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Embedded Rust Developers in Netherlands

Engineered embedded systems with a focus on Linux kernel and OS customization. Developed device drivers in Rust and C for high-performance hardware integration.

• Designed real-time control systems for industrial applications
• Optimized memory management in embedded C++ projects
• Implemented communication protocols for embedded networks

Developed embedded software solutions for industrial automation systems. Implemented real-time data acquisition and processing in Rust and C. Enhanced Linux-based systems with custom kernel modules for performance.

• Developed industrial automation software
• Implemented real-time data processing
• Enhanced Linux systems with kernel modules

Develops computer vision systems using Rust and Python, with experience in real-time image processing and GPU-accelerated computations with GLSL.

• Implemented real-time image processing
• Utilized GPU acceleration with GLSL
• Developed vision systems with Rust

Developed embedded systems using Rust and C/C++, focusing on real-time performance. Specialized in driver development for RTOS platforms.

• Optimized object-oriented designs for embedded applications
• Implemented real-time algorithms with RTOS
• Developed hardware interfaces with C/C++

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

Owned and operated a software consultancy specializing in Rust and Golang for high-performance computing solutions. Developed simulation tools using Matlab for scientific research applications.

• Implemented cross-platform applications in C/C++
• Developed real-time data analysis tools in Python
• Contributed to open-source projects in C#

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

Engineered embedded systems with Rust and C, focusing on low-level hardware interactions. Applied OCaml for functional programming in system-level applications.

• Implemented high-performance C++ modules
• Developed Python scripts for automation
• Optimized embedded systems for efficiency

Developed backend systems with a focus on network protocol implementation using Rust and C++. Utilized TCP/IP socket programming for real-time data transmission.

• Built SQL databases for data-driven applications
• Implemented C# services for enterprise solutions
• Enhanced C modules for system performance

Engineered low-latency trading platforms using Rust and C++, achieving nanosecond precision in order execution. Implemented high-frequency trading algorithms optimized for multi-threaded processing.

• Designed memory-efficient data structures in Assembly
• Enhanced network throughput with custom protocol optimizations
• Implemented risk management systems in Python

Engineered high-throughput systems in Rust for Linux environments. Developed embedded systems with C and C++ for industrial applications. Implemented automation scripts using Python and Bash.

• Engineered high-throughput Rust systems
• Developed embedded industrial systems
• Implemented automation scripts

Developed firmware for embedded devices using C and Assembly. Designed and implemented real-time control systems for industrial automation applications.

• Utilized Haskell for functional programming in embedded systems
• Integrated sensors with microcontrollers for data acquisition
• Optimized memory usage in constrained hardware environments

Engineered blockchain solutions on Solana with Rust for decentralized applications. Developed iOS applications using Swift and Objective-C, integrating Parse Platform for backend services. Specialized in smart contract development and optimization.

• Built blockchain solutions on Solana
• Developed iOS apps with Swift
• Smart contract development expertise

Designed embedded systems using Rust for real-time applications on GNU/Linux platforms. Developed firmware with C and C++ for microcontroller-based devices.

• Integrated PHP for web-based control interfaces
• Built custom hardware drivers in C
• Optimized system performance for low-power devices