
Andrzej Tłomak developed and enhanced embedded networking and device driver support across the Phoenix-RTOS ecosystem, focusing on reliable hardware integration and maintainable system architecture. He integrated lwIP with GRETH Ethernet in phoenix-rtos-project, enabling networking on new hardware platforms, and expanded kernel support for device identifiers. His work included modularizing SpaceWire drivers, optimizing build systems, and introducing comprehensive test suites in C and Makefile, which improved memory safety and accelerated CI cycles. Andrzej also delivered configuration updates for robust data transmission and maintained cross-module compatibility, demonstrating depth in embedded systems, build system configuration, and low-level hardware interaction throughout the stack.

2025-10 monthly summary: Delivered SPW_MAX_PACKET_LEN configuration for riscv64-gr765-vcu118 to enable reliable SPW data transmission; refreshed Phoenix-RTOS submodules (libphoenix, phoenix-rtos-build, phoenix-rtos-lwip, phoenix-rtos-ports) with fixes and enhancements including better floating-point formatting and architecture-specific build configurations; driver logic improvements across the stack. No major bugs fixed this month; emphasis on feature delivery, stability, and maintainability.
2025-10 monthly summary: Delivered SPW_MAX_PACKET_LEN configuration for riscv64-gr765-vcu118 to enable reliable SPW data transmission; refreshed Phoenix-RTOS submodules (libphoenix, phoenix-rtos-build, phoenix-rtos-lwip, phoenix-rtos-ports) with fixes and enhancements including better floating-point formatting and architecture-specific build configurations; driver logic improvements across the stack. No major bugs fixed this month; emphasis on feature delivery, stability, and maintainability.
September 2025 monthly summary for Phoenix-RTOS across repositories (phoenix-rtos-project, phoenix-rtos-build, phoenix-rtos-tests, phoenix-rtos-kernel, phoenix-rtos-devices). Focused on SpaceWire enhancements, router/device reliability, test infrastructure expansion, and build-system optimization. Key outcomes include optimized SpaceWire resource usage, expanded driver and test coverage for SPWR2/SPWRTR, stronger memory-safety checks, and faster CI/build cycles driven by LWIP integration and an EU-binutils mirror.
September 2025 monthly summary for Phoenix-RTOS across repositories (phoenix-rtos-project, phoenix-rtos-build, phoenix-rtos-tests, phoenix-rtos-kernel, phoenix-rtos-devices). Focused on SpaceWire enhancements, router/device reliability, test infrastructure expansion, and build-system optimization. Key outcomes include optimized SpaceWire resource usage, expanded driver and test coverage for SPWR2/SPWRTR, stronger memory-safety checks, and faster CI/build cycles driven by LWIP integration and an EU-binutils mirror.
August 2025 delivered foundational networking support and hardware identifiers across Phoenix-RTOS projects, enabling production-ready networking on a new platform and expanding kernel hardware support. Key outcomes include lwIP + GRETH integration for sparcv8leon-gr740-mini and a GRSPW2 DMA identifier in ambapp.h (CSAT-157, CSAT-160). No major bugs fixed this month; focus was on platform readiness, code quality, and maintainability. Business value: broader device interoperability, faster time-to-market for new hardware, and a solid base for future network features. Technologies demonstrated: embedded networking (lwIP), GRETH Ethernet, AMBAPP header updates, and platform export-path considerations.
August 2025 delivered foundational networking support and hardware identifiers across Phoenix-RTOS projects, enabling production-ready networking on a new platform and expanding kernel hardware support. Key outcomes include lwIP + GRETH integration for sparcv8leon-gr740-mini and a GRSPW2 DMA identifier in ambapp.h (CSAT-157, CSAT-160). No major bugs fixed this month; focus was on platform readiness, code quality, and maintainability. Business value: broader device interoperability, faster time-to-market for new hardware, and a solid base for future network features. Technologies demonstrated: embedded networking (lwIP), GRETH Ethernet, AMBAPP header updates, and platform export-path considerations.
Overview of all repositories you've contributed to across your timeline