• Develop and optimize high-performance Rust software for real-time data processing on custom, resource-constrained Linux systems. • Design and implement type-safe hardware abstractions, managing complex build dependencies and FFI boundaries with memory safety. • Build and maintain code generation pipelines for protocol specifications and translation tables into strongly-typed Rust structures. • Implement robust and efficient parsers for complex wire protocols, working at the bit level for accurate data models. • Optimize software for specific hardware capabilities using deep Linux systems knowledge, profiling, and metrics. • Design and implement concurrent data pipelines with message-passing architectures and lock-free data structures. • Investigate and debug complex issues across hardware, protocol specifications, FFI, and concurrent timing. • Write comprehensive unit, functional, and integration tests for protocol parsing, data processing, and hardware integration. • Document designs, data flows, architectural decisions, and safety-critical code patterns. • Integrate with existing C-based APIs and libraries using Rust's FFI, including CMake, autotools, and bindgen. • Evolve and maintain core processing software for long-term stability, performance, and adaptability. • Collaborate effectively with cross-functional teams, including hardware and API/UI engineers, forward deployed engineers embedded with customers, security researchers, data engineering and analytics, and product and program managers.