedded devices, including a power-optimized ECG holter. Designed bidirectional replication for a custom document database and implemented low-latency measurement-event display updates with Haskell STM.

• Nix formatter implementation
• Network topology inference from reachability data
• Nix-based server and router configuration
• Privacy-oriented municipal authentication backend

Builds Rust backend services, compilers, domain-specific languages, and embedded-systems software. Created a Rust implementation of a custom programming language, shipped PostgreSQL-backed production APIs, and maintains open-source packages across crates.io and npm.

• Designed REST and WebSocket interfaces
• Optimized PostgreSQL queries and schemas
• Built reproducible environments with NixOS
• Won an IEEE hardware-demo award for side-channel tooling