June 2026 — Analog Devices no-OS: Focused on CI build stabilization for Vitis 2023/2024, delivering reliable headless CI builds and cross-version Xilinx.spec handling to reduce build failures and accelerate validation.

May 2026: Delivered code quality and tooling improvements across libiio and no-OS, with a focus on reliability, modern toolchain compatibility, and maintainability. Key outcomes include a robust non-ZSTD XML parsing fix, Versal debugging enhancements with Vitis 2025.x support and documentation, a broad migration of Xilinx tooling to the Vitis 2025 Python API (get_arch, upload, clean_build, create_project, create_fsbl), and an improved fresh-start experience by cleaning all Vitis IDE artifacts on make reset. These changes reduce release risk, accelerate debugging cycles, and position the platform for upcoming hardware and toolchain updates.

April 2026 monthly summary for analogdevicesinc/no-OS focusing on reliability hardening around the JESD204 shutdown path in the adrv904x driver. The changes reduce failure modes during device removal and improve driver stability for DMA and basic example usage.

March 2026 performance summary for analogdevicesinc/no-OS: Focused on stabilizing the Zynq PS7 initialization with Vitis 2025.1 compatibility, enabling streamlined IDE-driven builds, and delivering end-to-end Palma/ADRV903X integration with JESD204 bring-up, DMA, and IIO capabilities. Also enhanced data visualization tooling for headless environments and tightened CI quality gates to improve reliability and developer velocity.

February 2026 (2026-02) focused on delivering a foundational driver for a key RF transceiver, improving cross‑platform debugging workflows, and strengthening build/CI reliability. The work accelerates customer integration, reduces developer friction, and enhances platform stability through targeted fixes and tooling improvements.

January 2026: Delivered consolidation and integration of the ADRV904X Koror transceiver support into the no-OS repository, establishing a solid foundation for Koror-based designs and future enhancements. The work enables end-to-end development with a cohesive API surface, documented usage, and ready-to-build project scaffolding.