April 2026 monthly summary for phoenix-rtos-project: Implemented RISC-V board configuration and SpaceWire SPWRTR enhancements to improve initialization reliability and runtime stability. The work focused on adding SPWRTR port count and AMBA count constants, introducing a clock divider for run-state in submodules, and enforcing stricter port number checks in spacewire/grspwrtr. Updated submodules reflect these changes, aligning with JIRA CSAT-225. These improvements reduce configuration errors, accelerate board bring-up, and strengthen SPWRTR reliability across supported hardware platforms.

2026-01 monthly summary for phoenix-rtos-project: Focused on expanding CI coverage for new hardware target and improving traceability. Key feature delivered: CI build support for riscv64-gr765-vcu118 architecture added to CI workflows, enabling automated builds and validation on this target. Commit 9f41094aceb3b2f9b83c8355aa58416b5e543da9 documents the change. No critical bugs fixed this month. Impact: broader hardware test coverage, faster feedback loops, reduced risk in releases. Technologies/skills: CI pipeline configuration, cross-architecture build automation, hardware-target testing, Jira CSAT-2 integration.

Month: 2025-12 — phoenix-rtos-tests: Focused maintenance and quality improvement with a critical bug fix in SPW Loopback testing. Delivered stability improvements, better header handling, and traceability to Jira CSAT-230, enhancing CI reliability and test confidence for the SPW test suite.

Month 2025-11 – Delivered consolidated SpaceWire GRSPWRT driver enhancements in phoenix-rtos-devices, improving reliability, validation, and observability. Implemented per-port clock divider control, stricter port validation, corrected register array indexing, and expanded error logging for buffer size validation. These changes reduce runtime errors, enable safer port handling, and simplify future maintenance, contributing to higher system reliability and data integrity for SpaceWire communications.

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.

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.